# Memorandum

To : Amy Hambrick, U.S. EPA, Sector Policies and Programs Division/Natural

Resources and Commerce Group

From : Roy Oommen, ERG

Date: June 2010

Subject: MACT Floor Analysis for the Sewage Sludge Incinerator Source Category

1.0 INTRODUCTION AND SUMMARY OF RESULTS

The U.S. Environmental Protection Agency (EPA), under section 129 of the Clean Air

Act (CAA), is required to regulate emissions of nine pollutants and opacity from sewage sludge

incineration (SSI) units. The nine pollutants are: hydrogen chloride (HCl), carbon monoxide

(CO), lead (Pb), cadmium (Cd), mercury (Hg), particulate matter (PM), dioxins/furans

(CDD/CDF), nitrogen oxides (NO

x 

# ), and sulfur dioxide (SO 2 

# ). The purpose of this memorandum

is to present the methodology used to determine the maximum achievable control technology

(MACT) floor limits for SSI units. The MACT floor analysis was conducted using emissions

data obtained from responses to an Informa tion Collection Request (ICR). Emissions test

information for each of the Section 129 pollutants was analyzed, MACT floor averages were

calculated, and then a data variability analysis was conducted. The MACT floor emissions

limits were determined based on the results of these analyses.

Table 1-1 summarizes the MACT floor limits for existing sources regulated by the SSI

emission guidelines (EG) and the MACT floor limits for new sources regulated by the SSI new

source performance standards (NSPS). The table presents limits for two subcategories under the

EG and the NSPS: multiple hearth incineration units (MH) and fluidized bed incineration units

(FB). For both the MH and FB new source subcategories, the best performing FB unit was used

as the best performing similar source. The discussion of the SSI subcategories is presented in

section 3.0.

Table 1-1. Summary of MACT Floor Limits for Sewage Sludge Incinerators

Pollutant Units EG NSPS

FB MH All New Units

(MH and FB)

Cd mg/dscm 0.0019 0.095 0.00051

Pb mg/dscm 0.0098 0.30 0.00053

Hg mg/dscm 0.0033 0.17 0.0010

PM mg/dscm 12 80 4.1

HCl ppmvd 0.49 1.0 0.12

SO 2 

# ppmvd 22 26 2.0

NO

x 

# ppmvd 63 210 26

CO ppmvd 56 3,900 7.4

1

# Pollutant Units EG NSPS

FB MH All New Units

(MH and FB)

CDD/CDF ng/dscm 0.61 5.0 0.024

CDD/CDF TEQ ng/dscm 0.056 0.32 0.0022

Opacitycombustion stack % 0 10 0

The memorandum is organized as follows:

2.0 Background of MACT Floor Methodology

3.0 Development of Subcategories for SSI Source Category

4.0 MACT Floor Determination Methodology

5.0 Summary of Results

6.0 References

2.0 BACKGROUND OF MACT FLOOR METHODOLOGY



# All standards established pursuant to CAA Section 129(a)(2) must reflect MACT, the

maximum degree of reduction in emissions of certain listed air pollutants that the Administrator,

taking into consideration the cost of achieving such emission reduction, and any non-air quality

health and environmental impacts and energy requirements, determines is achievable for each

category. This level of control is referred to as a MACT standard.

The minimum level of stringency is called the MACT “floor,” and CAA Section

129(a)(2) sets forth differing levels of minimu m stringency that EPA’s standards must achieve,

depending on whether they regulate new or existing sources. For new units, the MACT floor

cannot be less stringent than the emission control that is achieved in practice by the best

controlled similar unit. Emission standards for existing units may be less stringent than

standards for new units, but cannot be less stringent than the average emission limitation

achieved by the best performing 12 percent of units in the category. These requirements

constitute the MACT floor for new and existing sources; however, EPA may not consider costs

or other impacts in determining the MACT floors. EPA must consider cost, non-air quality

health and environmental impacts, and energy requirements in connection with any standards

that are more stringent than the MACT floor (beyond-the-floor controls).

MACT analyses involve an assessment of the emissions from the best performing units in

a source category. The assessment can be based on actual emissions data, on knowledge of the

air pollution control in place in combination with actual emissions data, or on state regulatory

requirements that may enable EPA to estimate the actual performance of the regulated units and

other relevant emissions information. For each source category, the assessment involves a

review of actual emissions data with an appropriate accounting for emissions variability. Other

methods of estimating emissions can be used provided that the methods can be shown to provide

reasonable estimates of the actual emissions performance of a source or sources.

2

# In a March 2007 court decision ( Sierra Club v. EPA, 479 F. 3d 875 [DC Cir. 2007])

( Brick MACT ) EPA was directed to set MACT floors with the following guidance:

 Floors for existing sources must reflect the average emission limitation achieved by the

best-performing 12 percent of existing sources, not levels EPA considers to be achievable

by all sources (479 F. 3d at 880–81).

 EPA cannot set floors of “no control.” The court reiterated its prior holdings, including

National Lime Association, confirming that EPA must set floor standards for all HAP

emitted by the major source, including those HAP that are not controlled by at-the-stack

control devices (479 F. 3d at 883).

 EPA cannot ignore non-technology factors that reduce HAP emissions. Specifically, the

court held that “EPA’s decision to base floors exclusively on technology even though

non-technology factors affect emissions violates the Act” (479 F. 3d at 883).

 EPA may not use emission levels of the worst performers to estimate variability of the

best performers without a demonstrated relationship between the two (479 F. 3d at 882).

These decisions were incorporated into the MACT floor analysis for SSI units.

3.0 DEVELOPMENT OF SUBCATEG ORIES FOR SSI SOURCE CATEGORY

The Clean Air Act allows EPA to subcategorize a source category based on differences in

class, type, or size. There are two types of incinerators currently used to combust sewage sludge

(or biosolids): MH units and FB units. Of the 218 sewage sludge incineration units in operation,

55 use the FB design, while 163 use the MH design. The two use significantly different

combustor designs.

A MH unit consists of a vertical cylinder containing from 6 to 12 horizontal hearths and a

rotating center shaft with rabble arms. Biosolids enter the top hearth and flows downward while

combustion air flows from the bottom to the top. The MH is divided into three zones. The upper

hearths comprise the drying zone in which biosolids, water, and some organic compounds are

evaporated. The middle hearths comprise the combustion zone. The exposure to the combustion

gas and biosolids to high temperature is only in this section and residence time of the gas is

short. The lower hearths form the cooling zone, where ash is cooled as its heat is transferred to

the incoming combustion air. Multiple hearth units are sensitive to any change in the feed, such

as feed moisture and feed rate. Since the emissions of CO and organic compounds are dependent

on the temperature of the top hearth, any changes occurring in the biosolids input can cause

operational upset with momentary drop in top hearth temperature and increase in emissions. 1



# In an FB unit, the reactor is a vertical steel shell comprised of four sections. The lower

section is called the windbox and acts as a plenum in which combustion air is received. Above

the windbox is a refractory arch. The section above the refractory arch is filled with sand and is

called the bed area or combustion zone. Hot air is distributed homogeneously throughout the

fluidized bed. The intensive mixing of the solid and gas in the fluidized state results in a high

heat transfer resulting in rapid combustion of the biosolids. The section above the bed is the

freeboard or disengagement zone. The freeboard provides six to seven seconds of gas residence

time which complete the combustion of any volatile hydrocarbons escaping from the bed. 1



# 3

# The differences between the two combustor designs result in significant differences in

emissions, size of the flue gas stream, ability to handle variability in the feeds, control of

temperature and other process variables, auxiliary fuel use, and other characteristics. Generally,

FB units have lower emissions of organic compounds, CDD/CDF, and CO than MH units due to

the combustion temperature, mixing, and residence time differences. 1,2 

# This comparison is

demonstrated in EPA’s Compilation of Emission Factors (also referred to as AP-42) 2 

# , and in the

emissions information gathered to support developing these proposed standards. 3 

# Intermittent

operations, involving frequent shutdown and startup, are generally easier and more rapid for FB

units than MH units. Additionally, FB units have better capability of handling feeds with

varying moisture and volatile contents. Lower excess air and auxiliary fuel is required to operate

FB units resulting in smaller flue gas flow rates and consequently smaller sized downstream

control devices.

To reflect the differences in their combustion mechanisms, two subcategories, FB and

MH, were developed for existing and new SSI sources.

4.0 MACT FLOOR DETERMINATION METHODOLOGY

Section 129(a)(2) of the CAA requires that EPA determine the emission control that is

achieved in practice by the best controlled similar unit when establishing the MACT floor for

new units, and the average emission limitation achieved by the best performing 12 percent of

units when establishing the MACT floor for existing units. EPA must exercise its judgment,

based on an evaluation of the relevant factors and available data, to determine the level of

emission control that has been achieved by the best performing SSI units under variable

conditions. The Court has recognized that EPA may consider variability in estimating the degree

of emissions reduction achieved by best-performing sources and in setting MACT floors. (See

Mossville Envt’l Action Now v. EPA, (370 F.3d 1232, 1241-42 D.C. Cir 2004), holding EPA

may consider emission variability in estimating performance achieved by best-performing

sources and may set the floor at a level that best-performing sources can expect to meet “every

day and under all operating conditions”).

Maximum Achievable Control Technology and other technology-based standards are

necessarily derived from short-term emissions test data, but such data are not representative of

the range of operating conditions that the best performing facilities face on a day-to-day basis.

In statistical terms, each test produces a limited data sample, not a complete enumeration of the

available data for performance of the unit over a long period of time. 4 

# EPA, therefore, often

needs to adjust the short-term data to account for these varying conditions. The types of

variability that EPA attempts to account for include operational distinctions between and within

tests at the same unit.

“Between-test variability” can occur even where conditions appear to be the same when

two or more tests are conducted. Variations in emissions may be caused by different settings for

emissions testing equipment, different field team s conducting the testing, differences in sample

handling or different laboratories analyzing the results. Identifying an achieved emission level

for best performing sources needs to account for these differences between tests, in order for “a

uniform standard [to] be capable of being met under most adverse conditions which can

reasonably be expected to recur[.]” (See NLA I, 627 F.2d at 431, n. 46.) (See also Portland

Cement Ass’n, 486 F.2d at 396 noting industry point that “a single test offered a weak basis” for

inferring that plants could meet the standards.)

4

# The same types of differences leading to between-test variability also cause variations in

results between various runs comprising a single test, or “within-test variability.” A single test at

a unit usually includes at least three separate test runs. (See 40 CFR 63.7(e)(3) for MACT

standards under CAA Section 112 and 40 CFR 60.8(f) for NSPS under CAA Section 111.) Each

data point should be viewed as a snapshot of actual performance. Along with an understanding

of the factors that may affect performance, each of these snapshots gives information about the

normal, and unavoidable, variation in emissions that would be expected to recur over time.

Variability can be accounted for using different statistical methods. For example, recent

rules have used the upper limit (UL) or the Upper Prediction Limit (UPL) to determine the

MACT floor emission limits. A UL is based on the distribution of the available emission

observations (e.g., test runs), and does not embody a predictive aspect that a UPL does. A

prediction interval (e.g., a UPL) for a future observation is an interval that will, with a specified

degree of confidence, contain the next (or some other pre-specified) randomly selected

observation from a population. In other words, the prediction interval estimates what future

values will be, based on present or past background samples taken. Given this definition, the

UPL represents the value the mean of three future test run observations (three-run average) can

be expected to fall below, based on the results of the independent sample of size (n) from the

same population. Therefore, should a future test condition be selected randomly from any of

these sources (i.e., average of three runs), we can be 99 percent confident that the reported level

will fall below a MACT floor emission limit calculated using a UPL. Since a source must

demonstrate compliance with the MACT floor using the average of a three-run test, the

appropriate test condition to use to assess variability is three. If a source had to demonstrate

compliance by showing that each individual test run was below the MACT floor emission limit,

it would be appropriate to use a future test condition of one.

The UPL is an appropriate statistical tool to use in determining variability in the SSI data.

For this source category, where there is a limited sampling of the source category and we do not

have test data from all of the SSI units in the best performing 12% for each subcategory, the

predictive aspect of the UPL calculation is especially important. (See sections 4.1 through 4.3

for further discussion of the dataset and the statistical approach.)

4.1 MACT Floor Analyses Dataset

As stated earlier, the CAA requires that MACT for new sources be no less stringent than

the emission control achieved in practice by the best controlled similar unit. For existing

sources, the CAA requires that MACT be no less stringent than the average emission limitation

achieved by the best performing 12 percent of units in a source category. Because the number of

units in different subcategories may be different, the number of units that represent the best

performing 12 percent of sources in different subcategories may be different. Also,

mathematically, the number of units that represent the best performing 12 percent of the units in

a subcategory will not always be an integer. To ensure that each MACT standard is based on at

least 12 percent of the units in a subcategory, EPA has determined that it is appropriate to always

round up to the nearest integer when 12 percent of a given subcategory is not an integer. For

example, if 12 percent of a subcategory is 4.1, the standards will be based on the best performing

five units even though rounding conventions would normally lead to rounding down to four

units. As discussed earlier, there are 218 SSI units, composed of 163 multiple hearth units and

5

# 55 fluidized bed units. This procedure results in a top 12 percent comprised of 20 MH units and

seven FB units.

Information collection request surveys were sent to nine municipalities operating SSI

units to collect emissions information. To select the surveyed owners, EPA reviewed the

inventory of SSI units for the control devices being operated, and identified a subset of units

expected to have the lowest emissions based on the type of unit and the installed air pollution

controls. EPA believes these controls achieve the most reductions possible for the CAA Section

129 pollutants, and thereby allow EPA to identify for each pollutant the units with the lowest

emissions. For example, units were selected that operated more than one of the following

technologies: activated carbon injection to reduce Hg and dioxins/furans; regenerative thermal

oxidizers or afterburners to reduce CO and organics; wet electrostatic precipitators to reduce fine

particulate; high efficiency scrubbers such as packed bed scrubbers and impingement tray

scrubbers to reduce PM, Cd, Pb, particulate Hg, and acid gases such as HCl and SO 2 

# ; and units

with multiple control devices that could reduce PM, Cd, Pb, particulate Hg, such as venturi

scrubber in combination with impingement scrubbers and wet ESPs or with another particulate

control device.

EPA considered whether non-technology factors, such as the characteristics of the waste

combusted, would influence which sources are the best performing. In contrast to regulated

MWC units or CISWI units, SSI units receive a homogenous type of waste to burn. There are

variations in the amount of each of the CAA Section 129 pollutants present, but because all SSI

units are required to meet the EPA’s Office of Water SSI discharge and emission requirements

(40 CFR part 503), the variations are not as signifi cant as variations that would occur if different

types of materials were combusted, e.g., sewage sludge, coal, wood, etc. Part 503 establishes

daily average concentration limits for Pb, Cd, and other metals in sewage sludge that is disposed

of by incineration. Part 503 also requires that SSI units meet the National Emission Standards

for Beryllium and Hg in subparts C and E, respectively, of 40 CFR part 61. In order to meet the

40 CFR part 503 standards, facilities are already incorporating management practices and

measures to reduce waste and limit the concentration of pollutants in the sludge sent to SSI units,

such as segregating contaminated and uncontaminated wastes and establishing discharge limits

or pre-treatment standards for non-domestic user s discharging wastewater to publicly owned

treatment works (POTWs). Thus, SSI units burn a relatively homogenous waste, and nontechnology measures to reduce emission are already being taken. As a result, the data used to

develop the MACT emission limits reflects the control technologies used at each facility, and the

other HAP emission reduction approaches, such as management practices each facility is

following to comply with the OW 503 standards.

The nine companies selected to receive the ICR operate 20 SSI units with the most

efficient pollution controls that would reduce emissions of CAA section 129 pollutants of

interest. Therefore, the sources identified for testing and the resulting emission information

received from the surveyed SSI units represent the best performing SSI units. Six of the nine

operate MH units, resulting in 13 MH units surveyed. Three of the nine operate FB units,

resulting in 7 FB units surveyed. Some owners of multiple units at a facility provided

information for less than the total number they operated, e.g. 1 unit instead of 2, because not all

units were in operation during the test period. Of those 20 units from the nine surveyed

municipalities, EPA collected data from 16 units that were in operation (11 MH units and five

FB units). The surveyed information was supplemented with test information for nine MH SSI

6

# units collected from state environmental agencies public databases. In total, emissions

information were collected from five FB units and 20 MH units from facilities responding to the

ICR and additional test reports provided by state environmental agencies. a 

# Attachment G

identifies the control devices used at FB and MH units with advanced controls and identifies the

nine companies that were sent ICR surveys.

Although emissions information was collected from five FB units and 20 MH units, not

every test report contained information on all pollutants. Except for CDD/CDF and SO 2 

# , test

information for most of the nine CAA 129 pollutants was available from five FB units.

CDD/CDF data from only 3 FB units could be used in the analysis because information provided

by one facility (operating two FB units) did not contain CDD/CDF congener information needed

to conduct the variability analysis. The congener data from one facility was resubmitted late to

EPA and will be incorporated in the analysis during public comment period. Sulfur dioxide data

were also only available for 3 units. One facility (operating 2 FB units) provided “zero” values

for sulfur dioxide emissions, without providing detection limits. Depending on the pollutant, the

number of MH units with emissions information ranges from 5 to 19. Table 4-1 presents the

distribution of emissions information for the CAA section 129 pollutants. The floor analysis was

then conducted using all the quality assured emissions information for each pollutant in each

subcategory (e.g, all 5 FB units for Cd, and all 14 MH units for Cd), as this information includes

emissions data from the population of best performing units.

Table 4-1. Summary of the Number of Units with

Test Information on the Section 129 Pollutants

Subcategory Pb Cd Hg PM HCl SO 2 

# NO

x 

# CO CDD/CDF Opacity

FB 5 5 5 5 5 3 5 5 3 3

MH 14 14 19 18 7 11 8 9 5 11



# Test results from each of these units are based on the results of at least three individual

runs per test, meaning that one would expect MACT floor calculations based on a population of

21 FB runs (7 FB units * 3 runs per FB unit) and on a population of 60 MH runs (20 MH unit * 3

runs per MH unit).

While EPA does not have actual emissions test data for the population of units that

represent the best performing 12 percent, the statistical technique described below is the

approach used to establish the existing source MACT floor. The MACT floor calculations are

based on all of the actual quality assured data received (for example, a population of 15 MH runs

from five MH incinerators for CDD/CDF). B ecause the emission data are normally distributed,

or can be transformed to be normally distributed (using the log-normal transformation of the data

as described in Section 4.3), a statistical technique can be employed to determine the minimum

number of observations needed to accurately characterize the distribution of the best performing

12 percent of units in each subcategory. EPA used this statistical technique because of the lack

of data from the full set of the best performing 12 percent of sources. While Congress adopted

identical language describing the MACT floor calculation in section 129(a)(2) as it did in section

a 

# Test information was not received from one facility operating 2 FB units in sufficient time to review and

incorporate the information into the MACT floor, cost a nd impacts analyses, and other analyses. Attachment I

summarizes the MACT floor variability analyses for existing FB units if late arriving data is incorporated.



# 7

# 112(d)(3), the latter section includes a provision stating that the floor for existing sources cannot

be less stringent than “the average emission limitation achieved by the best performing 12

percent of the existing sources (for which the Administrator has emissions information)[.]”

Section 129, however, simply states that the existing source floor cannot be less stringent than

the average emission limitation achieved by the best performing 12 percent of the existing

sources in the category. Therefore, while EPA believes Congress intended for the MACT floor

calculation under each section of the Act to be the same, this difference in the text of the two

provisions requires us to establish the MACT floor for section 129 source categories based on

the best performing 12 percent of sources in the category. Because EPA does not have that data

at this time, the statistical technique described below is the only manner in which we can

establish the existing source floor on that basis. This technique (shown in Equation 1) is

necessary to provide the assurance that the characteristics of the sampled data set mirror those of

the best performing 12 percent of units in the source category. Equation 1 shows that the

number of observations is a function of the total population size (in each subcategory), the level

of confidence, the level of precision, and degree of the variability (expressed as probability of

occurrence). 5



# Equation 1:

n = N * Z * Z * p * q / [(E * E * (N – 1)) + (Z * Z * p * q)]

where:

n = minimum number of observations or sample size,

N = population size b



# , Z = the Z-score associated with a specific confidence level,

E = level of precision or error tolerance,

p = degree of variability of the observations, and

q = 1 – p.

The number of runs test associated with the total population is N, since EPA set the

confidence level at 90% for this source category, the Z-score is 1.645); as EPA’s level of

precision for this case is 20%, E = 0.2; and the degree of variability of the observations is 0.5

(which means p and q are both 0.5). Note that a variability of 0.5 maximizes the number of

observations required for collection. Therefore, using a variability of 0.5 is a conservative

approach in that its use overestimates the minimum number of observations which may actually

overestimate the minimum sample size.

In order to assess whether or not the number of observations collected adequately

characterizes the population, Equation 1 was applied to each subcategory for each pollutant. If

the number of observations collected equaled or exceeded the minimum number of observations

calculated using Equation 1, then the MACT floor calculations of the sampled data set are

consistent with what the MACT floor calculations would have been had they been performed on

b 

# For this calculation, the population size is the number of test runs that correspond to 12% of units in each

subcategory (the MACT floor population) . Performance tests consist of 3 individual test runs. For the FB

subcategory, 12% of units is 7 units, so the population size is 21 observations (7 FB * 3 runs per FB). For the MH

subcategory, the population size is 60 observations (20 MH * 3 runs per MH).



# 8

# the complete data set from the best performing 12% of the population. Table 4-2 demonstrates

(for the pollutants with the lowest number of observations) the data utilized by EPA meets or

exceeds the number of observations necessary to provide an accurate representation of that data

distributed from the best performing 12% of th e source population, when late-arriving data are

included, as determined using Equation 1.

Table 4-2. Minimum Size Sample Calculation

Subcategory Population size, N Minimum number of

observations (calculated

using Equation 1) Number of observations

collected and used (for

pollutants with lowest

number of test data)

FB 21 10 12 c



# MH 60 14 15



# For units whose emissions testing results were below detection levels and who provided

numerical detection levels, EPA used the detection levels in the MACT floor analysis. If a source

reported a “zero” or a negative value, that run was not used to calculate the average of the test.

Each data set used to calculate the MACT floor limits were reviewed for outliers. If emission

levels appeared to be three standard deviations from the mean, the test reports containing the

emissions information were reviewed to determine if there were any irregularities during the

operation of the SSI unit, or during the testing or analysis. Information from three sources was

removed from the MACT floor calculations during the review. The HCl emissions for test run 1

conducted by Columbia Metro were two orders of magnitude greater than the other two test runs.

Calls to the facility indicated that a data entry error was made for test run 1. The SO 2 

# emissions

from Ypsilanti were two orders of magnitude greater than all the other SO 2 

# test information. A

review of the source test report indicated a different test method was used than used at all the

other facilities providing SO 2 

# data. Additionally, the reported emissions in the report could not

be replicated using the raw data. The NO

x 

# emissions reported from one run from tests conducted

at one of The Metropolitan Councils St. Paul units was 3 standard deviations greater than the

other two test runs in the test. The high value was also 3 standard deviations greater than other

tests conducted at the unit. A review of the source test report did not indicate any irregularities

during the test run. However, because the value was not consistent with the other tests

conducted at the facility and also greater than 3 standard deviations from the other tests, this data

point was removed from the MACT floor analysis.

The MACT floor analysis for PM was conducted on emissions measured using only EPA

Test Method 5, or equivalent State test met hods. Although PM emissions were reported to be

collected using other test methods, such as OTM 27, the results from the different test methods

were not combined because they do not measure equivalent PM fractions or species.

4.2 MACT Floor Calculation

For each unit providing emissions information for a pollutant, the average (mean) of the

test runs for all the tests conducted on the unit was calculated. If one test were conducted

c 

# This value will become 12 when the late arriving data se t is included. Attachment I summarizes the MACT floor

variability analyses if late-arriving are incorporated.



# 9

# consisting of three test runs, the emissions from the unit would be the average of the three test

runs. If two tests were conducted each consisting of three test runs, the average of all 6 test runs

would be calculated.

To conduct the existing source MACT floor analysis for each pollutant, individual SSI

units in each subcategory for which EPA had emissions test data were ranked based on their

average emissions levels of the pollutant from lowest to highest. The MACT floor was

calculated as the average of the test runs from the best performing (i.e., lowest emitting) 12

percent of sources. For the SSI source category, all the quality assured emissions information

from the ICR responses and additional test reports collected were used in the MACT floor

calculation. That is, for each pollutant the MACT floor emissions level was calculated as the

average emission limit for all the test runs from the quality assured emissions data collected.

As discussed in section 3.0, two subcategories were developed for new sources. For the

FB new source subcategory, the best performing FB unit was used as the best performing similar

source. For the MH new source subcategory, the best performing FB unit was also used as the

best performing similar source. The best performing MH unit was not selected as the best

performing similar source for the MH new source subcategory because no new MH sources that

have been constructed in the last twenty years. During that period, however, over 40 new FB

units have been installed, with at least 11 replacing MH units. Information provided by the

industry indicates that future units that will be constructed are likely to be FB units. 6 

# Therefore,

it is appropriate to consider the best performing FB unit as the best performing similar source for

the MH new source subcategory.

To conduct the new source MACT floor analysis for each pollutant, the SSI unit in each

subcategory with the lowest emission test average (mean) from 3 test runs for the pollutant was

identified. The MACT floor was calculated as the average emission level of the test runs from

the best performing single unit (i.e., lowest emitting). If the lowest emitting source provided

emissions information from less than 3 test runs, then the MACT floor was calculated from the

next lowest emitting source with at least 3 test runs. This was procedure was followed because

compliance is based on the average of 3 test runs.

4.3 Incorporating Data Variability

The first step in the statistical analysis includes a determination of whether the data used

for each MACT floor calculation were normally or log-normally distributed. If the data were

normally distributed (e.g., similar to a typical bell curve), then further variability analyses could

be conducted on the data set. If the data were not normally distributed (for example if the data

were asymmetric or skewed to the right or left), then the type of distribution (e.g., log-normal)

was determined and a data transformation was performed (e.g., taking the natural log of the data)

to normalize the data prior to conducting the variability analysis. Two statistical measures,

skewness and kurtosis, were examined to determine if the data were normally or log-normally

distributed.

The skewness statistic (S) characterizes the degree of asymmetry of a given data

distribution. Normally distributed data have a skewness of zero. A skewness statistic that is

greater (less) than zero indicates that the data are asymmetrically distributed with a right (left)

tail extending toward positive (negative) values. Further, the standard error of the skewness

statistic (SES) is given by SES = SQRT(6/N) where N is the sample size. According to the small

10

# sample skewness hypothesis test, if the skewness statistic (S) is greater than two times the SES,

the data distribution can be considered non-normal.

The kurtosis statistic (K) characterizes the degree of peakedness or flatness of a given

data distribution in comparison to a normal distribution. Normally distributed data have a

kurtosis of zero. A kurtosis statistic that is greater (less) than zero indicates a relatively peaked

(flat) distribution. Further, the standard error of the kurtosis statistic (SEK) is given by SEK =

SQRT(24/N) where N is the sample size. According to the small sample kurtosis hypothesis test,

if K is greater than two times the SEK, the data distribution is typically considered to be nonnormal.

The skewness and kurtosis hypothesis tests were applied to both the reported test values

and the lognormal values of the reported test values. If the S and K statistics of the reported

dataset were both less than twice the SES and SEK, respectively, the dataset was classified as

normally distributed. If neither of the S and K statistics or only one of these statistics was less

than twice the SES or SEK, respectively, then the skewness and kurtosis hypothesis tests were

conducted for the natural log-transformed data. Then the distribution most similar to a normal

distribution was selected as the basis for calculating the UPL. If both the reported values and the

natural-log transformed reported values had S and K statistics that were greater than twice the

SES or SEK, respectively, the normally distributed dataset was selected as the basis of the floor

to be conservative. If the results of the skewness and kurtosis hypothesis tests were mixed for the

reported values and the natural log-transformed reported values, the normal distribution was

chosen to be conservative.

After determining the distribution of each dataset, a student’s t-test statistic was used.

The t-test was used in the promulgated hospital and medical waste incineration (HMWI)

rulemaking and proposed Portland Cement rulemaking, and it is more appropriate for smaller

sample sizes. The t-statistic is calculated using the following Excel equation:

Equation 2:

t-statistic = TINV(2*(1-0.99),n-1)

Where:

n = the number of test runs from units in the top 12 percent

Next, the average (or sample mean) and sample standard deviation of the test runs were

calculated.

For the existing source variability analysis, all the quality assured emission test runs

reported for the best performing 12 percent of units in each subcategory were identified. By

including multiple emission tests from units with a test average in the top 12 percent, EPA can

evaluate intra-unit variability of emission tests over time, considering variability in control

device performance, unit operations, and fuels fired during the test. As discussed previously, the

UPL was used for the SSI MACT floor variability analysis.

11

# For the existing source analysis, the 99% UPL values was calculated for each pollutant

and for each subcategory using the test run data for those units in the best-performing 12 percent.

Since the compliance with the MACT floor emission limit is based on the average of a three-run

test, the UPL is calculated by:

Equation 3:

Where:

n = the number of test runs (i.e., sample size)

m = the number of test runs in the compliance average

s = standard deviation of the emission test data

x = mean, i.e., average of the emission test data

t(0.99, n-1) = t-statistic for 99% significance and a sample size of n.

This calculation was performed using the following two Excel functions:

Normal distribution: 99% UPL = AVERAGE (Test Runs in Top 12%) + [STDEV(Test Runs in

Top 12%) x TINV(2 * 0.99, n-1 degrees of freedom)*SQRT((1/n)+(1/3))], for a one-tailed tvalue (with 2 x probability), probability of 0.01, and sample size of n

Lognormal distribution: 99% UPL = EXP{AVERAGE(Natural Log Values of Test Runs in Top

12%) + [STDEV(Natural Log Values of Test Runs in Top 12%) x TINV(2 * 0.99, n-1 degrees of

freedom) * SQRT((1/n)+(1/3))]}, for a one-tailed t-value (with 2 x probability), probability of

0.01, and sample size of n

The 99 percent UPL represents the value which one can expect the mean of future 3-run

performance tests from the best-performing 12 percent of sources to fall below with 99 percent

confidence, based upon the results of the independent sample of observations from the same best

performing sources. In establishing the limits, the UPL values were rounded up to two

significant figures. For example, a value of 1.42 would be rounded to 1.5 (as has been done for

other CAA section 129 rules) because a limit of 1.4 would be lower than the calculated MACT

floor value.

To determine the MACT floor for new sources, a UPL calculation similar to that for

existing sources was conducted, except the best performing unit’s data within a subcategory was

used to calculate the MACT floor emission limit for each pollutant instead of the average of the

best performing 12 percent of units. The best performing unit was identified as the lowest

emitting source with at least 3 test runs. In summary, the approach ranks individual SSI units

based on actual performance and establishes MACT floors based on the best performing source

for each pollutant and subcategory, with an appropriate accounting of emissions variability. In

other words, the UPL was determined for the data set of individual test runs for the single best

performing source for each regulated pollutant from each subcategory.

12

# 4.4 Use of Non-Detect Values

Non-detect values comprise more than 50 percent of the emission data for HCl from FB

units and CDD/CDF from both MH and FB units. For these pollutants, EPA developed a

methodology to account for the imprecision introduced by incorporating non-detect data into the

MACT floor calculation.

At very low emission levels where emission tests result in non-detect values, the inherent

imprecision in the pollutant measurement method has a large influence on the reliability of the

data underlying the regulatory floor emission limit. Because of sample and emission matrix

effects, laboratory techniques, sample size and other factors, method detection levels normally

vary from test to test for any specific test method and pollutant measurement. The confidence

level that a value measured at the detection level is greater than zero is about 99 percent. The

expected measurement imprecision for an emission value occurring at or near the method

detection level is about 40 to 50 percent. Pollutant measurement imprecision decreases to a

consistent level of 10 to 15 percent for values measured at a level about three times the method

detection level.

One approach that can be applied to account for measurement variability in this situation

starts with defining a method detection level that is representative of the data used in the data

pool. The first step in this approach would be identify the highest test-specific method detection

level reported in a data set that is also equal to or less than the average emission calculated for

the data set. This approach has the advantage of relying on the data collected to develop the

floor emission limit, while to some degree, minimizing the effect of a test(s) with an inordinately

high method detection level (e.g., the sample volume was too small, the laboratory technique

was insufficiently sensitive or the procedure for determining the detection level was other than

that specified).

The second step is to determine the value equal to three times the representative method

detection level and compare it to the calculated floor emission limit. If three times the

representative method detection level were less than the calculated floor emission limit, we

would conclude that measurement variability is adequately addressed and we would not adjust

the calculated floor emission limit. If, on the other hand, the value equal to three times the

representative method detection level were greater than the calculated floor emission limit, we

would conclude that the calculated floor emission limit does not account entirely for

measurement variability. Therefore, the use the value equal to three times the method detection

level in place of the calculated floor emission limit ensures that the floor emission limit accounts

for measurement variability and imprecision.

The approach discussed above was used to calculate the proposed MACT floor limit for

HCl. The following additional procedures were followed for CDD/CDF total mass basis (TMB)

and toxic equivalency (TEQ) basis limits. To calculate a TMB limit, all the 17 congeners of

interest were identified and non-detect values that are associated with each were indicated. The

mean of the non-detect values was calculated and multiplied by 17 (for the total number of

congeners of interest). The mean value was then used as the detection limit of the run. Then,

each data set was reviewed to identify the highest test-specific method detection level reported

that was also equal to or less than the average emission level (i.e., unadjusted for probability

confidence level) calculated for the data set. The second step discussed above and also used for

HCl was used to set the limit.

13

# To calculate a limit on a TEQ basis, first, the mean of the non-detect values was

calculated. Then the toxic equivalency factor (TEF) for each congener was multiplied by the

mean to determine the TEQ for each congener. TEQs for each congener were summed to

calculate a TEQ sum value. The TEQ sum was then used as the detection limit for the test run.

The second step discussed above and also used for HCl was used to set the limit.

4.5 Determination of Opacity Limits

The MACT floor limits for opacity from combustion stacks were determined slightly

differently from other pollutants. The opacity data available for FB and MH SSI units were

obtained using EPA Method 9 at 40 CFR part 60, appendix A-4, for 3 FB units (providing 10

observations or test runs) and 10 MH units (providing 29 observations). Similar to the amount

of data collected for other regulated pollutants, this constitutes less than 12 percent of the

sources, but meets or exceeds the minimum sample size needed to characterize the population of

the best-performing 12 percent of units. Under Method 9, the opacity of emission from

stationary sources is determined visually by a qualified observer. Opacity observations are

recorded to the nearest 5 percent at 15-second intervals on an observational record sheet and the

average opacity of the observation period is calculated. For FB units, all of the available average

opacity measurements were reported as 0 percent. Consequently, the MACT floor for opacity

from existing FB units and all new units is 0 percent opacity. For MH units, 60 percent of the

available average opacity measurements were greater than 0 percent, and 40 percent were

reported as 0 percent. A review of the opacity data for MH units indicated that they are not

normally distributed. However, because the MH opacity data contain zero values, the lognormal transformation of the data could not be calculated to normalize the data set.

Consequently, the procedures used to assess the variability of the data were modified. For MH

units, the variability analysis for existing sources was conducted on the opacity data set without

transforming the data using the log normal calculation. Additionally, because the opacity

readings are in 5 percent increments, the calculated UPL was rounded up to the nearest multiple

of five. The analysis results in an opacity limit of 10 percent for existing sources.

4.6 PM 2.5



# EPA’s collection of emission information also included filterable PM 2.5 

# measured using

other test method (OTM) 27 and condensable PM measured using OTM 28. OTM 27 and OTM

28 are equivalent to the proposed revisions of Methods 201A and 202. Emission information for

PM 2.5 

# and condensable PM was obtained from five FB units and six MH units. OTM 27/OTM

28 combination testing can be used to determine primary PM 2.5 

# , which includes filterable PM

from OTM 27 and condensibles from OTM 28. A variability analysis was conducted on the data

to calculate a MACT floor level of control, and the results are provided in Table 4.3.

Table 4-3. Variability Calculation for PM 2.5 

# (mg/dscm)

Subcategory Avg of top 12% 99% of UPL Limit

Existing FB units 4.2 11.7 12

Existing MH units 17 57.6 58

All new units 1.5 2.29 2.3



# 14

# There are potential concerns with the emission data and whether it is appropriate to set

PM 2.5 

# standards for SSI units. OTM 27 is not an appropriate test method for sizing particulate at

2.5 μm when there are entrained water droplets in the stack gas, which will bias the

measurements. All SSI units use wet scrubbers to control emission, and water droplet

entrainment may be an issue at some portion of these sources, resulting in them not being able to

measure PM 2.5 

# using OTM 27. A review of the temperature and moisture data collected during

the PM 2.5 

# emission tests indicates that water droplet entrainment is not an issue with the emission

data collected from the sources tested. Other test reports, at sources with stack gas moisture

levels in excess of the vapor capacity, and thus with entrained water droplets, did not provide

PM 2.5 

# information. Additional information on the emission characteristics would be necessary to

make a conclusion about general stack gas parameters in the SSI source category.

5.0 RESULTS

Table 5-1 summarizes the MACT floor variability analysis results for existing units.

Table 5-2 summarizes the MACT floor variability analysis results for new units.

Attachments A.1 through A.7 contain the data and detailed calculation of the UPL for Cd,

Pb, Hg, HCl, SO 2 

# , NO

x 

# , and CO at existing FB units.

Attachments B.1 through B.7 contain the data and detailed calculation of the UPL for Cd,

Pb, Hg, HCl, SO 2 

# , NO

x 

# , and CO at existing MH units.

Attachments C.1 through C.7 contain the data and detailed calculation of the UPL for Cd,

Pb, Hg, HCl, SO 2 

# , NO

x 

# , and CO at all new units.

Attachments D.1 through D.5 summarize the MACT floor variability analysis for PM and

PM 2.5 

# at existing and new FB and MH units. Attachments E.1 through E.4 summarize the

MACT floor variability analysis for CDD/CDF at existing and new FB and MH units.

Attachment F contains the opacity data for FB and MH units and the detailed calculation

of the UPL for opacity at existing MH units.

Attachment G identifies the control devices used at FB and MH units with advanced

controls and identifies the nine companies that were sent ICR surveys.

For the MH new source subcategory, the best performing FB unit was used as the best

performing similar source. Appendix H also shows the potential new source MACT floor results

if the best performing MH unit was used as the best performing similar source for the MH

subcategory. These potential limits were developed by analyzing the MH test data using the

same new source MACT floor methodology as discussed in Section 4.2.

Attachment I summarizes the variability analysis for existing FB units if late-arriving

data are incorporated into the analyses.

Attachment J summarizes the variability analysis for existing MH and FB units if 95%

UPL is used instead of 99%.

15

# 6.0 REFERENCES

1. A Comparison of Fluid Bed and Multiple Hearth Biosolids Incineration. Ky

Dangtran, John Mullen, and Dale Mayrose. Paper presented at the 14 th 

# Annual

Residuals and Sludge Management Conference. February 27-March 1, 2000, Boston

MA.

2. Compilation of Air Pollutant Emission Factors, Volume I: Stationary Point and Area

Sources. Fifth Edition. U.S. Environmental Protection Agency. January 1995.

3. Facility, Unit, and Emissions Test Database for the Sewage Sludge Incineration

Source Category. Memorandum from ERG to Amy Hambrick, U.S. EPA. June 2010.

4. Natrella, Experimental Statistics, National Bureau of Standards Handbook 91, chapter

1 revised ed., 1966.

5. Sample Size Requirements for Studying Small Populations in Gerontology Research;

Robert B. Noble, A. John Bailer, Suzanne R. Kunkel & Jane K.

Straker; Health Services Outcomes Research Methodologies (2006) 6:59–67

6. Estimation of Impacts for New Units Constructed Within Five Years After

Promulgation of the SSI NSPS. Memorandum from Roy Oommen, ERG to Amy

Hambrick, U.S. EPA. June 2010.

16

# Table 5-1. Summary of MACT Floor Results for Existing Units

Pollutant Units FB Units MH Units

Avg of

top 12% 99% of

UPL Proposed

limit 1 

# Avg of top

12% 99% of

UPL Proposed

limit 1



# Cd mg/dscm 0.00055 0.00189 0.0019 0.030 0.0947 0.095

Pb mg/dscm 0.0030 0.0098 0.0098 0.082 0.295 0.30

Hg mg/dscm 0.0019 0.00325 0.0033 0.10 0.162 0.17

PM mg/dscm 2.6 11.9 12 42.6 79.8 80

HCl ppmvd 0.17 0.489 2 

# 0.49 0.53 0.982 1.0

SO 2 

# ppmvd 3.3 21.5 22 9.4 25.7 26

NO

x 

# ppmvd 30 62.4 63 130 207 210

CO ppmvd 28 55.1 56 1,013 3,885 3,900

CDD/CDF ng/dscm 0.32 0.602 0.61 0.69 4.95 5.0

CDD/CDF

TEQ ng/dscm 0.027 0.0559 0.056 0.047 0.314 0.32

Opacitycombustion

stack % 0 0 0 2.0 6.4 10

1 

# Proposed limits were rounded up to 2 significant figures.

2 

# The value shown is the result of the non-detect analys is, which results in using the limit that is based on

3 times the highest detection limit that is less than the average.



# Table 5-2. Summary of MACT Floor Results for New Units

Pollutant

Units All New Units

Avg of top 12% 99% of UPL Proposed limit 1



# Cd mg/dscm 0.00017 0.000510 0.00051

Pb mg/dscm 0.00031 0.000527 0.00053

Hg mg/dscm 0.00036 0.000992 0.0010

PM mg/dscm 1.4 4.06 4.1

HCl ppmvd 0.044 0.111 0.12

SO 2 

# ppmvd 0.62 1.99 2.0

NO

x 

# ppmvd 14.9 25.3 26

CO ppmvd 2.6 7.31 7.4

CDD/CDF ng/dscm 0.0095 0.0226 0.024

CDD/CDF TEQ ng/dscm 0.00094 0.00213 2 

# 0.0022

Opacity-combustion

stack % 0 0 0

1 

# Proposed limits were rounded up to 2 significant figures.

2 

# The value shown is the result of the non-detect analys is, which results in using the limit that is based on

3 times the highest detection limit that is less than the average.



# 17

# Attachment A

Detailed MACT Floor Analysis for Existing FB Sources

Cd, Pb, Hg, HCl, SO 2 

# , NO

x 

# , and CO

## Attachment A-1. Variability Analysis for Cd from Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-8.979228651 NCTZOsborne ES-1 Cadmium (Cd) 1 ADL 0 0.000126

NCTZOsborne ES-1 Cadmium (Cd) 2 ADL 0 0.000157 -8.759264753

NCTZOsborne ES-1 Cadmium (Cd) 3 ADL 0 0.000241 -8.330713624

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 0.001014169 -6.89368601

MNStPaulMetro FBR1 Cadmium (Cd) 2 0 0.001217613 -6.710863032

MNStPaulMetro FBR1 Cadmium (Cd) 3 0 0.001010933 -6.896881802

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 0.000373531 -7.892508849

MNStPaulMetro FBR1 Cadmium (Cd) 2 0 0.000269772 -8.217933566

MNStPaulMetro FBR1 Cadmium (Cd) 3 0 0.000290748 -8.143052992

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 0.000237195 -8.34662808

MNStPaulMetro FBR1 Cadmium (Cd) 2 0 0.000244959 -8.314420073

MNStPaulMetro FBR1 Cadmium (Cd) 3 0 0.000315602 -8.061028327

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 5.14053E-05 -9.875768783

MNStPaulMetro FBR1 Cadmium (Cd) 2 ND 1 0.000054 -9.826526511

MNStPaulMetro FBR1 Cadmium (Cd) 3 ND 1 0.0000538 -9.830237091

MIYpsilanti EU-FBSSI Cadmium (Cd) 1 ADL 0 0.0000765 -9.478219817

MIYpsilanti EU-FBSSI Cadmium (Cd) 2 ADL 0 0.0000373 -10.19651723

MIYpsilanti EU-FBSSI Cadmium (Cd) 3 ADL 0 0.0000279 -10.48688387

MIYpsilanti EU-FBSSI Cadmium (Cd) 1 ADL 0 0.000576 -7.459402897

MIYpsilanti EU-FBSSI Cadmium (Cd) 2 ADL 0 0.000633 -7.365040136

MIYpsilanti EU-FBSSI Cadmium (Cd) 3 ADL 0 0.00144 -6.543112165

MNStPaulMetro FBR3 Cadmium (Cd) 1 0 0.001647248 -6.408649036

MNStPaulMetro FBR3 Cadmium (Cd) 2 0 0.001051662 -6.85738304

MNStPaulMetro FBR3 Cadmium (Cd) 3 0 0.000228754 -8.382863947

MNStPaulMetro FBR3 Cadmium (Cd) 1 0 0.000473851 -7.654617702

MNStPaulMetro FBR3 Cadmium (Cd) 2 0 0.000388286 -7.853767776

MNStPaulMetro FBR3 Cadmium (Cd) 3 ND 1 0.0003704 -7.900927055

MNStPaulMetro FBR2 Cadmium (Cd) 1 0 0.001213444 -6.714292755

MNStPaulMetro FBR2 Cadmium (Cd) 2 0 0.001087277 -6.824078455

MNStPaulMetro FBR2 Cadmium (Cd) 3 0 0.000804588 -7.125180406

MNStPaulMetro FBR2 Cadmium (Cd) 1 0 0.001429987 -6.550090161

MNStPaulMetro FBR2 Cadmium (Cd) 2 0 0.002112516 -6.159875642

MNStPaulMetro FBR2 Cadmium (Cd) 3 0 0.001990635 -6.219301478

MNStPaulMetro FBR2 Cadmium (Cd) 1 ND 1 0.00005899 -9.73814262

MNStPaulMetro FBR2 Cadmium (Cd) 2 ND 1 0.00004911 -9.921447878

MNStPaulMetro FBR2 Cadmium (Cd) 3 ND 1 0.000043167 -10.05043424

MNStPaulMetro FBR2 Cadmium (Cd) 1 ND 1 0.00005329 -9.839761862

MNStPaulMetro FBR2 Cadmium (Cd) 2 ND 1 0.0000595 -9.729534245

MNStPaulMetro FBR2 Cadmium (Cd) 3 ND 1 0.00005796 -9.755757441

Sample Size 39 39

Non-detects 9 9

Averag e 0.00055 -8.21

Median 0.00029 -8.14

Standard Deviation 0.00059 1.33

Minimum 0.00003 -10.49

Maximum 0.00211 -6.16

Skewness 1.17 -0.13

SE Skewness 0.39 0.39

Skewness Tes t Non-normal Normal

Kurtosis 0.40 -1.35

SE Kurtosis 0.78 0.78

Kurtosis Tes t Normal Normal

99.0% t-statistic for U L 2.43 2.43

99.0% UL 0.0020 0.01

99.0% t-statistic for UPL 2.43 2.43

99.0% UPL 0.0014 0.0019

Page 1

### Attachment A-2. Variability Analysis for CO From Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 1 0 4.07 1.403642999

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 2 0 4.55 1.515127233

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 3 0 4.63 1.532556868

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 1 0 0.6 -0.510825624

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 2 0 1.2 0.182321557

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 3 0 0.8 -0.223143551

NCTZOsborne ES-1 Carbon Monoxide (CO) 1 0 6.77 1.912501087

NCTZOsborne ES-1 Carbon Monoxide (CO) 2 0 15.8 2.76000994

NCTZOsborne ES-1 Carbon Monoxide (CO) 3 0 11.6 2.451005098

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 3.43 1.232560261

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 0.255 -1.366491734

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 0.118 -2.137070655

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 34.09433962 3.529131377

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 33.46296296 3.510439244

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 30.32727273 3.412047398

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 26.73076923 3.285815308

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 34.0106383 3.526673367

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 32.07692308 3.468136864

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 28.04385965 3.333769701

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 31.77142857 3.458567413

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 31.01652893 3.434520254

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 28.04385965 3.333769701

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 31.77142857 3.458567413

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 31.01652893 3.434520254

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 47.65714286 3.864032521

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 49.05882353 3.893020058

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 26.13675214 3.263342452

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 17.82051282 2.880350199

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 18.28947368 2.906325686

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 33.62903226 3.515389749

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 31.70175439 3.456372023

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 38.96212121 3.662589923

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 30.75221239 3.425961939

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 32.17592593 3.471218531

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 29.26315789 3.376329315

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 12.41071429 2.518560155

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 14.02752294 2.641021324

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 8.460869565 2.135451954

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 10.90196078 2.388942662

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 15.13861386 2.717248689

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 5.94017094 1.781737911

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 12.33064516 2.51208764

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 12.33064516 2.51208764

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 12.33064516 2.51208764

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 1.67 0.512823626

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 1.45 0.371563556

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 1.34 0.292669614

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 12.8487395 2.553245713

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 17.82051282 2.880350199

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 16.77586207 2.819941072

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 48.51886792 3.881952752

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 45.90825688 3.826644989

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 43.13793103 3.76440268

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 59.17821782 4.080553532

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 76.89361702 4.342422869

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 71.64948454 4.27178596

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 20.50819672 3.020824646

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 20.37068966 3.014097086

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 21.56896552 3.0712555

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 68.70114943 4.22976593

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 71.89655172 4.275228304

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 63.90804598 4.157445269

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 39.13592233 3.667040775

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 36.71698113 3.603239349

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 54.45360825 3.997349114

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 8.460869565 2.135451954

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 10.20183486 2.322567593

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 11.27027027 2.422168309

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 36.98165138 3.610421881

Page 2

### Attachment A-2. Variability Analysis for CO From Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 39.33962264 3.672232221

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 40.27102804 3.695632303

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 1.269406393 0.238549384

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 3.823624595 1.34119882

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 2.823638042 1.038026139

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 0.725 -0.321583624

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 0.5 -0.693147181

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 54.00627483 3.98910024

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 56.92988204 4.041820371

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 62.68733348 4.138159409

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 60.7224151 4.106312907

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 58.73139403 4.072974405

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 56.15567376 4.028127723

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 44.72173913 3.800459717

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 43.4375 3.771323123

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 47.04615385 3.851129117

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 19.05645161 2.947405712

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 20.016 2.996531954

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 21.20338983 3.054161067

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 42.24509804 3.743488324

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 41.28712871 3.720550798

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 40.54166667 3.702330252

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 34.14035088 3.530479995

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 39.53211009 3.677113255

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 37.56756757 3.626141113

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 36.31531532 3.592239562

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 36.64545455 3.601289397

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 35.38181818 3.566198078

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 48.4587156 3.880712211

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 43.82882883 3.780291793

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 47.18348624 3.854043964

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 48.58252427 3.883263883

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 49.05882353 3.893020058

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 48.58252427 3.883263883

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 16.51485149 2.804260066

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 27.49450549 3.313986185

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 18.25252525 2.90430344

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 4.412698413 1.484486387

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 4.531377343 1.511025943

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 4.633333333 1.533276551

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 3.491365777 1.250293

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 2.908819133 1.067747203

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 3.15669947 1.14952701

MNStPaulMetr o FBR3 Carbon Monoxide (CO ) 2 0 151.192982 5 5.0185570 5

Sample Size

Non-detects

Averag e

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for U L

99.0% U L

99.0% t-statistic for UP L

99.0% UP L 112

0

27.63472

28.65351

19.89487

0.11800

76.89362

0.35

0.23

Normal

-0.76

0.46

Normal

2.36

74.5887

2.36

55.1079 outlier; removed from analysis.

112

0

2.80

3.36

1.35

-2.14

4.34

-1.44

0.23

Normal

1.71

0.46

Non-normal

2.36

394.16

2.36

105.355 6

Page 3

## Attachment A-3. Variability Analysis for HCl from Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-3.338222583 NCTZOsborne ES-1 Hydrogen Chloride (HCl) 1 BDL 1 0.0355

NCTZOsborne ES-1 Hydrogen Chloride (HCl) 2 BDL 1 0.0369 -3.299543728

NCTZOsborne ES-1 Hydrogen Chloride (HCl) 3 BDL 1 0.0603 -2.808423175

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.23204 -1.460845508

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.2478 -1.39513331

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.2258 -1.488105627

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.23451 -1.450257048

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.211054 -1.555641254

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.2139 -1.542246663

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.0857 -2.456902453

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.0989 -2.31364604

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.0857 -2.456902453

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.072528 -2.623782585

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.0791 -2.537042404

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.07912 -2.536789592

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 ND 1 0.184 -1.692819521

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.1689 -1.778448455

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.16289 -1.814680153

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 ND 1 0.1866 -1.678787991

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.19903 -1.614299712

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.1935 -1.642477767

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 ND 1 0.18232 -1.701991894

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.19237 -1.648334678

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.19237 -1.648334678

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 0 0.18461876 -1.689462335

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.07912 -2.536789592

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.07912 -2.536789592

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 1 ND 1 0.21338 -1.544680665

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 2 ND 1 0.186397 -1.679876471

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 3 ND 1 0.193567 -1.642131573

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 1 ND 1 0.20163 -1.601320944

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 2 ND 1 0.21048 -1.558364642

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 3 ND 1 0.197362 -1.622715673

MIYpsilanti EU-FBSSI Hydrogen Chloride (HCl) 1 0 0.396418032 -0.925285989

MIYpsilanti EU-FBSSI Hydrogen Chloride (HCl) 2 0 0.263741086 -1.332787391

MIYpsilanti EU-FBSSI Hydrogen Chloride (HCl) 3 0 0.18717301 -1.675721905

Sample Size

Non-detects

Average

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL

3x highest DL less than average 36 36

32 32

0.17 -1.91

0.19 -1.68

0.08 0.56

0.04 -3.34

0.40 -0.93

0.25 -1.01

0.41 0.41

Normal Normal

0.98 0.37

0.82 0.82

Normal Normal

2.43 2.43

0.35 0.58

2.44 2.44

0.28 0.34

0.48867

Page 4

## Attachment A-4. Variability Analysis for PB from Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

NCTZOsborne ES-1 Lead (Pb) 1 ADL 0 0.000276 -8.195109692

NCTZOsborne ES-1 Lead (Pb) 2 ADL 0 0.000351 -7.954724334

NCTZOsborne ES-1 Lead (Pb) 3 ADL 0 0.000313 -8.069307367

MNStPaulMetro FBR3 Lead (Pb) 1 0 0.000842133 -7.07957308

MNStPaulMetro FBR3 Lead (Pb) 2 0 0.00077246 -7.165930251

MNStPaulMetro FBR3 Lead (Pb) 3 0 0.000677111 -7.297674679

MNStPaulMetro FBR3 Lead (Pb) 1 0 0.007665236 -4.871059949

MNStPaulMetro FBR3 Lead (Pb) 2 0 0.002782718 -5.88432713

MNStPaulMetro FBR3 Lead (Pb) 3 0 0.001652862 -6.40524691

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.004265439 -5.457210125

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.002894302 -5.845011317

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.001251581 -6.683347654

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.000776783 -7.160349681

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.001136143 -6.780116051

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.014661461 -4.222532911

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.000141 -8.866750668

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.000552562 -7.500945208

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.000744643 -7.202605841

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.003528298 -5.646939806

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.000464127 -7.675352956

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.001078148 -6.832510101

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.00131951 -6.630494958

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.001295808 -6.648620723

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.001076154 -6.834361445

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.003181456 -5.750416342

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.003113618 -5.77196989

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.004540145 -5.394796371

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.016666068 -4.094380488

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.001495539 -6.505268861

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.001211912 -6.715555961

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.000349556 -7.958846171

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.0001296 -8.951057774

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.0001292 -8.954148967

MIYpsilanti EU-FBSSI Lead (Pb) 1 DLL 1 0.00054 -7.523941418

MIYpsilanti EU-FBSSI Lead (Pb) 2 DLL 1 0.00057 -7.469874197

MIYpsilanti EU-FBSSI Lead (Pb) 3 DLL 1 0.0000392 -10.14683381

MIYpsilanti EU-FBSSI Lead (Pb) 1 ADL 0 0.01154 -4.461936018

MIYpsilanti EU-FBSSI Lead (Pb) 2 ADL 0 0.01268 -4.36772933

MIYpsilanti EU-FBSSI Lead (Pb) 3 ADL 0 0.0117 -4.448166437

Sample Size 39 39

Non-detects 3 3

Averag e 0.0030 -6.70

Median 0.0011 -6.78

Standard Deviation 0.0044 1.43

Minimum 0.0000 -10.15

Maximum 0.0167 -4.09

Skewness 1.98 -0.04

SE Skewness 0.39 0.39

Skewness Tes t Non-normal Normal

Kurtosis 2.91 -0.18

SE Kurtosis 0.78 0.78

Kurtosis Tes t Non-normal Normal

99.0% t-statistic for U L 2.43 2.43

99.0% UL 0.0137 0.04

99.0% t-statistic for UPL 2.4286 2.43

99.0% UPL 0.0094 0.0098

Page 5

### Attachment A-5. Variability Analysis for Hg From Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-8.976346805 MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000126364

MNStPaulMetro FBR3 Mercury (Hg) 2 0 5.94017E-05 -9.731187554

MNStPaulMetro FBR3 Mercury (Hg) 3 0 6.09649E-05 -9.705212068

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000277626 -8.189235205

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000307123 -8.088263297

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000247054 -8.305902906

MNStPaulMetro FBR3 Mercury (Hg) 1 0 7.94286E-05 -9.440652413

MNStPaulMetro FBR3 Mercury (Hg) 2 0 7.94286E-05 -9.440652413

MNStPaulMetro FBR3 Mercury (Hg) 3 0 6.31818E-05 -9.669493985

MNStPaulMetro FBR3 Mercury (Hg) 1 0 6.46512E-05 -9.646504467

MNStPaulMetro FBR3 Mercury (Hg) 2 0 4.86014E-05 -9.93185825

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.0000556 -9.797327357

MNStPaulMetro FBR3 Mercury (Hg) 1 ND 1 0.00006556 -9.632544804

MNStPaulMetro FBR3 Mercury (Hg) 2 ND 1 0.00006435 -9.651173624

MNStPaulMetro FBR3 Mercury (Hg) 3 ND 1 0.000063181 -9.669506935

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000571409 -7.46740616

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000630965 -7.36825996

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000527206 -7.547919188

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.001052429 -6.85665486

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.001560702 -6.462619716

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.001369559 -6.593266618

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000273248 -8.205131251

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000297009 -8.121749642

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000317018 -8.056553442

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000258319 -8.261316913

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000296019 -8.125088543

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000256053 -8.270127543

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000446786 -7.713431465

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000216789 -8.43658607

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000290087 -8.14532983

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000190784 -8.564367016

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000110099 -9.114130507

MNStPaulMetro FBR3 Mercury (Hg) 3 0 9.50427E-05 -9.261183925

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000851935 -7.067999757

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000672581 -7.304388535

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.001020081 -6.887873591

MIYpsilanti EU-FBSSI Mercury (Hg) 1 DLL 1 0.000943 -6.966444275

MIYpsilanti EU-FBSSI Mercury (Hg) 2 ADL 0 0.000951 -6.957996495

MIYpsilanti EU-FBSSI Mercury (Hg) 3 ADL 0 0.00101 -6.897804948

MIYpsilanti EU-FBSSI Mercury (Hg) 1 ADL 0 9.6209E-05 -9.248987415

MIYpsilanti EU-FBSSI Mercury (Hg) 2 ADL 0 0.000156425 -8.762931511

MIYpsilanti EU-FBSSI Mercury (Hg) 3 ADL 0 0.000245 -8.314252347

MNStPaulMetro FBR2 Mercury (Hg) 1 0 5.73196E-05 -9.766868149

MNStPaulMetro FBR2 Mercury (Hg) 2 0 3.79091E-05 -10.18031961

MNStPaulMetro FBR2 Mercury (Hg) 3 0 4.00962E-05 -10.12423014

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000158857 -8.747505232

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.000101091 -9.199490356

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000189545 -8.570881697

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000459638 -7.685071672

MNStPaulMetro FBR2 Mercury (Hg) 2 ND 1 0.000444 -7.719685996

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000342695 -7.978670237

MNStPaulMetro FBR2 Mercury (Hg) 1 0 9.63366E-05 -9.2476619

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.0000973 -9.237711569

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.00010902 -9.123982803

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.001925596 -6.252519577

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.001948482 -6.240704598

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.00190395 -6.263824824

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.006688515 -5.007363425

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.007171809 -4.937597423

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000730825 -7.221336878

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.00314459 -5.762071711

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.002396552 -6.033724356

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.002516379 -5.984934192

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.001447641 -6.537820068

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.001207152 -6.71949143

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.001540579 -6.475597236

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000539806 -7.524301066

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.000524528 -7.553011172

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000716495 -7.241139505

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.00015713 -8.758434303

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.001683303 -6.386997491

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.001615405 -6.428169329

Page 6

### Attachment A-5. Variability Analysis for Hg From Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR2 Mercury (Hg) 1 0 8.92661E-05 -9.323889265

MNStPaulMetro FBR2 Mercury (Hg) 2 0 6.5566E-05 -9.632452714

MNStPaulMetro FBR2 Mercury (Hg) 3 0 3.8972E-05 -10.15266808

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000035398 -10.24885524

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.0000356 -10.24316492

MNStPaulMetro FBR2 Mercury (Hg) 3 0 3.23757E-05 -10.33810242

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000149233 -8.810000852

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.00016661 -8.699857273

MNStPaulMetro FBR2 Mercury (Hg) 3 0 4.6372E-05 -9.978815233

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.002290058 -6.079177973

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.002144786 -6.144715542

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.002087087 -6.171985923

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000327724 -8.023340057

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000298678 -8.116145539

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000310077 -8.078690152

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.00034419 -7.974315344

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000359911 -7.929654573

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000344425 -7.97363484

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000885784 -7.029037075

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000895481 -7.018149812

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000957264 -6.951431185

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.00099179 -6.915999257

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000798075 -7.133307519

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000816331 -7.110690089

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000217565 -8.433011902

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000206328 -8.486042817

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000192462 -8.555614224

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000582903 -7.447489379

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.00058936 -7.436473356

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000471186 -7.660256702

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.001485392 -6.512076463

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.001472574 -6.520743214

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.001549271 -6.469970889

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.00971251 -4.634340535

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.009978852 -4.607287178

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.005037009 -5.290942735

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000385347 -7.861367539

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000183297 -8.604404389

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000421212 -7.772374

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000264762 -8.236679608

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000124613 -8.990298611

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.00017375 -8.657893074

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000113092 -9.087311423

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000108003 -9.133350553

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000118435 -9.041143557

NCTZOsborne ES-1 Mercury (Hg) 1 DLL 1 0.0345 -3.366795955

NCTZOsborne ES-1 Mercury (Hg) 2 DLL 1 0.0443 -3.116770602

NCTZOsborne ES-1 Mercury (Hg ) 3 DLL 1 0.0446 -3.11002142

Sample Size 120 120

Non-detects 8 8

Average 0.0019 -7.84

Median 0.0003 -8.04

Standard Deviation 0.0066 1.53

Minimum 0.0000 -10.34

Maximum 0.0446 -3.11

Skewness 5.76 0.72

SE Skewness 0.22 0.22

Skewness Test Non-normal Non-normal

Kurtosis 33.78 0.66

SE Kurtosis 0.45 0.45

Kurtosis Test Non-normal Normal

99.0% t-statistic for UL 2.36 2.36

99.0% UL 0.0174 0.01

99.0% t-statistic for UPL 2.36 2.36

99.0% UPL 0.0109 0.0032

Page 7

## Attachment A-6. Variability Analysis for NOx from Existing FB Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 1 0 13.3 2.587764035

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 2 0 16.9 2.827313622

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 3 0 14.5 2.674148649

MNStPaulMetro FBR3 Nitrogen Oxides (NOx) 1 0 15 2.708050201

MNStPaulMetro FBR3 Nitrogen Oxides (NOx) 2 0 16.1 2.778819272

MNStPaulMetro FBR3 Nitrogen Oxides (NOx) 3 0 36.5 3.597312261

MIYpsilanti EU-FBSSI Nitrogen Oxides (NOx) 1 0 36.05263158 3.584979859

MIYpsilanti EU-FBSSI Nitrogen Oxides (NOx) 2 0 33.11654676 3.50003306

MIYpsilanti EU-FBSSI Nitrogen Oxides (NOx) 3 0 20.1 3.000719815

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 1 0 25.7 3.246490992

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 2 0 25.7 3.246490992

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 3 0 34.3 3.535145354

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 1 0 30.76766091 3.426464168

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 2 0 34.49028401 3.540677661

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 3 0 35.03936412 3.556472119

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 1 0 12.9 2.557227311

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 2 0 13.5 2.602689685

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 3 0 13.5 2.602689685

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 1 0 75.27579909 4.32115869

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 2 0 61.96521036 4.126573104

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 3 0 71.48938135 4.269548926

Sample Size 21 21

Non-detects 0 0

Average 30.30 3.25

Median 25.70 3.25

Standard Deviation 18.74 0.57

Minimum 12.90 2.56

Maximum 75.28 4.32

Skewness 1.34 0.43

SE Skewness 0.53 0.53

Skewness Test Non-normal Normal

Kurtosis 1.15 -0.80

SE Kurtosis 1.07 1.07

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.52 2.52

99.0% UL 77.48 107.19

99.0% t-statistic for UPL 2.53 2.53

99.0% UPL 59.54 62.40

Page 8

## Attachment A-7. Variability Analysis for SO2 from Existing FB Units.

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 1 0 0.556436421 -0.586202363

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 2 0 0.88303438 -0.124391144

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 3 0 0.410370931 -0.890693818

MNStPaulMetro FBR2 Sulfur Dioxide (SO2) 1 0 2.792694064 1.027006744

MNStPaulMetro FBR2 Sulfur Dioxide (SO2) 2 0 0.224919094 -1.492014524

MNStPaulMetro FBR2 Sulfur Dioxide (SO2) 3 0 1.925207756 0.655033887

NCTZOsborne ES-1 Sulfur Dioxide (SO2) 1 0 4.84 1.576914721

NCTZOsborne ES-1 Sulfur Dioxide (SO2) 2 0 4.69 1.545432582

NCTZOsborne ES-1 Sulfur Dioxide (SO2) 3 0 13.4 2.595254707

Sample Size 9 9

Non-detects 0 0

Averag e 3.30 0.48

Median 1.93 0.66

Standard Deviation 4.18 1.34

Minimum 0.22 -1.49

Maximum 13.40 2.60

Skewness 2.08 0.04

SE Skewness 0.82 0.82

Skewness Tes t Non-normal Normal

Kurtosis 4.80 -1.03

SE Kurtosis 1.63 1.63

Kurtosis Tes t Non-normal Normal

99.0% t-statistic for U L 2.82 2.82

99.0% UL 15.09 71.20

99.0% t-statistic for UPL 2.90 2.90

99.0% UPL 11.37 21.55

Page 9

# Attachment B

Detailed MACT Floor Analysis for Existing MH Units

Cd, Pb, Hg, HCl, SO 2 

# , NO

x 

# , and CO

### Attachment B-1. Variability Analysis for Cd From Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-7.663385951 NJMountainView #2 Cadmium (Cd) 1 0 0.000469714

NJMountainView #2 Cadmium (Cd) 2 ND 1 0.0002855 -8.161268529

NJMountainView #2 Cadmium (Cd) 3 0 0.000239665 -8.336268391

MAUpperBlackstone Incinerator 3 Cadmium (Cd) 1 0 0.00273 -5.90345367

MAUpperBlackstone Incinerator 3 Cadmium (Cd) 2 0 0.0013 -6.645391015

MAUpperBlackstone Incinerator 3 Cadmium (Cd) 3 0 0.00086 -7.058578169

MAUpperBlackstone 1 Cadmium (Cd) 1 0 0.00032 -8.047189562

MAUpperBlackstone 1 Cadmium (Cd) 2 0 0.00416 -5.482240205

MAUpperBlackstone 1 Cadmium (Cd) 3 0 0.00058 -7.452482454

SCColumbiaMetro 1 Cadmium (Cd) 1 0 0.00291 -5.839602198

SCColumbiaMetro 1 Cadmium (Cd) 2 0 0.00265 -5.933195639

SCColumbiaMetro 1 Cadmium (Cd) 3 0 0.00194 -6.245067306

CTHartford 001 Cadmium (Cd) 1 0 0.0113 -4.482952553

CTHartford 001 Cadmium (Cd) 2 0 0.0107 -4.537511538

CTHartford 001 Cadmium (Cd) 3 0 0.00996 -4.609178207

CTHartford 001 Cadmium (Cd) 2 0 0.00357 -5.635189683

CTHartford 001 Cadmium (Cd) 3 0 0.00384 -5.562282912

CTHartford 001 Cadmium (Cd) 7 0 0.00392 -5.541663625

CTHartford 001 Cadmium (Cd) 1 0 0.00496 -5.306349538

CTHartford 001 Cadmium (Cd) 2 0 0.00732 -4.917144951

CTHartford 001 Cadmium (Cd) 3 0 0.00473 -5.353830076

CTHartford 001 Cadmium (Cd) 1 0 0.001 -6.907755279

CTHartford 001 Cadmium (Cd) 2 0 0.001 -6.907755279

CTHartford 001 Cadmium (Cd) 3 0 0.001 -6.907755279

CTHartford 002 Cadmium (Cd) 1 0 0.0107 -4.537511538

CTHartford 002 Cadmium (Cd) 2 0 0.0111 -4.500810171

CTHartford 002 Cadmium (Cd) 3 0 0.0129 -4.350527968

CTHartford 002 Cadmium (Cd) 4 0 0.00393 -5.539115853

CTHartford 002 Cadmium (Cd) 5 0 0.00604 -5.109351267

CTHartford 002 Cadmium (Cd) 6 0 0.00526 -5.247624252

CTHartford 002 Cadmium (Cd) 1 0 0.00476 -5.347507611

CTHartford 002 Cadmium (Cd) 2 0 0.00591 -5.131109448

CTHartford 002 Cadmium (Cd) 3 0 0.00559 -5.186775992

CTHartford 002 Cadmium (Cd) 1 0 0.0029 -5.843044542

CTHartford 002 Cadmium (Cd) 2 0 0.0029 -5.843044542

CTHartford 002 Cadmium (Cd) 3 0 0.0029 -5.843044542

CACentralContraCosta MHF 1 Cadmium (Cd) 1 0 0.016186943 -4.123550369

CACentralContraCosta MHF 1 Cadmium (Cd) 2 0 0.01689373 -4.080812738

CACentralContraCosta MHF 1 Cadmium (Cd) 3 0 0.010830551 -4.525384325

CACentralContraCosta MHF 1 Cadmium (Cd) 1 0 0.021442543 -3.842378332

CACentralContraCosta MHF 1 Cadmium (Cd) 2 0 0.023845649 -3.736153527

CACentralContraCosta MHF 1 Cadmium (Cd) 3 0 0.019904933 -3.916787702

CACentralContraCosta MHF 1 Cadmium (Cd) 1 ADL 0 0.0101 -4.595219855

CACentralContraCosta MHF 1 Cadmium (Cd) 2 ADL 0 0.0124 -4.390058806

CACentralContraCosta MHF 1 Cadmium (Cd) 3 ADL 0 0.0129 -4.350527968

CACentralContraCosta MHF 2 Cadmium (Cd) 1 0 0.01011048 -4.594182735

CACentralContraCosta MHF 2 Cadmium (Cd) 2 0 0.011371302 -4.476662428

CACentralContraCosta MHF 2 Cadmium (Cd) 3 0 0.014751535 -4.216408128

CACentralContraCosta MHF 2 Cadmium (Cd) 1 0 0.014957176 -4.202564063

CACentralContraCosta MHF 2 Cadmium (Cd) 2 0 0.017712815 -4.03346691

CACentralContraCosta MHF 2 Cadmium (Cd) 3 0 0.036787037 -3.30260975

VAWilliamsburg 1 Cadmium (Cd) 2 0 0.036353846 -3.314455272

VAWilliamsburg 1 Cadmium (Cd) 3 0 0.026512963 -3.630121497

VAWilliamsburg 1 Cadmium (Cd) 4 0 0.033995429 -3.381529217

VAChesapeakeElizabeth 1 Cadmium (Cd) 1 0 0.03752 -3.282881155

VAChesapeakeElizabeth 1 Cadmium (Cd) 2 0 0.03938 -3.234497206

VAChesapeakeElizabeth 1 Cadmium (Cd) 3 0 0.04192 -3.171992239

VABoatHarbor 1 Cadmium (Cd) 1 0 0.0496925 -3.001901263

VABoatHarbor 1 Cadmium (Cd) 2 0 0.076664948 -2.56831067

VABoatHarbor 1 Cadmium (Cd) 3 0 0.034643077 -3.362657374

VAVirginiaInitiative 1 Cadmium (Cd) 1 0 0.075663208 -2.581463266

VAVirginiaInitiative 1 Cadmium (Cd) 2 0 0.058878302 -2.832282645

VAVirginiaInitiative 1 Cadmium (Cd) 3 0 0.088856075 -2.420737356

VAArmyBaseNorfolk 1 Cadmium (Cd) 2 0 0.119348276 -2.125709372

VAArmyBaseNorfolk 1 Cadmium (Cd) 3 0 0.049937037 -2.996992326

VAArmyBaseNorfolk 1 Cadmium (Cd) 4 0 0.167273864 -1.788122908

MNSeneca Incinerator 2 Cadmium (Cd) 1 0 0.232661575 -1.458170349

MNSeneca Incinerator 2 Cadmium (Cd) 2 0 0.300933403 -1.200866292

MNSenec a Incinerator 2 Cadmium (Cd) 3 0 0.21907257 8 -1.518352195

Sample Size

Non-Detects

Average

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL

Page 1 69 69

1 1

0.03038 -4.67

0.01070 -4.54

0.05613 1.65

0.00024 -8.34

0.30093 -1.20

3.24 -0.13

0.29 0.29

Non-normal Normal

11.03 -0.23

0.59 0.59

Non-normal Normal

2.38 2.38

0.1641 0.47

2.38 2.38

0.1092 0.0947

### Attachment B-2. Variability Analysis for CO from Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

3.185939325 MAUpperBlackstone 1 Carbon Monoxide (CO) 1 0 24.19

MAUpperBlackstone 1 Carbon Monoxide (CO) 2 0 29.48 3.383712067

MAUpperBlackstone 1 Carbon Monoxide (CO) 3 0 29.06 3.369362658

NJMountainView #2 Carbon Monoxide (CO) 1 0 42.8 3.756538103

NJMountainView #2 Carbon Monoxide (CO) 2 0 35.9 3.580737295

NJMountainView #2 Carbon Monoxide (CO) 3 0 37.2 3.616308761

MAUpperBlackstone Incinerator 3 Carbon Monoxide (CO) 1 0 84.02 4.431054866

MAUpperBlackstone Incinerator 3 Carbon Monoxide (CO) 2 0 43.53 3.773450356

MAUpperBlackstone Incinerator 3 Carbon Monoxide (CO) 3 0 50.54 3.922765102

SCColumbiaMetro 1 Carbon Monoxide (CO) 1 0 48 3.871201011

SCColumbiaMetro 1 Carbon Monoxide (CO) 2 0 53.1 3.972176928

SCColumbiaMetro 1 Carbon Monoxide (CO) 3 0 89.3 4.492001488

CACentralContraCosta MHF 2 Carbon Monoxide (CO) 1 0 915.7133891 6.819703422

CACentralContraCosta MHF 2 Carbon Monoxide (CO) 2 0 694.4122622 6.543065822

CACentralContraCosta MHF 2 Carbon Monoxide (CO) 3 0 560.9642857 6.329657242

CACentralContraCosta MHF 2 Carbon Monoxide (CO) 1 0 701.5595506 6.553305786

CACentralContraCosta MHF 2 Carbon Monoxide (CO) 2 0 795.6761488 6.679192255

CACentralContraCosta MHF 2 Carbon Monoxide (CO) 3 0 844.4557522 6.73869234

MNSeneca Incinerator 2 Carbon Monoxide (CO) 1 0 739.9076923 6.606525438

MNSeneca Incinerator 2 Carbon Monoxide (CO) 2 0 1424.215385 7.261376334

MNSeneca Incinerator 2 Carbon Monoxide (CO) 3 0 676.6415094 6.517141605

MNSeneca Incinerator 2 Carbon Monoxide (CO) 1 0 390.7027027 5.96794692

MNSeneca Incinerator 2 Carbon Monoxide (CO) 2 0 755.6545455 6.627584321

MNSeneca Incinerator 2 Carbon Monoxide (CO) 3 0 1063.981818 6.969773582

MNSeneca Incinerator 2 Carbon Monoxide (CO) 1 0 932.1176471 6.837459037

MNSeneca Incinerator 2 Carbon Monoxide (CO) 2 0 815.8695652 6.704254496

MNSeneca Incinerator 2 Carbon Monoxide (CO) 3 0 875.1851852 6.774435504

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 1 0 554.0694444 6.31729003

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 2 0 477.1900312 6.1679148

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 3 0 471.9633588 6.156901353

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 1 0 862.3500761 6.759661309

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 2 0 506.4992051 6.227522754

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 3 0 913.8896952 6.817709881

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 1 0 834 6.726233402

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 2 0 930 6.835184586

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 3 0 886 6.786716951

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 4 0 951 6.857514063

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 1 0 665 6.499787041

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 2 0 1120 7.021083964

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 3 0 985 6.892641641

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 4 0 1030 6.937314081

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 1 0 1350 7.207859871

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 2 0 1210 7.098375639

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 3 0 1280 7.154615357

CACentralContraCosta MHF 1 Carbon Monoxide (CO) 4 0 1260 7.138867

MNSeneca Incinerator 1 Carbon Monoxide (CO) 1 0 658.4210526 6.489844624

MNSeneca Incinerator 1 Carbon Monoxide (CO) 2 0 625.5 6.43855133

MNSeneca Incinerator 1 Carbon Monoxide (CO) 3 0 853.8571429 6.7497639

MNSeneca Incinerator 1 Carbon Monoxide (CO) 1 0 2337.727273 7.756934485

MNSeneca Incinerator 1 Carbon Monoxide (CO) 2 0 1362.878049 7.217353955

MNSeneca Incinerator 1 Carbon Monoxide (CO) 3 0 401.5555556 5.995345894

MNSeneca Incinerator 1 Carbon Monoxide (CO) 1 0 1920 7.560080465

MNSeneca Incinerator 1 Carbon Monoxide (CO) 2 0 1700 7.43838353

MNSeneca Incinerator 1 Carbon Monoxide (CO) 3 0 2050 7.625595072

VABoatHarbor 1 Carbon Monoxide (CO) 1 0 2359.650602 7.766268837

VABoatHarbor 1 Carbon Monoxide (CO) 2 0 3914.464646 8.272433855

VABoatHarbor 1 Carbon Monoxide (CO) 3 0 3292.474747 8.099394764

VABoatHarbor 1 Carbon Monoxide (CO) 1 0 3016.531667 8.011862996

VABoatHarbor 1 Carbon Monoxide (CO) 2 0 6221.687931 8.73579652

Sample Size

Non-Detects

Averag e

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Tes t

99.0% t-statistic for U L

99.0% U L

99.0% t-statistic for UP L

99.0% UP L

Page 2 59 59

0 0

1012.81166 6.29

834.00000 6.73

1063.60873 1.40

24.19000 3.19

6221.68793 8.74

2.68 -0.98

0.32 0.32

Non-normal Normal

9.83 0.03

0.64 0.64

Non-normal Normal

2.39 2.39

3556.1435 15152.17

2.39 2.39

2518.7972 3884.8822

### Attachment B-3. Variability Analysis for HCl From Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-1.152013065 MAUpperBlackstone Incinerator 3 Hydrogen Chloride (HCl) 1 0 0.316

MAUpperBlackstone Incinerator 3 Hydrogen Chloride (HCl) 2 0 0.307 -1.180907531

MAUpperBlackstone Incinerator 3 Hydrogen Chloride (HCl) 3 0 0.321 -1.136314156

MAUpperBlackstone 1 Hydrogen Chloride (HCl) 1 0 0.402 -0.91130319

MAUpperBlackstone 1 Hydrogen Chloride (HCl) 2 0 0.278 -1.280134165

MAUpperBlackstone 1 Hydrogen Chloride (HCl) 3 0 0.332 -1.10262031

MNSeneca Incinerator 1 Hydrogen Chloride (HCl) 1 ADL 0 0.402 -0.91130319

MNSeneca Incinerator 1 Hydrogen Chloride (HCl) 2 ADL 0 0.433 -0.837017551

MNSeneca Incinerator 1 Hydrogen Chloride (HCl) 3 ADL 0 0.438 -0.825536369

VABoatHarbor 1 Hydrogen Chloride (HCl) 1 0 0.344 -1.067113622

VABoatHarbor 1 Hydrogen Chloride (HCl) 2 0 1.061 0.05921186

CACentralContraCosta MHF 1 Hydrogen Chloride (HCl) 1 ADL 0 0.704 -0.350976923

CACentralContraCosta MHF 1 Hydrogen Chloride (HCl) 2 ADL 0 0.851 -0.16134315

CACentralContraCosta MHF 1 Hydrogen Chloride (HCl) 3 ADL 0 0.817 -0.202116184

NJMountainView #2 Hydrogen Chloride (HCl) 1 0 1.062055779 0.060206444

NJMountainView #2 Hydrogen Chloride (HCl) 2 0 0.606889017 -0.499409344

NJMountainView #2 Hydrogen Chloride (HCl) 3 0 0.910333525 -0.093944236

SCColumbiaMetro 1 Hydrogen Chloride (HCl) 2 0 0.108 -2.225624052

SCColumbiaMetr o 1 H y dro g en Chloride ( HCl ) 3 0 0.294 -1.22417551 2

Sample Size 19 19

Non-Detects 0 0

Average 0.53 -0.79

Median 0.40 -0.91

Standard Deviation 0.29 0.58

Minimum 0.11 -2.23

Maximum 1.06 0.06

Skewness 0.74 -0.38

SE Skewness 0.56 0.56

Skewness Test Normal Normal

Kurtosis -0.72 0.55

SE Kurtosis 1.12 1.12

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.54 2.54

99.0% UL 1.26 1.97

99.0% t-statistic for UPL 2.55 2.55

99.0% UPL 0.982 1.136

Page 3

### Attachment B-4. Variability Analysis for PB From Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-7.03558865 MAUpperBlackstone 1 Lead (Pb) 1 0 0.00088

MAUpperBlackstone 1 Lead (Pb) 2 0 0.00101 -6.897804948

MAUpperBlackstone 1 Lead (Pb) 3 0 0.00062 -7.38579108

NJMountainView #2 Lead (Pb) 1 0 0.001033371 -6.87492859

NJMountainView #2 Lead (Pb) 2 0 0.001246181 -6.687671798

NJMountainView #2 Lead (Pb) 3 0 0.000649305 -7.339607673

MAUpperBlackstone Incinerator 3 Lead (Pb) 1 0 0.00472 -5.355946479

MAUpperBlackstone Incinerator 3 Lead (Pb) 2 0 0.00062 -7.38579108

MAUpperBlackstone Incinerator 3 Lead (Pb) 3 0 0.00069 -7.27881896

SCColumbiaMetro 1 Lead (Pb) 1 0 0.00575 -5.158555424

SCColumbiaMetro 1 Lead (Pb) 2 0 0.00202 -6.204657768

SCColumbiaMetro 1 Lead (Pb) 3 0 0.0035 -5.65499231

CTHartford 001 Lead (Pb) 1 0 0.0282 -3.568433301

CTHartford 001 Lead (Pb) 2 0 0.0236 -3.746508567

CTHartford 001 Lead (Pb) 3 0 0.0308 -3.480240589

CTHartford 001 Lead (Pb) 2 0 0.0074 -4.906275279

CTHartford 001 Lead (Pb) 3 0 0.00863 -4.752510774

CTHartford 001 Lead (Pb) 7 0 0.0058 -5.149897361

CTHartford 001 Lead (Pb) 1 0 0.017 -4.074541935

CTHartford 001 Lead (Pb) 2 0 0.0183 -4.000854219

CTHartford 001 Lead (Pb) 3 0 0.0118 -4.439655748

CTHartford 001 Lead (Pb) 1 0 0.0103 -4.575611384

CTHartford 001 Lead (Pb) 2 0 0.0103 -4.575611384

CTHartford 001 Lead (Pb) 3 0 0.0103 -4.575611384

CTHartford 002 Lead (Pb) 1 0 0.0424 -3.160606917

CTHartford 002 Lead (Pb) 2 0 0.0524 -2.948848688

CTHartford 002 Lead (Pb) 3 0 0.0546 -2.907721396

CTHartford 002 Lead (Pb) 4 0 0.0164 -4.110473944

CTHartford 002 Lead (Pb) 5 0 0.0204 -3.892220378

CTHartford 002 Lead (Pb) 6 0 0.0137 -4.290359446

CTHartford 002 Lead (Pb) 1 0 0.0127 -4.366153286

CTHartford 002 Lead (Pb) 2 0 0.0234 -3.755019257

CTHartford 002 Lead (Pb) 3 0 0.0283 -3.564893474

CTHartford 002 Lead (Pb) 1 0 0.0084 -4.779523573

CTHartford 002 Lead (Pb) 2 0 0.0084 -4.779523573

CTHartford 002 Lead (Pb) 3 0 0.0084 -4.779523573

CACentralContraCosta MHF 2 Lead (Pb) 1 0 0.027519651 -3.59285496

CACentralContraCosta MHF 2 Lead (Pb) 2 0 0.0278234 -3.581877902

CACentralContraCosta MHF 2 Lead (Pb) 3 0 0.051074561 -2.974468726

CACentralContraCosta MHF 2 Lead (Pb) 1 0 0.035458824 -3.339383156

CACentralContraCosta MHF 2 Lead (Pb) 2 0 0.040755149 -3.200173098

CACentralContraCosta MHF 2 Lead (Pb) 3 0 0.031712963 -3.451029755

CACentralContraCosta MHF 1 Lead (Pb) 1 0 0.080716561 -2.516811514

CACentralContraCosta MHF 1 Lead (Pb) 2 0 0.072684887 -2.621621791

CACentralContraCosta MHF 1 Lead (Pb) 3 0 0.034519685 -3.366225537

CACentralContraCosta MHF 1 Lead (Pb) 1 0 0.094631083 -2.357769282

CACentralContraCosta MHF 1 Lead (Pb) 2 0 0.103481117 -2.268366131

CACentralContraCosta MHF 1 Lead (Pb) 3 0 0.104439462 -2.259147688

CACentralContraCosta MHF 1 Lead (Pb) 1 ADL 0 0.0294 -3.526760605

CACentralContraCosta MHF 1 Lead (Pb) 2 ADL 0 0.0315 -3.457767733

CACentralContraCosta MHF 1 Lead (Pb) 3 ADL 0 0.055 -2.900422094

VABoatHarbor 1 Lead (Pb) 1 0 0.0487 -3.022076249

VABoatHarbor 1 Lead (Pb) 2 0 0.0838 -2.479322271

VABoatHarbor 1 Lead (Pb) 3 0 0.07356 -2.609653879

MNSeneca Incinerator 2 Lead (Pb) 1 0 0.064494804 -2.741170616

MNSeneca Incinerator 2 Lead (Pb) 2 0 0.078231732 -2.548079938

MNSeneca Incinerator 2 Lead (Pb) 3 0 0.072343315 -2.626332234

VAWilliamsburg 1 Lead (Pb) 2 0 0.10774 -2.228034362

VAWilliamsburg 1 Lead (Pb) 3 0 0.0729 -2.61866664

VAWilliamsburg 1 Lead (Pb) 4 0 0.10961 -2.210826668

VAChesapeakeElizabeth 1 Lead (Pb) 1 0 0.3407 -1.076752954

VAChesapeakeElizabeth 1 Lead (Pb) 2 0 0.4464 -0.806539868

VAChesapeakeElizabeth 1 Lead (Pb) 3 0 0.2523 -1.377136423

VAArmyBaseNorfolk 1 Lead (Pb) 2 0 0.48697931 -0.719533641

VAArmyBaseNorfolk 1 Lead (Pb) 3 0 0.159 -1.838851077

VAArmyBaseNorfolk 1 Lead (Pb) 4 0 0.5466 -0.604038005

VAVirginiaInitiative 1 Lead (Pb) 1 0 0.4336 -0.835632829

VAVirginiaInitiative 1 Lead (Pb) 2 ND 1 0.3899 -0.941864983

VAVirginiaInitiativ e 1 Lead (Pb) 3 0 0.5596 -0.580533036

Sample Size 69 69

Non-Detects 1 1

Average 0.0818 -3.71

Median 0.0294 -3.53

Standard Deviation 0.1362 1.77

Minimum 0.0006 -7.39

Maximum 0.5596 -0.58

Skewness 2.44 -0.39

SE Skewness 0.29 0.29

Skewness Test Non-normal Normal

Kurtosis 4.99 -0.22

SE Kurtosis 0.59 0.59

Kurtosis Test Non-normal Normal

99.0% t-statistic for UL 2.38 2.38

99.0% UL 0.4062 1.66

99.0% t-statistic for UPL 2.3824 2.38

99.0% UPL 0.27315 0.29525

Page 4

## Attachment B-5. Variability Analysis for Hg From Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-3.036686973 CACentralContraCosta MHF 1 Mercury (Hg) 1 0 0.047993631

CACentralContraCosta MHF 1 Mercury (Hg) 2 0 0.055064309 -2.899253528

CACentralContraCosta MHF 1 Mercury (Hg) 3 0 0.030204724 -3.499756929

CACentralContraCosta MHF 1 Mercury (Hg) 1 0 0.06021978 -2.809754406

CACentralContraCosta MHF 1 Mercury (Hg) 2 0 0.058489327 -2.83891099

CACentralContraCosta MHF 1 Mercury (Hg) 3 0 0.045052317 -3.099930867

CACentralContraCosta MHF 1 Mercury (Hg) 1 ADL 0 0.0542 -2.915074371

CACentralContraCosta MHF 1 Mercury (Hg) 2 DDL 1 0.0558 -2.88598141

CACentralContraCosta MHF 1 Mercury (Hg) 3 DDL 1 0.05 -2.995732274

VAVirginiaInitiative 1 Mercury (Hg) 1 ND 1 0.0519 -2.958436489

VAVirginiaInitiative 1 Mercury (Hg) 2 0 0.059927358 -2.814622142

VAVirginiaInitiative 1 Mercury (Hg) 3 ND 1 0.06898 -2.673938671

VAVirginiaInitiative 1 Mercury (Hg) 2 ND 1 0.0596 -2.820099705

VAVirginiaInitiative 1 Mercury (Hg) 3 ND 1 0.07018 -2.656691909

VAVirginiaInitiative 1 Mercury (Hg) 4 ND 1 0.07359 -2.609246132

MAUpperBlackstone Incinerator 3 Mercury (Hg) 1 0 0.05379 -2.922667703

MAUpperBlackstone Incinerator 3 Mercury (Hg) 2 0 0.07412 -2.602069878

MAUpperBlackstone Incinerator 3 Mercury (Hg) 3 0 0.06838 -2.682674895

CACentralContraCosta MHF 2 Mercury (Hg) 1 0 0.062816594 -2.767536007

CACentralContraCosta MHF 2 Mercury (Hg) 2 0 0.063509934 -2.756558948

CACentralContraCosta MHF 2 Mercury (Hg) 3 0 0.063092105 -2.763159632

CACentralContraCosta MHF 2 Mercury (Hg) 1 0 0.070917647 -2.646235976

CACentralContraCosta MHF 2 Mercury (Hg) 2 0 0.06583524 -2.720600018

CACentralContraCosta MHF 2 Mercury (Hg) 3 0 0.066597222 -2.709092411

SCColumbiaMetro 1 Mercury (Hg) 1 0 0.0593 -2.825145973

SCColumbiaMetro 1 Mercury (Hg) 2 0 0.049764957 -3.000444212

SCColumbiaMetro 1 Mercury (Hg) 3 0 0.094746316 -2.356552319

SCColumbiaMetro 1 Mercury (Hg) 1 0 0.0754 -2.584948004

SCColumbiaMetro 1 Mercury (Hg) 2 0 0.0714 -2.63945741

SCColumbiaMetro 1 Mercury (Hg) 3 0 0.0932 -2.373007557

SCColumbiaMetro 2 Mercury (Hg) 1 0 0.07176789 -2.634318119

SCColumbiaMetro 2 Mercury (Hg) 2 0 0.080008 -2.525628649

SCColumbiaMetro 2 Mercury (Hg) 3 0 0.078775 -2.541159591

MAUpperBlackstone 1 Mercury (Hg) 1 0 0.10388 -2.264518892

MAUpperBlackstone 1 Mercury (Hg) 2 0 0.08195 -2.501645974

MAUpperBlackstone 1 Mercury (Hg) 3 0 0.08336 -2.484586701

INBelmontNorth 3 Mercury (Hg) 1 0 0.093 -2.375155786

INBelmontNorth 3 Mercury (Hg) 2 0 0.101216418 -2.290494303

INBelmontNorth 3 Mercury (Hg) 3 0 0.079760274 -2.528729718

NJMountainView #2 Mercury (Hg) 1 0 0.10549 -2.249139117

NJMountainView #2 Mercury (Hg) 2 0 0.096059767 -2.342784711

NJMountainView #2 Mercury (Hg) 3 0 0.094166253 -2.362693409

VAChesapeakeElizabeth 1 Mercury (Hg) 1 0 0.1054 -2.249992643

VAChesapeakeElizabeth 1 Mercury (Hg) 2 0 0.1067 -2.237734121

VAChesapeakeElizabeth 1 Mercury (Hg) 3 0 0.09024 -2.405282491

VAWilliamsburg 1 Mercury (Hg) 2 ND 1 0.088 -2.430418465

VAWilliamsburg 1 Mercury (Hg) 3 ND 1 0.10038 -2.298792295

VAWilliamsburg 1 Mercury (Hg) 4 ND 1 0.0905 -2.402405428

VAWilliamsburg 1 Mercury (Hg) 2 ND 1 0.12283 -2.096953993

VAWilliamsburg 1 Mercury (Hg) 3 ND 1 0.1138 -2.173312757

VAWilliamsburg 1 Mercury (Hg) 4 ND 1 0.1027 -2.275943162

INBelmontNorth 2 Mercury (Hg) 1 0 0.107182353 -2.233223662

INBelmontNorth 2 Mercury (Hg) 2 0 0.111367742 -2.194917563

INBelmontNorth 2 Mercury (Hg) 3 0 0.094909639 -2.354830013

INBelmontNorth 4 Mercury (Hg) 1 0 0.100847222 -2.294148559

INBelmontNorth 4 Mercury (Hg) 2 0 0.13 -2.040220829

INBelmontNorth 4 Mercury (Hg) 3 0 0.087013514 -2.441691845

VABoatHarbor 1 Mercury (Hg) 1 ND 1 0.1317 -2.02722867

VABoatHarbor 1 Mercury (Hg) 2 ND 1 0.15447 -1.867755376

VABoatHarbor 1 Mercury (Hg) 3 ND 1 0.1242 -2.085862109

VABoatHarbor 1 Mercury (Hg) 2 ND 1 0.10538 -2.250182414

VABoatHarbor 1 Mercury (Hg) 3 ND 1 0.0898 -2.410170304

VABoatHarbor 1 Mercury (Hg) 4 ND 1 0.16346 -1.811186967

VABoatHarbor 1 Mercury (Hg) 1 0 0.077203614 -2.561309004

VABoatHarbor 1 Mercury (Hg) 2 0 0.04829899 -3.030344632

VABoatHarbor 1 Mercury (Hg) 3 0 0.069780808 -2.662396263

INBelmontNorth 1 Mercury (Hg) 1 0 0.106039548 -2.24394316

INBelmontNorth 1 Mercury (Hg) 2 0 0.112434483 -2.185384602

INBelmontNorth 1 Mercury (Hg) 3 0 0.12048227 -2.116252678

Page 5

## Attachment B-5. Variability Analysis for Hg From Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

CTHartford 002 Mercury (Hg) 1 0 0.132 -2.024953356

CTHartford 002 Mercury (Hg) 2 0 0.131 -2.032557956

CTHartford 002 Mercury (Hg) 3 0 0.122 -2.103734234

CTHartford 002 Mercury (Hg) 4 0 0.105 -2.253794929

CTHartford 002 Mercury (Hg) 5 0 0.114 -2.171556831

CTHartford 002 Mercury (Hg) 6 0 0.109 -2.216407397

CTHartford 002 Mercury (Hg) 1 0 0.156 -1.857899272

CTHartford 002 Mercury (Hg) 2 0 0.113 -2.18036746

CTHartford 002 Mercury (Hg) 3 0 0.11 -2.207274913

CTHartford 002 Mercury (Hg) 1 0 0.1084 -2.22192719

CTHartford 002 Mercury (Hg) 2 0 0.1084 -2.22192719

CTHartford 002 Mercury (Hg) 3 0 0.1084 -2.22192719

CTHartford 001 Mercury (Hg) 1 0 0.141 -1.958995389

CTHartford 001 Mercury (Hg) 2 0 0.122 -2.103734234

CTHartford 001 Mercury (Hg) 3 0 0.115 -2.162823151

CTHartford 001 Mercury (Hg) 2 0 0.105 -2.253794929

CTHartford 001 Mercury (Hg) 3 0 0.1 -2.302585093

CTHartford 001 Mercury (Hg) 7 0 0.111 -2.198225078

CTHartford 001 Mercury (Hg) 1 0 0.131 -2.032557956

CTHartford 001 Mercury (Hg) 2 0 0.124 -2.087473713

CTHartford 001 Mercury (Hg) 3 0 0.129 -2.047942875

CTHartford 001 Mercury (Hg) 1 0 0.1365 -1.991430664

CTHartford 001 Mercury (Hg) 2 0 0.1365 -1.991430664

CTHartford 001 Mercury (Hg) 3 0 0.1365 -1.991430664

VAArmyBaseNorfolk 1 Mercury (Hg) 2 ND 1 0.1457 -1.926205566

VAArmyBaseNorfolk 1 Mercury (Hg) 3 ND 1 0.05199 -2.956703887

VAArmyBaseNorfolk 1 Mercury (Hg) 4 ND 1 0.19207 -1.64989539

MNSeneca Incinerator 2 Mercury (Hg) 1 0 0.268202329 -1.316013625

MNSeneca Incinerator 2 Mercury (Hg) 2 0 0.379438959 -0.969061541

MNSeneca Incinerator 2 Mercury (Hg) 3 0 0.254502565 -1.368444365

Sample Size 99 99

Non-Detects 22 22

Averag e 0.1010 -2.38

Median 0.1000 -2.30

Standard Deviation 0.0478 0.40

Minimum 0.0302 -3.50

Maximum 0.3794 -0.97

Skewness 2.77 0.31

SE Skewness 0.25 0.25

Skewness Test Non-normal Normal

Kurtosis 12.65 1.27

SE Kurtosis 0.49 0.49

Kurtosis Test Non-normal Non-normal

99.0% t-statistic for UL 2.36 2.36

99.0% UL 0.2141 0.24

99.0% t-statistic for UPL 2.37 2.37

99.0% UPL 0.16726 0.16185

Page 6

## Attachment B-6. Variability Analysis for NOx from Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

3.99654796 MAUpperBlackstone Incinerator 3 Nitrogen Oxides (NOx) 1 0 54.41

MAUpperBlackstone Incinerator 3 Nitrogen Oxides (NOx) 2 0 79.43 4.374876131

MAUpperBlackstone Incinerator 3 Nitrogen Oxides (NOx) 3 0 71.73 4.27290907

MAUpperBlackstone 1 Nitrogen Oxides (NOx) 1 0 79.17 4.371597439

MAUpperBlackstone 1 Nitrogen Oxides (NOx) 2 0 79 4.369447852

MAUpperBlackstone 1 Nitrogen Oxides (NOx) 3 0 70.98 4.262398147

SCColumbiaMetro 1 Nitrogen Oxides (NOx) 1 0 69.5 4.241326753

SCColumbiaMetro 1 Nitrogen Oxides (NOx) 2 0 76.7 4.339901708

SCColumbiaMetro 1 Nitrogen Oxides (NOx) 3 0 107 4.672828834

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 1 0 196.058642 5.278413808

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 2 0 174.7242991 5.163209298

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 3 0 174.8641221 5.164009227

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 1 0 168.4079148 5.1263891

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 2 0 168.8330684 5.128910466

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 3 0 154.1306241 5.037800451

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 1 0 71.1 4.264087337

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 2 0 68.5 4.226833745

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 3 0 70.2 4.251348311

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 4 0 74.3 4.308110952

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 1 0 101 4.615120517

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 2 0 92.3 4.525044142

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 3 0 98 4.584967479

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 4 0 92.5 4.527208645

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 1 0 82.2 4.409155302

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 2 0 84.6 4.437934267

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 3 0 78.5 4.363098625

CACentralContraCosta MHF 1 Nitrogen Oxides (NOx) 4 0 76.8 4.34120464

NJMountainView #2 Nitrogen Oxides (NOx) 1 0 167.4896142 5.120921345

NJMountainView #2 Nitrogen Oxides (NOx) 2 0 123.9910979 4.820209772

NJMountainView #2 Nitrogen Oxides (NOx) 3 0 134.5608309 4.902016371

VABoatHarbor 1 Nitrogen Oxides (NOx) 1 0 191.9204819 5.25708113

VABoatHarbor 1 Nitrogen Oxides (NOx) 2 0 72.30808081 4.280935891

VABoatHarbor 1 Nitrogen Oxides (NOx) 3 0 111.9020202 4.717623669

VABoatHarbor 1 Nitrogen Oxides (NOx) 1 0 270.8183333 5.601448239

VABoatHarbor 1 Nitrogen Oxides (NOx) 2 0 125.5793103 4.832937514

CACentralContraCosta MHF 2 Nitrogen Oxides (NOx) 1 0 168.6610879 5.127891304

CACentralContraCosta MHF 2 Nitrogen Oxides (NOx) 2 0 169.8562368 5.134952413

CACentralContraCosta MHF 2 Nitrogen Oxides (NOx) 3 0 154.1848739 5.038152363

CACentralContraCosta MHF 2 Nitrogen Oxides (NOx) 1 0 168.3617978 5.126115222

CACentralContraCosta MHF 2 Nitrogen Oxides (NOx) 2 0 178.8446389 5.18651749

CACentralContraCosta MHF 2 Nitrogen Oxides (NOx) 3 0 194.0464602 5.268097616

MNSeneca Incinerator 1 Nitrogen Oxides (NOx) 1 0 216 5.375278408

MNSeneca Incinerator 1 Nitrogen Oxides (NOx) 2 0 220 5.393627546

MNSeneca Incinerator 1 Nitrogen Oxides (NOx) 3 0 222 5.402677382

Sample Size 44 44

Non-Detects 0 0

Average 127.40 4.76

Median 109.45 4.70

Standard Deviation 55.37 0.43

Minimum 54.41 4.00

Maximum 270.82 5.60

Skewness 0.59 0.14

SE Skewness 0.37 0.37

Skewness Test Normal Normal

Kurtosis -0.69 -1.40

SE Kurtosis 0.74 0.74

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.41 2.41

99.0% UL 261.08 331.25

99.0% t-statistic for UPL 2.42 2.42

99.0% UPL 207.23 217.24

Page 7

### Attachment B-7. Variability Analysis for SO2 from Existing MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

0.815364813 MAUpperBlackstone 1 Sulfur Dioxide (SO2) 1 0 2.26

MAUpperBlackstone 1 Sulfur Dioxide (SO2) 2 0 0.31 -1.171182982

MAUpperBlackstone 1 Sulfur Dioxide (SO2) 3 0 1.03 0.029558802

INBelmontNorth 4 Sulfur Dioxide (SO2) 1 0 0.85625 -0.155192889

INBelmontNorth 4 Sulfur Dioxide (SO2) 2 0 2 0.693147181

INBelmontNorth 4 Sulfur Dioxide (SO2) 3 0 1.851351351 0.615915833

INBelmontNorth 4 Sulfur Dioxide (SO2) 1 0 0.951388889 -0.049832374

INBelmontNorth 4 Sulfur Dioxide (SO2) 2 0 2 0.693147181

INBelmontNorth 4 Sulfur Dioxide (SO2) 3 0 2.869594595 1.054170764

MAUpperBlackstone Incinerator 3 Sulfur Dioxide (SO2) 1 0 1.67 0.512823626

MAUpperBlackstone Incinerator 3 Sulfur Dioxide (SO2) 2 0 3.53 1.261297871

MAUpperBlackstone Incinerator 3 Sulfur Dioxide (SO2) 3 0 2.89 1.061256502

CACentralContraCosta MHF 2 Sulfur Dioxide (SO2) 1 0 2.907949791 1.067448294

CACentralContraCosta MHF 2 Sulfur Dioxide (SO2) 2 0 2.938689218 1.077963638

CACentralContraCosta MHF 2 Sulfur Dioxide (SO2) 3 0 2.920168067 1.071641172

CACentralContraCosta MHF 2 Sulfur Dioxide (SO2) 1 0 3.123595506 1.138984744

CACentralContraCosta MHF 2 Sulfur Dioxide (SO2) 2 0 4.562363239 1.517840743

CACentralContraCosta MHF 2 Sulfur Dioxide (SO2) 3 0 3.997787611 1.385741111

INBelmontNorth 3 Sulfur Dioxide (SO2) 1 0 9.1 2.208274414

INBelmontNorth 3 Sulfur Dioxide (SO2) 2 0 2.249253731 0.810598486

INBelmontNorth 3 Sulfur Dioxide (SO2) 3 0 14.63835616 2.683645218

INBelmontNorth 3 Sulfur Dioxide (SO2) 1 0 0.9 -0.105360516

INBelmontNorth 3 Sulfur Dioxide (SO2) 2 0 2.249253731 0.810598486

INBelmontNorth 3 Sulfur Dioxide (SO2) 3 0 3.94109589 1.371458829

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 1 0 2.54 0.932164081

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 1 ND 1 10.7 2.370243741

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 2 ND 1 10.8 2.379546134

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 3 ND 1 10.6 2.360854001

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 1 ND 1 4.23 1.442201993

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 2 ND 1 22.1 3.095577609

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 3 ND 1 10.1 2.312535424

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 2 0 2.54 0.932164081

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 3 0 2.63 0.966983846

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 4 0 3.31 1.196948189

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 1 0 2.82 1.036736885

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 2 0 3.74 1.319085611

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 3 0 3.14 1.1442228

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 4 0 3.79 1.332366019

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 1 0 3.09 1.128171091

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 2 0 4.31 1.460937904

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 3 0 2.72 1.00063188

CACentralContraCosta MHF 1 Sulfur Dioxide (SO2) 4 0 2.85 1.047318994

SCColumbiaMetro 1 Sulfur Dioxide (SO2) 1 0 10.5 2.351375257

SCColumbiaMetro 1 Sulfur Dioxide (SO2) 2 0 5.57 1.717395054

SCColumbiaMetro 1 Sulfur Dioxide (SO2) 3 0 7.91 2.068127782

NJMountainView #2 Sulfur Dioxide (SO2) 1 0 8.333827893 2.120322882

NJMountainView #2 Sulfur Dioxide (SO2) 2 0 9.756676558 2.277951826

NJMountainView #2 Sulfur Dioxide (SO2) 3 0 9.756676558 2.277951826

MNSeneca Incinerator 1 Sulfur Dioxide (SO2) 1 0 19 2.944438979

MNSeneca Incinerator 1 Sulfur Dioxide (SO2) 2 0 17.7 2.87356464

MNSeneca Incinerator 1 Sulfur Dioxide (SO2) 3 0 18 2.890371758

INBelmontNorth 2 Sulfur Dioxide (SO2) 1 0 24.41823529 3.195330201

INBelmontNorth 2 Sulfur Dioxide (SO2) 2 0 21.47806452 3.067032159

INBelmontNorth 2 Sulfur Dioxide (SO2) 3 0 25.25421687 3.228993146

INBelmontNorth 2 Sulfur Dioxide (SO2) 1 0 22.00058824 3.091069191

INBelmontNorth 2 Sulfur Dioxide (SO2) 2 0 25.63225806 3.243851639

INBelmontNorth 2 Sulfur Dioxide (SO2) 3 0 24.5939759 3.202501531

INBelmontNorth 1 Sulfur Dioxide (SO2) 1 0 23.37514124 3.151673118

INBelmontNorth 1 Sulfur Dioxide (SO2) 2 0 34.0137931 3.526766122

INBelmontNorth 1 Sulfur Dioxide (SO2) 3 0 18.07234043 2.894382616

INBelmontNorth 1 Sulfur Dioxide (SO2) 1 0 19.81468927 2.986423545

INBelmontNorth 1 Sulfur Dioxide (SO2) 2 0 23.80965517 3.170091178

INBelmontNorth 1 Sulfur Dioxide (SO2) 3 0 40.32269504 3.696914463

Sample Size

Non-Detects

Average

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL

Page 8 63 63

6 6

9.38 1.71

4.00 1.39

9.41 1.09

0.31 -1.17

40.32 3.70

1.28 -0.07

0.31 0.31

Non-normal Normal

0.91 -0.61

0.62 0.62

Normal Normal

2.39 2.39

31.85 74.12

2.39 2.39

22.66 25.67

# Attachment C

Detailed MACT Floor Analysis for All New Sources for Cd, Pb, Hg, HCl, SO 2 

# , NO

x 

# , and CO

## Attachment C-1. Variability Analysis for All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-8.979228651 NCTZOsborne ES-1 Cadmium (Cd) 1 ADL 0 0.000126

NCTZOsborne ES-1 Cadmium (Cd) 2 ADL 0 0.000157 -8.759264753

NCTZOsborne ES-1 Cadmium (Cd ) 3 ADL 0 0.000241 -8.330713624

Sample Size 3 3

Non-detects 0 0

Averag e 0.00017 -8.69

Median 0.00016 -8.76

Standard Deviation 0.00006 0.33

Minimum 0.00013 -8.98

Maximum 0.0002 4 -8.33

Skewness 1.22 0.91

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

99.0% t-statistic for U L 4.54 4.54

99.0% U L 0.000 4 0.00

99.0% t-statistic for UP L 6.96 6.96

99.0% UP L 0.0005 0.0011

Page 1

## Attachment C-2. Variability Analysis for CO From All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

1.403642999 MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 1 0 4.07

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 2 0 4.55 1.515127233

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 3 0 4.63 1.532556868

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 1 0 0.6 -0.510825624

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 2 0 1.2 0.182321557

MIYpsilanti EU-FBSSI Carbon Monoxide (CO ) 3 0 0.8 -0.223143551

Sample Size 6 6

Non-detects 0 0

Averag e 2.64 0.65

Median 2.64 0.79

Standard Deviation 1.96 0.94

Minimum 0.60 -0.51

Maximum 4.63 1.53

Skewness 0.00 -0.20

SE Skewness 1.00 1.00

Skewness Test Normal Normal

Kurtosis -3.13 -2.73

SE Kurtosis 2.00 2.00

Kurtosis Test Normal Normal

99.0% t-statistic for U L 3.14 3.14

99.0% U L 8.81 36.82

99.0% t-statistic for UP L 3.36 3.36

99.0% UP L 7.31 17.96

Page 2

## Attachment C-3. Variability Analysis for HCl from All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-3.338222583 NCTZOsborne ES-1 Hydrogen Chloride (HCl) 1 BDL 1 0.0355

NCTZOsborne ES-1 Hydrogen Chloride (HCl) 2 BDL 1 0.0369 -3.299543728

NCTZOsborne ES-1 Hydrogen Chloride (HCl ) 3 BDL 1 0.0603 -2.808423175

Sample Size

Non-detects

Averag e

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% U L

99.0% t-statistic for UPL

99.0% UP L

3x highest DL less than average 3 3

3 3

0.04 -3.15

0.04 -3.30

0.01 0.30

0.04 -3.34

0.06 -2.81

1.71 1.70

1.41 1.41

Normal Normal

#DIV/0! #DIV/0!

2.83 2.83

#DIV/0! #DIV/0!

4.54 4.54

0.11 0.16

6.96 6.96

0.12 0.23

0.1107

Page 3

## Attachment C-4. Variability Analysis for Pb From All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-8.195109692 NCTZOsborne ES-1 Lead (Pb) 1 ADL 0 0.000276

NCTZOsborne ES-1 Lead (Pb) 2 ADL 0 0.000351 -7.954724334

NCTZOsborne ES-1 Lead (Pb) 3 A DL 0 0.000313 -8.069307367

Sample Size

Non-detects

Averag e

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL 3 3

0 0

0.00031 -8.07

0.00031 -8.07

0.00004 0.12

0.00028 -8.20

0.00035 -7.95

0.04 -0.14

1.41 1.41

Normal Normal

#DIV/0! #DIV/0!

2.83 2.83

#DIV/0! #DIV/0!

4.54 4.54

0.0005 0.00

6.96 6.96

0.0005 0.0006

Page 4

## Attachment C-5. Variability Analysis for Hg From All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-8.976346805 MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000126364

MNStPaulMetro FBR3 Mercury (Hg) 2 0 5.94017E-05 -9.731187554

MNStPaulMetro FBR3 Mercury (Hg) 3 0 6.09649E-05 -9.705212068

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000277626 -8.189235205

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000307123 -8.088263297

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000247054 -8.305902906

MNStPaulMetro FBR3 Mercury (Hg) 1 0 7.94286E-05 -9.440652413

MNStPaulMetro FBR3 Mercury (Hg) 2 0 7.94286E-05 -9.440652413

MNStPaulMetro FBR3 Mercury (Hg) 3 0 6.31818E-05 -9.669493985

MNStPaulMetro FBR3 Mercury (Hg) 1 0 6.46512E-05 -9.646504467

MNStPaulMetro FBR3 Mercury (Hg) 2 0 4.86014E-05 -9.93185825

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.0000556 -9.797327357

MNStPaulMetro FBR3 Mercury (Hg) 1 ND 1 0.00006556 -9.632544804

MNStPaulMetro FBR3 Mercury (Hg) 2 ND 1 0.00006435 -9.651173624

MNStPaulMetro FBR3 Mercury (Hg) 3 ND 1 0.000063181 -9.669506935

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000571409 -7.46740616

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000630965 -7.36825996

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000527206 -7.547919188

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.001052429 -6.85665486

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.001560702 -6.462619716

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.001369559 -6.593266618

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000273248 -8.205131251

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000297009 -8.121749642

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000317018 -8.056553442

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000258319 -8.261316913

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000296019 -8.125088543

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000256053 -8.270127543

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000446786 -7.713431465

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000216789 -8.43658607

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000290087 -8.14532983

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000190784 -8.564367016

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000110099 -9.114130507

MNStPaulMetro FBR3 Mercury (Hg) 3 0 9.50427E-05 -9.261183925

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000851935 -7.067999757

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000672581 -7.304388535

MNStPaulMetro FBR3 Mercury (Hg ) 3 0 0.001020081 -6.887873591

Sample Size 36 36

Non-detects 3 3

Averag e 0.00036 -8.44

Median 0.00026 -8.27

Standard Deviation 0.00038 1.04

Minimum 0.00005 -9.93

Maximum 0.00156 -6.46

Skewness 1.73 0.19

SE Skewness 0.41 0.41

Skewness Tes t Non-normal Normal

Kurtosis 2.57 -1.10

SE Kurtosis 0.82 0.82

Kurtosis Tes t Non-normal Normal

99.0% t-statistic for U L 2.43 2.43

99.0% UL 0.0013 0.00

99.0% t-statistic for UPL 2.44 2.44

99.0% UPL 0.0009 0.0010

Page 5

## Attachment C-6. Variability Analysis for NOx from All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

2.587764035 NCTZOsborne ES-1 Nitrogen Oxides (NOx) 1 0 13.3

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 2 0 16.9 2.827313622

NCTZOsborne ES-1 Nitrogen Oxides (NOx ) 3 0 14.5 2.674148649

Sample Size 3 3

Non-detects 0 0

Averag e 14.90 2.70

Median 14.50 2.67

Standard Deviation 1.83 0.12

Minimum 13.30 2.59

Maximum 16.90 2.83

Skewness 0.94 0.80

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

99.0% t-statistic for U L 4.54 4.54

99.0% U L 23.22 25.72

99.0% t-statistic for UP L 6.96 6.96

99.0% UP L 25.32 29.56

Page 6

## Attachment C-7. Variability Analysis for SO2 from All New Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 1 0 0.556436421 -0.586202363

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 2 0 0.88303438 -0.124391144

MNStPaulMetro FBR1 Sulfur Dioxide (SO2 ) 3 0 0.410370931 -0.89069381 8

Sample Size 3 3

Non-detects 0 0

Average 0.62 -0.53

Median 0.56 -0.59

Standard Deviation 0.24 0.39

Minimum 0.41 -0.89

Maximum 0.88 -0.12

Skewness 1.05 0.60

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.54 4.54

99.0% UL 1.72 3.38

99.0% t-statistic for UPL 6.96 6.96

99.0% UPL 1.99 5.26

Page 7

# Attachment D

Detailed MACT Floor Analysis for New and Existing FB and MH Sources

PM filterable and PM2.5

### Attachment D-1. Variability Analysis for PMfilterable from Existing MH Units

FacilityID Site id Unit ID Unit

Type Test

Run Pollutant

Value Pollutant Unit Ln-transformed Da t Flag ND

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 1 MH 1-P-1 33.76 mg/dscm @7%O2 3.519363317 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 1 MH 1-P-2 41.11 mg/dscm @7%O2 3.716316536 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 1 MH 1-P-3 44.49 mg/dscm @7%O2 3.795197787 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 2 MH 2-P-1 42.53 mg/dscm @7%O2 3.750309883 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 2 MH 2-P-2 40.52 mg/dscm @7%O2 3.701796612 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 2 MH 2-P-3 37.87 mg/dscm @7%O2 3.634078438 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 3 MH 3-P-1 38.90 mg/dscm @7%O2 3.661049554 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 3 MH 3-P-2 30.40 mg/dscm @7%O2 3.414604615 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 3 MH 3-P-3 32.24 mg/dscm @7%O2 3.473148071 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 4 MH 4-P-1 15.25 mg/dscm @7%O2 2.724613671 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 4 MH 4-P-2 18.31 mg/dscm @7%O2 2.907277752 0

Belmont Advanced Wastewater Treatment Plant Shaw PN 132250-01 

### 4 MH 4-P-3 19.08 mg/dscm @7%O2 2.948899427 0

CACentralContraCosta MHF 1 MH 1 19.1 mg/dscm @7%O2 2.949688335 ADL 0

CACentralContraCosta MHF 1 MH 2 20.6 mg/dscm @7%O2 3.025291076 ADL 0

CACentralContraCosta MHF 1 MH 3 21.4 mg/dscm @7%O2 3.063390922 ADL 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #1 (S-9) 

### MH 1 41.72 mg/dscm @7%O2 3.731070704 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #1 (S-9) 

### MH 2 39.64 mg/dscm @7%O2 3.679748474 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #1 (S-9) 

### MH 3 20.40 mg/dscm @7%O2 3.015344526 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #1 (S-9) 

### MH 1 40.18 mg/dscm @7%O2 3.693466733 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #1 (S-9) 

### MH 2 40.46 mg/dscm @7%O2 3.700205521 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #1 (S-9) 

### MH 3 39.24 mg/dscm @7%O2 3.669720129 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #2 (S-10) 

### MH 1 25.95 mg/dscm @7%O2 3.256261057 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #2 (S-10) 

### MH 2 26.90 mg/dscm @7%O2 3.292094209 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #2 (S-10) 

### MH 3 20.05 mg/dscm @7%O2 2.998089671 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #2 (S-10) 

### MH 1 28.59 mg/dscm @7%O2 3.353115315 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #2 (S-10) 

### MH 2 23.66 mg/dscm @7%O2 3.163987277 0

Central Contra Costa Sanitary District BAAQMD Plant #A0907 Furnace #2 (S-10) 

### MH 3 29.56 mg/dscm @7%O2 3.386297582 0

City of Columbia Metro Wastewater Treatment Plant permit 1900-0021-CB Incinerator #1 

### MH 1 15.42 mg/dscm @7%O2 2.735896135 0

City of Columbia Metro Wastewater Treatment Plant permit 1900-0021-CB Incinerator #1 

### MH 2 18.55 mg/dscm @7%O2 2.920488425 0

City of Columbia Metro Wastewater Treatment Plant permit 1900-0021-CB Incinerator #1 

### MH 3 18.82 mg/dscm @7%O2 2.935058375 0

City of Columbia Metro Wastewater Treatment Plant permit 1900-0021-CB Incinerator #2 

### MH 1 16.02 mg/dscm @7%O2 2.773759229 0

City of Columbia Metro Wastewater Treatment Plant permit 1900-0021-CB Incinerator #2 

### MH 2 12.02 mg/dscm @7%O2 2.486738975 0

City of Columbia Metro Wastewater Treatment Plant permit 1900-0021-CB Incinerator #2 

### MH 3 15.84 mg/dscm @7%O2 2.762797147 0

Hampton Roads Sanitation District Army Base Army Base 

### MH 1 72.26 mg/dscm @7%O2 4.280211653 0

Hampton Roads Sanitation District Army Base Army Base 

### MH 2 78.61 mg/dscm @7%O2 4.36445496 0

Hampton Roads Sanitation District Army Base Army Base 

### MH 3 94.64 mg/dscm @7%O2 4.550072829 0

Hampton Roads Sanitation District Army Base Army Base 

### MH 1 60.89 mg/dscm @7%O2 4.109069608 0

Hampton Roads Sanitation District Army Base Army Base 

### MH 2 63.62 mg/dscm @7%O2 4.152872231 0

Hampton Roads Sanitation District Army Base Army Base 

### MH 3 63.06 mg/dscm @7%O2 4.144061601 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 1 45.33 mg/dscm @7%O2 3.813896864 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 2 55.09 mg/dscm @7%O2 4.008978051 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 3 55.30 mg/dscm @7%O2 4.012725599 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 1 124.20 mg/dscm @7%O2 4.82192186 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 2 89.06 mg/dscm @7%O2 4.489344468 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 3 45.03 mg/dscm @7%O2 3.807267511 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 1 45.99 mg/dscm @7%O2 3.828376185 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 2 28.92 mg/dscm @7%O2 3.364414871 0

Hampton Roads Sanitation District Boat Harbor Boat Harbor 

### MH 3 32.13 mg/dscm @7%O2 3.469775386 0

Hampton Roads Sanitation District Chesapeake Chesapeak-Elizabeth City 

### MH 2 48.90 mg/dscm @7%O2 3.889681179 0

Hampton Roads Sanitation District Chesapeake Chesapeak-Elizabeth City 

### MH 3 46.64 mg/dscm @7%O2 3.842375481 0

Hampton Roads Sanitation District Chesapeake Chesapeak-Elizabeth City 

### MH 4 70.58 mg/dscm @7%O2 4.256803154 0

Hampton Roads Sanitation District VIP Facility VIP Facility 

### MH 1 47.11 mg/dscm @7%O2 3.852531762 0

Hampton Roads Sanitation District VIP Facility VIP Facility 

### MH 2 27.91 mg/dscm @7%O2 3.328885449 0

Hampton Roads Sanitation District VIP Facility VIP Facility 

### MH 3 37.16 mg/dscm @7%O2 3.615209953 0

Hampton Roads Sanitation District VIP Facility VIP Facility 

### MH 1 43.86 mg/dscm @7%O2 3.781045482 0

Hampton Roads Sanitation District VIP Facility VIP Facility 

### MH 2 27.71 mg/dscm @7%O2 3.321941348 0

Hampton Roads Sanitation District VIP Facility VIP Facility 

### MH 3 52.90 mg/dscm @7%O2 3.968443192 0

Hampton Roads Sanitation District Williamsburg Williamsburg 

### MH 1 34.07 mg/dscm @7%O2 3.528323367 0

Hampton Roads Sanitation District Williamsburg Williamsburg 

### MH 2 28.54 mg/dscm @7%O2 3.351184882 0

Hampton Roads Sanitation District Williamsburg Williamsburg 

### MH 3 24.03 mg/dscm @7%O2 3.179423085 0

Hampton Roads Sanitation District Williamsburg Williamsburg 

### MH 1 49.65 mg/dscm @7%O2 3.905036067 0

Hampton Roads Sanitation District Williamsburg Williamsburg 

### MH 2 56.75 mg/dscm @7%O2 4.038583085 0

Hampton Roads Sanitation District Williamsburg Williamsburg 

### MH 3 48.47 mg/dscm @7%O2 3.880938515 0

Seneca Wastewater Treatment Plant EU 001 

### MH 1 70.31 mg/dscm @7%O2 4.25295569 0

Seneca Wastewater Treatment Plant EU 001 

### MH 2 74.90 mg/dscm @7%O2 4.316197287 0

Seneca Wastewater Treatment Plant EU 001 

### MH 3 85.83 mg/dscm @7%O2 4.452388761 0

Seneca Wastewater Treatment Plant EU 001 

### MH 1 88.68 mg/dscm @7%O2 4.485006066 0

Seneca Wastewater Treatment Plant EU 001 

### MH 2 83.01 mg/dscm @7%O2 4.418981818 0

Seneca Wastewater Treatment Plant EU 001 

### MH 3 69.80 mg/dscm @7%O2 4.245653964 0

Seneca Wastewater Treatment Plant EU 002 

### MH 1 69.49 mg/dscm @7%O2 4.241164838 0

Seneca Wastewater Treatment Plant EU 002 

### MH 2 75.36 mg/dscm @7%O2 4.322290383 0

Seneca Wastewater Treatment Plant EU 002 

### MH 3 81.62 mg/dscm @7%O2 4.402088023 0

Seneca Wastewater Treatment Plant EU 002 

### MH 1 80.46 mg/dscm @7%O2 4.387711822 0

Seneca Wastewater Treatment Plant EU 002 

### MH 2 73.99 mg/dscm @7%O2 4.303912488 0

Seneca Wastewater Treatment Plant EU 002 

### MH 3 67.15 mg/dscm @7%O2 4.206939452 0

Seneca Wastewater Treatment Plant EU 002 

### MH 1 80.51 mg/dscm @7%O2 4.388438302 0

Seneca Wastewater Treatment Plant EU 002 

### MH 2 79.78 mg/dscm @7%O2 4.379289108 0

Seneca Wastewater Treatment Plant EU 002 

### MH 3 77.11 mg/dscm @7%O2 4.345244124 0

Township of Wayne APC Plant # 30436 Incinerator # 2 PCP 990001 

### MH 1 0.82 mg/dscm @7%O2 -0.19611455 0

Township of Wayne APC Plant # 30436 Incinerator # 2 PCP 990001 

### MH 2 5.57 mg/dscm @7%O2 1.716563456 0

Township of Wayne APC Plant # 30436 Incinerator # 2 PCP 990001 

### MH 3 5.41 mg/dscm @7%O2 1.68901899 0

Upper Blackstone Water Pollution Abatement District UBWPAD Millbury EU-1 

### MH 1 1.99 mg/dscm @7%O2 0.685956188 0

Upper Blackstone Water Pollution Abatement District UBWPAD Millbury EU-1 

### MH 2 0.55 mg/dscm @7%O2 -0.603268982 0

### Attachment D-1. Variability Analysis for PMfilterable from Existing MH Units

FacilityID Site id Unit ID Unit

Type Test

Run Pollutant

Value Pollutant Unit Ln-transformed Da t Flag ND

Upper Blackstone Water Pollution Abatement District UBWPAD Millbury EU-1 

### MH 3 2.73 mg/dscm @7%O2 1.002989278 0

Upper Blackstone Water Pollution Abatement District UBWPAD Millbury EU-2 

### MH 1 2.08 mg/dscm @7%O2 0.730046232 0

Upper Blackstone Water Pollution Abatement District UBWPAD Millbury EU-2 

### MH 2 0.50 mg/dscm @7%O2 -0.699980063 0

Upper Blackstone Water Pollution Abatement District UBWPAD Millbury EU-2 

### MH 2 1.05 mg/dscm @7%O2 0.047884916 0

MH

EG 

### Sample Size

Method 5 

### Non-Detects

Average

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL 87 87



### 0 0



### 42.59 3.38



### 40.18 3.69



### 26.70 1.15



### 0.50 -0.70



### 124.20 4.82



### 0.46 -1.98



### 0.26 0.26



### Normal Normal



### -0.26 3.99



### 0.53 0.53



### Normal Non-normal



### 2.37 2.37



### 105.88 449.69



### 2.37 2.37



### 79.77 146.03

## Attachment D-2. Variability Analysis for PMfilterable From Existing FB Units

FacilityID Site id Unit ID Test

Run Pollutant

Value Pollutant Unit Ln-transformed Da t Flag ND

NCTZOsborne ES-1 1 1.9 mg/dscm @7%O2 0.641853886 ADL 0

NCTZOsborne ES-1 2 1.84 mg/dscm @7%O2 0.609765572 ADL 0

NCTZOsborne ES-1 3 3.99 mg/dscm @7%O2 1.383791231 ADL 0

Ypsilanti Community Utilit i Michigan PTI AQD No. 6 8 EU-FBSSI-M29-1 

## 1 3.53 mg/dscm @7%O2 1.262500473 0

Ypsilanti Community Utilit i Michigan PTI AQD No. 6 8 EU-FBSSI-M29-2 

## 2 2.57 mg/dscm @7%O2 0.944965437 0

Ypsilanti Community Utilit i Michigan PTI AQD No. 6 8 EU-FBSSI-M29-3 

## 3 2.52 mg/dscm @7%O2 0.92314639 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 1.73 mg/dscm @7%O2 0.551004154 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 0.76 mg/dscm @7%O2 -0.269976398 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 1.28 mg/dscm @7%O2 0.248881397 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 1 3.70 mg/dscm @7%O2 1.307962847 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 2 3.48 mg/dscm @7%O2 1.246752116 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 3 4.72 mg/dscm @7%O2 1.552133766 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 3.44 mg/dscm @7%O2 1.235101499 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 4.43 mg/dscm @7%O2 1.487381644 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 2.97 mg/dscm @7%O2 1.086935699 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 4.40 mg/dscm @7%O2 1.480754039 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 3.18 mg/dscm @7%O2 1.157139957 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 3.98 mg/dscm @7%O2 1.380283509 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 1.34 mg/dscm @7%O2 0.29003947 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 2.17 mg/dscm @7%O2 0.776992657 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 1.37 mg/dscm @7%O2 0.315572772 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 1 10.32 mg/dscm @7%O2 2.334444515 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 2 2.73 mg/dscm @7%O2 1.002989278 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 3 7.36 mg/dscm @7%O2 1.996139015 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 3.63 mg/dscm @7%O2 1.288475959 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 5.25 mg/dscm @7%O2 1.658748926 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 2.58 mg/dscm @7%O2 0.947419426 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 0.12 mg/dscm @7%O2 -2.141715779 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 0.12 mg/dscm @7%O2 -2.115276634 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 0.05 mg/dscm @7%O2 -2.91756863 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 0.42 mg/dscm @7%O2 -0.856095006 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 0.30 mg/dscm @7%O2 -1.202140479 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 0.27 mg/dscm @7%O2 -1.307873152 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 0.06 mg/dscm @7%O2 -2.742000422 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 0.06 mg/dscm @7%O2 -2.733863681 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 0.10 mg/dscm @7%O2 -2.349958334 0

FB

EG

Method 5 

## Sample Size

Non-Detects 36

0 36

0



## Average

Median 2.57

2.54 0.29

0.93



## Standard Deviation 2.22 1.49



## Minimum 0.05 -2.92



## Maximum 10.32 2.33



## Skewness 1.34 -1.03



## SE Skewness 0.41 0.41



## Skewness Test Non-normal Normal



## Kurtosis 3.07 -0.20



## SE Kurtosis 0.82 0.82



## Kurtosis Test Non-normal Normal



## 99.0% t-statistic for UL 2.43 2.43



## 99.0% UL 7.99 50.63



## 99.0% t-statistic for UPL 2.44 2.44



## 99.0% UPL 5.83 11.91

## Attachment D-3. Variability Analysis for PMfilterable From All New Units

FacilityID Site id Unit ID Test

Run Pollutant

Value Pollutant Unit Ln-transformed Da t Flag ND

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 0.42 mg/dscm @7%O2 -0.856095006 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 0.30 mg/dscm @7%O2 -1.202140479 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 0.27 mg/dscm @7%O2 -1.307873152 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 0.06 mg/dscm @7%O2 -2.742000422 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 0.06 mg/dscm @7%O2 -2.733863681 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 0.10 mg/dscm @7%O2 -2.349958334 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 3.44 mg/dscm @7%O2 1.235101499 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 4.43 mg/dscm @7%O2 1.487381644 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 2.97 mg/dscm @7%O2 1.086935699 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 1.34 mg/dscm @7%O2 0.29003947 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 2.17 mg/dscm @7%O2 0.776992657 0

Metropolitan Wastewater Treatment Plant MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 1.37 mg/dscm @7%O2 0.315572772 0

FB 

## Sample Size

NSPS 

## Non-Detects

Method 5 

## Average

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL 12 12

0 0

1.41 -0.50

0.88 -0.28

1.51 1.57

0.06 -2.74

4.43 1.49

0.92 -0.27

0.71 0.71

Normal Normal

-0.41 -1.52

1.41 1.41

Normal Normal

2.68 2.68

5.46 40.81

2.72 2.72

4.06 9.53

## Attachment D-4. Variability Analysis For PM2.5 From All New Units and Existing FB Units

Pollutant FacilityID Unit ID Unit

Type Test Date Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed Unit average Flag ND

PM (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 6.81 mg/dscm @7%O2 6.038 1.798072831 

## 4.826 ADL 0

PM (Inorg Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 3.27 mg/dscm @7%O2 A DL 0

PM (Org Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 2.45 mg/dscm @7%O2 A DL 0

PM10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 3.63 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 0.318 mg/dscm @7%O2 A DL 0

PM2.5-10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 1.14 mg/dscm @7%O2 A DL 0

PM (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 3.53 mg/dscm @7%O2 4.8 1.568615918 DLL 1

PM (Inorg Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 2.95 mg/dscm @7%O2 A DL 0

PM (Org Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 1.85 mg/dscm @7%O2 A DL 0

PM10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 0.44 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 -0.044 mg/dscm @7%O2 BDL 1

PM2.5-10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 -0.176 mg/dscm @7%O2 BDL 1

PM (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 3.59 mg/dscm @7%O2 3.64 1.291983682 DLL 1

PM (Inorg Cond) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 1.99 mg/dscm @7%O2 A DL 0

PM (Org Cond) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 1.65 mg/dscm @7%O2 A DL 0

PM10 (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 -0.141 mg/dscm @7%O2 BDL 1

PM2.5 (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 -0.141 mg/dscm @7%O2 BDL 1

PM2.5-10 (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 -0.141 mg/dscm @7%O2 BDL 1

Filterable PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 1 0.494 mg/dscm @7%O2 2.09 0.737164066 

## 1.723 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 1 0.764 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 1 0.592 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 1 2.09 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 2 0.654 mg/dscm @7%O2 1.3 0.262364264 DLL 1

PM (Inorg Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 2 0.187 mg/dscm @7%O2 BDL 1

PM (Org Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 2 0.233 mg/dscm @7%O2 BDL 1

Total PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 2 1.3 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR1 FB 09-Feb-10 1 3 0.448 mg/dscm @7%O2 1.78 0.576613364 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR1 FB 09-Feb-10 1 3 0.695 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR1 FB 09-Feb-10 1 3 0.404 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR1 FB 09-Feb-10 1 3 1.78 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR2 FB 09-Feb-10 1 1 0.46 mg/dscm @7%O2 1.22 0.198850859 

## 1.57 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR2 FB 09-Feb-10 1 1 0.391 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR2 FB 09-Feb-10 1 1 0.368 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR2 FB 09-Feb-10 1 1 1.22 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 2 0.457 mg/dscm @7%O2 1.39 0.329303747 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 2 0.71 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 2 0.229 mg/dscm @7%O2 BDL 1

Total PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 2 1.39 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 3 0.695 mg/dscm @7%O2 2.1 0.741937345 DLL 1

PM (Inorg Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 3 0.58 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 3 0.834 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 3 2.1 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 1 0.469 mg/dscm @7%O2 1.55 0.438254931 

## 1.45 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 1 0.844 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 1 0.235 mg/dscm @7%O2 BDL 1

Total PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 1 1.55 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 2 0.438 mg/dscm @7%O2 1.28 0.246860078 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 2 0.197 mg/dscm @7%O2 BDL 1

PM (Org Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 2 0.656 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 2 1.28 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR3 FB 12-Feb-10 1 3 0.59 mg/dscm @7%O2 1.52 0.418710335 DLL 1

PM (Inorg Cond) MNStPaulMetro FBR3 FB 12-Feb-10 1 3 0.43 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR3 FB 12-Feb-10 1 3 0.498 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR3 FB 12-Feb-10 1 3 1.52 mg/dscm @7%O2 DLL 1

PM (filterable) NCTZOsborne ES-1 FB 19-Jan-10 1 1 1.9 mg/dscm @7%O2 8.283 2.114205222 

## 11.158 ADL 0

PM (Inorg Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 1 3.55 mg/dscm @7%O2 A DL 0

PM (Org Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 1 4.24 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) NCTZOsborne ES-1 FB 20-Jan-10 1 1 0.493 mg/dscm @7%O2 A DL 0

PM (filterable) NCTZOsborne ES-1 FB 19-Jan-10 1 2 1.84 mg/dscm @7%O2 10.58 2.358965426 ADL 0

PM (Inorg Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 2 3.11 mg/dscm @7%O2 A DL 0

PM (Org Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 2 4.56 mg/dscm @7%O2 A DL 0

## Attachment D-4. Variability Analysis For PM2.5 From All New Units and Existing FB Units

Pollutant FacilityID Unit ID Unit

Type Test Date Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed Unit average Flag ND

PM2.5 (filterable) NCTZOsborne ES-1 FB 20-Jan-10 1 2 2.91 mg/dscm @7%O2 A DL 0

PM (filterable) NCTZOsborne ES-1 FB 20-Jan-10 1 3 3.99 mg/dscm @7%O2 14.61 2.681706226 ADL 0

PM (Inorg Cond) NCTZOsborne ES-1 FB 21-Jan-10 1 3 3.53 mg/dscm @7%O2 A DL 0

PM (Org Cond) NCTZOsborne ES-1 FB 21-Jan-10 1 3 7.83 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) NCTZOsborne ES-1 FB 21-Jan-10 1 3 3.25 mg/dscm @7%O2 A DL 0

FB EG

method 27/28 

## Sample Size

Non-Detects

Average

Median 15

11

4.15

2.09 15

11

1.05

0.74

Standard Deviation 4.07 0.85

Minimum 1.22 0.20

Maximum 14.61 2.68

Skewness 1.62 0.77

SE Skewness 0.63 0.63

Skewness Test Non-normal Normal

Kurtosis 1.99 -0.89

SE Kurtosis 1.26 1.26

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.60 2.60

99.0% UL 14.75 26.07

99.0% t-statistic for UPL 2.62 2.62

99.0% UPL 10.91 11.71

FB All New Units 

## Sample Size

Non-Detects 3

3 3

3

method 27/28 

## Average

Median 1.45

1.52 0.37

0.42

Standard Deviation 0.15 0.11

Minimum 1.28 0.25

Maximum 1.55 0.44

Skewness -1.65 -1.67

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis

SE Kurtosis #DIV/0!

2.83 #DIV/0!

2.83

Kurtosis Test

99.0% t-statistic for UL #DIV/0!

4.54 #DIV/0!

4.54

99.0% UL 2.12 2.33

99.0% t-statistic for UPL 6.96 6.96

99.0% UPL 2.29 2.63

## Attachment D-5. Variability Analysis for PM2.5 From Existing MH Units

Pollutant FacilityID Unit ID Unit

Type Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed Da t Unit average Flag ND

PM (filterable) CACentralContraCosta MHF 1 MH 1 1 19.1 mg/dscm @7%O2 19.9 2.990719732 21.067 A DL 0

PM (Inorg Cond) CACentralContraCosta MHF 1 MH 1 1 2.26 mg/dscm @7%O2 A DL 0

PM (Org Cond) CACentralContraCosta MHF 1 MH 1 1 0 mg/dscm @7%O2 BDL 1

PM2.5 (filterable) CACentralContraCosta MHF 1 MH 1 1 17.6 mg/dscm @7%O2 A DL 0

PM2.5 (Total) CACentralContraCosta MHF 1 MH 1 1 19.9 mg/dscm @7%O2 A DL 0

PM (filterable) CACentralContraCosta MHF 1 MH 1 2 20.6 mg/dscm @7%O2 22.6 3.117949906 A DL 0

PM (Inorg Cond) CACentralContraCosta MHF 1 MH 1 2 3.38 mg/dscm @7%O2 A DL 0

PM (Org Cond) CACentralContraCosta MHF 1 MH 1 2 0 mg/dscm @7%O2 BDL 1

PM2.5 (filterable) CACentralContraCosta MHF 1 MH 1 2 19.3 mg/dscm @7%O2 A DL 0

PM2.5 (Total) CACentralContraCosta MHF 1 MH 1 2 22.6 mg/dscm @7%O2 A DL 0

PM (filterable) CACentralContraCosta MHF 1 MH 1 3 21.4 mg/dscm @7%O2 20.7 3.0301337 A DL 0

PM (Inorg Cond) CACentralContraCosta MHF 1 MH 1 3 1.37 mg/dscm @7%O2 A DL 0

PM (Org Cond) CACentralContraCosta MHF 1 MH 1 3 0 mg/dscm @7%O2 BDL 1

PM2.5 (filterable) CACentralContraCosta MHF 1 MH 1 3 19.3 mg/dscm @7%O2 A DL 0

PM2.5 (Total) CACentralContraCosta MHF 1 MH 1 3 20.7 mg/dscm @7%O2 A DL 0

Filterable PM2.5 CTHartford 001 MH 1 1 4.74 mg/dscm @7%O2 9.34 2.234306252 8.567 0

PM (Inorg Cond) CTHartford 001 MH 1 1 3.84 mg/dscm @7%O2 0

PM (Org Cond) CTHartford 001 MH 1 1 3.33 mg/dscm @7%O2 0

Total PM2.5 CTHartford 001 MH 1 1 9.34 mg/dscm @7%O2 0

Filterable PM2.5 CTHartford 001 MH 1 2 4.17 mg/dscm @7%O2 7.94 2.071913275 0

PM (Inorg Cond) CTHartford 001 MH 1 2 3.62 mg/dscm @7%O2 0

PM (Org Cond) CTHartford 001 MH 1 2 3.29 mg/dscm @7%O2 0

Total PM2.5 CTHartford 001 MH 1 2 7.94 mg/dscm @7%O2 0

Filterable PM2.5 CTHartford 001 MH 1 3 3.61 mg/dscm @7%O2 8.42 2.130609828 0

PM (Inorg Cond) CTHartford 001 MH 1 3 3.34 mg/dscm @7%O2 0

PM (Org Cond) CTHartford 001 MH 1 3 4.15 mg/dscm @7%O2 0

Total PM2.5 CTHartford 001 MH 1 3 8.42 mg/dscm @7%O2 0

Filterable PM2.5 CTHartford 002 MH 1 1 4.77 mg/dscm @7%O2 13.8 2.624668592 13.767 0

PM (Inorg Cond) CTHartford 002 MH 1 1 3.95 mg/dscm @7%O2 0

PM (Org Cond) CTHartford 002 MH 1 1 7.78 mg/dscm @7%O2 0

Total PM2.5 CTHartford 002 MH 1 1 13.8 mg/dscm @7%O2 0

Filterable PM2.5 CTHartford 002 MH 1 2 5.67 mg/dscm @7%O2 11.9 2.4765384 0

PM (Inorg Cond) CTHartford 002 MH 1 2 4.72 mg/dscm @7%O2 0

PM (Org Cond) CTHartford 002 MH 1 2 4.08 mg/dscm @7%O2 0

Total PM2.5 CTHartford 002 MH 1 2 11.9 mg/dscm @7%O2 0

Filterable PM2.5 CTHartford 002 MH 1 3 5.7 mg/dscm @7%O2 15.6 2.747270914 0

PM (Inorg Cond) CTHartford 002 MH 1 3 7.61 mg/dscm @7%O2 0

PM (Org Cond) CTHartford 002 MH 1 3 4.81 mg/dscm @7%O2 0

Total PM2.5 CTHartford 002 MH 1 3 15.6 mg/dscm @7%O2 0

PM (filterable) MAUpperBlackstone Incinerator 3 MH 1 1 1.12 mg/dscm @7%O2 3.73 1.316408234 2.623 0

PM (Inorg Cond) MAUpperBlackstone Incinerator 3 MH 1 1 2.67 mg/dscm @7%O2 0

PM (Org Cond) MAUpperBlackstone Incinerator 3 MH 1 1 0.593 mg/dscm @7%O2 0

PM (total, including condensible) MAUpperBlackstone Incinerator 3 MH 1 1 4.4 mg/dscm @7%O2 0

PM2.5 (filterable) MAUpperBlackstone Incinerator 3 MH 1 1 0.461 mg/dscm @7%O2 0

PM2.5 (Total) MAUpperBlackstone Incinerator 3 MH 1 1 3.73 mg/dscm @7%O2 0

PM (filterable) MAUpperBlackstone Incinerator 3 MH 1 2 1.09 mg/dscm @7%O2 3.11 1.134622726 0

PM (Inorg Cond) MAUpperBlackstone Incinerator 3 MH 1 2 1.54 mg/dscm @7%O2 0

PM (Org Cond) MAUpperBlackstone Incinerator 3 MH 1 2 0.68 mg/dscm @7%O2 0

PM (total, including condensible) MAUpperBlackstone Incinerator 3 MH 1 2 3.31 mg/dscm @7%O2 0

PM2.5 (filterable) MAUpperBlackstone Incinerator 3 MH 1 2 0.884 mg/dscm @7%O2 0

PM2.5 (Total) MAUpperBlackstone Incinerator 3 MH 1 2 3.11 mg/dscm @7%O2 0

PM (filterable) MAUpperBlackstone Incinerator 3 MH 1 3 0.876 mg/dscm @7%O2 1.03 0.029558802 0

PM (Inorg Cond) MAUpperBlackstone Incinerator 3 MH 1 3 0.0561 mg/dscm @7%O2 0

PM (Org Cond) MAUpperBlackstone Incinerator 3 MH 1 3 0.21 mg/dscm @7%O2 0

PM (total, including condensible) MAUpperBlackstone Incinerator 3 MH 1 3 1.15 mg/dscm @7%O2 0

PM2.5 (filterable) MAUpperBlackstone Incinerator 3 MH 1 3 0.771 mg/dscm @7%O2 0

PM2.5 (Total) MAUpperBlackstone Incinerator 3 MH 1 3 1.03 mg/dscm @7%O2 0

Filterable PM2.5 MNSeneca Incinerator 1 MH 1 1 47.2 mg/dscm @7%O2 51.4 3.939638172 51.133 DLL 1

PM (Inorg Cond) MNSeneca Incinerator 1 MH 1 1 1.93 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNSeneca Incinerator 1 MH 1 1 2.12 mg/dscm @7%O2 A DL 0

Total PM2.5 MNSeneca Incinerator 1 MH 1 1 51.4 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNSeneca Incinerator 1 MH 1 2 43.9 mg/dscm @7%O2 47.2 3.854393893 A DL 0

PM (Inorg Cond) MNSeneca Incinerator 1 MH 1 2 1.71 mg/dscm @7%O2 A DL 0

## Attachment D-5. Variability Analysis for PM2.5 From Existing MH Units

Pollutant FacilityID Unit ID Unit

Type Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed Da t Unit average Flag ND

PM (Org Cond) MNSeneca Incinerator 1 MH 1 2 1.71 mg/dscm @7%O2 A DL 0

Total PM2.5 MNSeneca Incinerator 1 MH 1 2 47.2 mg/dscm @7%O2 A DL 0

Filterable PM2.5 MNSeneca Incinerator 1 MH 1 3 51.3 mg/dscm @7%O2 54.8 4.003690194 A DL 0

PM (Inorg Cond) MNSeneca Incinerator 1 MH 1 3 1.62 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNSeneca Incinerator 1 MH 1 3 2.02 mg/dscm @7%O2 A DL 0

Total PM2.5 MNSeneca Incinerator 1 MH 1 3 54.8 mg/dscm @7%O2 A DL 0

Filterable PM2.5 NJMountainView #2 MH 1 1 3.76 mg/dscm @7%O2 4.56 1.517322624 4.83 0

PM (Inorg Cond) NJMountainView #2 MH 1 1 15.6 mg/dscm @7%O2 0

PM (Org Cond) NJMountainView #2 MH 1 1 1.88 mg/dscm @7%O2 0

Total PM2.5 NJMountainView #2 MH 1 1 4.56 mg/dscm @7%O2 0

Filterable PM2.5 NJMountainView #2 MH 1 2 4.81 mg/dscm @7%O2 4.81 1.570697084 0

PM (Inorg Cond) NJMountainView #2 MH 1 2 2.5 mg/dscm @7%O2 0

PM (Org Cond) NJMountainView #2 MH 1 2 1.15 mg/dscm @7%O2 0

Total PM2.5 NJMountainView #2 MH 1 2 4.81 mg/dscm @7%O2 0

Filterable PM2.5 NJMountainView #2 MH 1 3 4.57 mg/dscm @7%O2 5.12 1.633154439 0

PM (Inorg Cond) NJMountainView #2 MH 1 3 2.91 mg/dscm @7%O2 0

PM (Org Cond) NJMountainView #2 MH 1 3 1.1 mg/dscm @7%O2 0

Total PM2.5 NJMountainView #2 MH 1 3 5.12 mg/dscm @7%O2 0

MH EG

method 27/28 

## Sample Size

Non-Detects

Average

Median 18

4

17.00

10.62 18

4

2.36

2.36

Standard Deviation 16.98 1.06

Minimum 1.03 0.03

Maximum 54.80 4.00

Skewness 1.43 -0.23

SE Skewness 0.58 0.58

Skewness Test Non-normal Normal

Kurtosis 0.92 -0.08

SE Kurtosis 1.15 1.15

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.55 2.55

99.0% UL 60.33 158.17

99.0% t-statistic for UPL 2.57 2.57

99.0% UPL 44.17 57.66

# Attachment E

Detailed MACT Floor Analysis for New and

Existing FB and MH Sources

CDD/CDF

### Attachment E-1. Variability Analysis for CDD/CDF From New and Existing FB Units

NSPS Facility Unit Run TMB LN TMB TMB DL average

run value TMDL (17x

TMB DL

average run

value) TEQ TEQDL

average run

value

MIYpsilanti EU-FBSSI 1 0.300 -1.202742043 0.00171 0.02902 0.009 0.00586

MIYpsilanti EU-FBSSI 2 0.108 -2.228739148 0.00211 0.03582 0.006 0.00723

MIYpsilanti EU-FBSSI 3 0.033 -3.421998709 0.00092 0.01562 0.0035 0.00315

MNStPaulMetro FBR1 1 0.410 -0.892818376 0.02409 0.40950 0.037 0.07613

MNStPaulMetro FBR2 1 0.406 -0.901402119 0.02388 0.40600 0.037 0.07548

MNStPaulMetro FBR1 2 0.406 -0.901402119 0.02388 0.40600 0.037 0.07548

MNStPaulMetro FBR2 2 0.396 -0.927604492 0.02326 0.39550 0.036 0.07353

MNStPaulMetro FBR1 3 0.399 -0.918793862 0.02347 0.39900 0.036 0.07418

MNStPaulMetro FBR2 3 0.417 -0.875868817 0.02450 0.41650 0.038 0.07743



### EG

TMB TEQ

Normal LN Normal LN

Sample Size 9 9 9 9

Non-Detects 9 9 9 9

Average 0.32 -1.363 0.03 -3.91

Median 0.40 -0.919 0.04 -3.32

Standard Deviation 0.15 0.886 0.02 0.94

Minimum 0.03 -3.422 0.00 -5.64

Maximum 0.42 -0.876 0.04 -3.28

Skewness -1.48 -2.03 -0.89 -1.11

SE Skewness 0.82 0.82 0.82 0.82

Skewness Test Normal Normal Normal Normal

Kurtosis 0.69 3.58 -1.57 -0.54

SE Kurtosis 1.63 1.63 1.63 1.63

Kurtosis Test Normal Non-normal Normal Normal

99.0% t-statistic for UL 2.82 2.82 2.82 2.82

99.0% UL 0.73 3.12 0.07 0.28

99.0% t-statistic for UPL 2.90 2.90 2.90 2.90

99.0% UPL 0.60 1.42 0.056 0.12

average TMB in variability analysis 0.32

Max TDML < or = avg TMB 0.03582

3x Max TDML 0.107474

D/F TMB Limit for 17 Cong. 0.60 UPL

av. TEQ in var. an. 0.0266

Max TEQDL < or = avg TEQ 0.00723

3x Max TEQDL 0.02169

D/F TEQ Limit for 17 Cong. 0.056 UPL



### NSPS

TMB TEQ

Normal LN Normal LN

Sample Size 3 3 3 3

Non-Detects 3 3 3 3

Average 0.15 -2.28 0.006 -5.121

Median 0.11 -2.23 0.006 -5.036

Standard Deviation 0.14 1.11 0.003 0.483

Minimum 0.03 -3.42 0.004 -5.641

Maximum 0.30 -1.20 0.009 -4.686

Skewness 1.18 -0.23 -0.12 -0.77

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test Normal Normal Normal Normal

Kurtosis #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.54 4.54 4.54 4.54

99.0% UL 0.77 15.78 0.02 0.05

99.0% t-statistic for UPL 6.96 6.96 6.96 6.96

99.0% UPL 0.93 56.34 0.023 0.09

average TMB in variability analysis 0.15

Max TDML < or = avg TMB 0.03582

3x Max TDML 0.107474

D/F TMB Limit for 17 Cong. 0.93 UPL

average TEQ in variability analysis 0.0064

Max TEQDL < or = avg TEQ 0.00586

3x Max TEQDL 0.01757

D/F TEQ Limit for 17 Cong. 0.023 UPL

The all new units subcategory would include the best performing MH unit, which is the best-performing unit

See Table E-3 for the NSPS summary calculation and E-4 for detailed information.

TMB TEQ

Normal LN Normal LN

Sample Size 3 3 3 3

Non-Detects 3 3 3 3

Average 0.009475 -4.683808039 0.000944046 -6.97223052

Median 0.009838 -4.621502841 0.000931809 -6.9783827

Standard Deviation 0.002486 0.277211331 0.000135954 0.143728131

Minimum 0.006827 -4.986869941 0.000814624 -7.11278378

Maximum 0.01176 -4.443051337 0.001085706 -6.82552509

Skewness -0.64296 -0.960314743 0.401763524 0.192266295

SE Skewness 1.414214 1.414213562 1.414213562 1.414213562

Skewness Test Normal Normal Normal Normal

Kurtosis #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Kurtosis 2.828427 2.828427125 2.828427125 2.828427125

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.540703 4.540702858 4.540702858 4.540702858

99.0% UL 0.020765 0.03254688 0.001561375 0.001800657

99.0% t-statistic for UPL 6.964557 6.964556734 6.964556734 6.964556734

99.0% UPL 0.023614 0.044715476 0.001717156 0.002123021

average TMB in variability analysis 0.009475

Max TDML < or = avg TMB 0.007543

3x Max TDML 0.02263

D/F TMB Limit for 17 Cong. 0.023614 UPL

average TEQ in variability analysis 0.000944046

Max TEQDL < or = avg TEQ 0.000710683

3x Max TEQDL 0.00213205

D/F TEQ Limit for 17 Cong. 0.00213205 3x Max TEQDLAttachment E-2. Summary of CDD/CDF Calculations Used in Attachment E-1FacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMIYpsilantiEU-FBSSI611,2,3,4,6,7,8-HpCDD0.000848415ng/dscm @7%O200.01000008.48415E-061.70699E-05MIYpsilantiEU-FBSSI611,2,3,4,6,7,8-HpCDF0.049599737ng/dscm @7%O200.01000000.0004959971.70699E-05MIYpsilantiEU-FBSSI611,2,3,4,7,8,9-HpCDF0.019254074ng/dscm @7%O200.01000000.0001925411.70699E-05MIYpsilantiEU-FBSSI611,2,3,4,7,8-HxCDD0.000787667ng/dscm @7%O2<10.10000007.87667E-050.000170699MIYpsilantiEU-FBSSI611,2,3,4,7,8-HxCDF0.009009259ng/dscm @7%O200.10000000.0009009260.000170699MIYpsilantiEU-FBSSI611,2,3,6,7,8-HxCDD0.004263ng/dscm @7%O2<10.10000000.00042630.000170699MIYpsilantiEU-FBSSI611,2,3,6,7,8-HxCDF0.004324444ng/dscm @7%O200.10000000.0004324440.000170699MIYpsilantiEU-FBSSI611,2,3,7,8,9-HxCDD0.000867978ng/dscm @7%O2<10.10000008.67978E-050.000170699MIYpsilantiEU-FBSSI611,2,3,7,8,9-HxCDF0.019254074ng/dscm @7%O200.10000000.0019254070.000170699MIYpsilantiEU-FBSSI611,2,3,7,8-PeCDD0.001668ng/dscm @7%O2<11.00000000.0016680.001706987MIYpsilantiEU-FBSSI611,2,3,7,8-PeCDF0.002543185ng/dscm @7%O200.30000000.0007629560.000512096MIYpsilantiEU-FBSSI612,3,4,6,7,8-HxCDF0.003222741ng/dscm @7%O200.10000000.0003222740.000170699MIYpsilantiEU-FBSSI612,3,4,7,8-PeCDF0.002481407ng/dscm @7%O200.30000000.0007444220.000512096MIYpsilantiEU-FBSSI612,3,7,8-TCDD0.000948289ng/dscm @7%O2<11.00000000.0009482890.001706987MIYpsilantiEU-FBSSI612,3,7,8-TCDF0.001729778ng/dscm @7%O200.10000000.0001729780.000170699MIYpsilantiEU-FBSSI61DF TEQ0.006458571ng/dscm @7%O2000MIYpsilantiEU-FBSSI61DF TMB0.336688889ng/dscm @7%O2000MIYpsilantiEU-FBSSI61OCDD0.016885926ng/dscm @7%O200.00030005.06578E-065.12096E-07MIYpsilantiEU-FBSSI61OCDF0.162681481ng/dscm @7%O200.00030004.88044E-055.12096E-07MIYpsilantiEU-FBSSI61D/F TMB0.300369456-1.2027420430.0017069870.009220453-4.6863310860.005855988MIYpsilantiEU-FBSSI621,2,3,4,6,7,8-HpCDD0.00147ng/dscm @7%O200.01000000.00001472.10733E-05MIYpsilantiEU-FBSSI621,2,3,4,6,7,8-HpCDF0.016880093ng/dscm @7%O200.01000000.0001688012.10733E-05MIYpsilantiEU-FBSSI621,2,3,4,7,8,9-HpCDF0.00609ng/dscm @7%O200.01000000.00006092.10733E-05MIYpsilantiEU-FBSSI621,2,3,4,7,8-HxCDD0.00142ng/dscm @7%O2<10.10000000.0001420.000210733MIYpsilantiEU-FBSSI621,2,3,4,7,8-HxCDF0.00621ng/dscm @7%O200.10000000.0006210.000210733MIYpsilantiEU-FBSSI621,2,3,6,7,8-HxCDD0.00146ng/dscm @7%O2<10.10000000.0001460.000210733MIYpsilantiEU-FBSSI621,2,3,6,7,8-HxCDF0.00297ng/dscm @7%O200.10000000.0002970.000210733MIYpsilantiEU-FBSSI621,2,3,7,8,9-HxCDD0.00149ng/dscm @7%O2<10.10000000.0001490.000210733MIYpsilantiEU-FBSSI621,2,3,7,8,9-HxCDF0.00609ng/dscm @7%O2<10.10000000.0006090.000210733MIYpsilantiEU-FBSSI621,2,3,7,8-PeCDD0.00121ng/dscm @7%O2<11.00000000.001210.002107333MIYpsilantiEU-FBSSI621,2,3,7,8-PeCDF0.00322ng/dscm @7%O200.30000000.0009660.0006322MIYpsilantiEU-FBSSI622,3,4,6,7,8-HxCDF0.00147ng/dscm @7%O200.10000000.0001470.000210733MIYpsilantiEU-FBSSI622,3,4,7,8-PeCDF0.00233ng/dscm @7%O200.30000000.0006990.0006322MIYpsilantiEU-FBSSI622,3,7,8-TCDD0.000974ng/dscm @7%O2<11.00000000.0009740.002107333MIYpsilantiEU-FBSSI622,3,7,8-TCDF0.00279ng/dscm @7%O200.10000000.0002790.000210733MIYpsilantiEU-FBSSI62DF TEQ0.00503ng/dscm @7%O2000MIYpsilantiEU-FBSSI62DF TMB0.151ng/dscm @7%O2000MIYpsilantiEU-FBSSI62OCDD0.00439ng/dscm @7%O200.00030000.0000013176.322E-07MIYpsilantiEU-FBSSI62OCDF0.0472ng/dscm @7%O200.00030000.000014166.322E-07MIYpsilantiEU-FBSSI62D/F TMB0.107664093-2.2287391480.0021073330.006498878-5.0361257430.007229418MIYpsilantiEU-FBSSI631,2,3,4,6,7,8-HpCDD0.000974ng/dscm @7%O200.01000000.000009749.18833E-06MIYpsilantiEU-FBSSI631,2,3,4,6,7,8-HpCDF0.003747118ng/dscm @7%O200.01000003.74712E-059.18833E-06MIYpsilantiEU-FBSSI631,2,3,4,7,8,9-HpCDF0.00141ng/dscm @7%O200.01000000.00001419.18833E-06MIYpsilantiEU-FBSSI631,2,3,4,7,8-HxCDD0.00093ng/dscm @7%O2<10.10000000.0000939.18833E-05MIYpsilantiEU-FBSSI631,2,3,4,7,8-HxCDF0.00146ng/dscm @7%O2<10.10000000.0001469.18833E-05MIYpsilantiEU-FBSSI631,2,3,6,7,8-HxCDD0.000903ng/dscm @7%O2<10.10000000.00009039.18833E-05MIYpsilantiEU-FBSSI631,2,3,6,7,8-HxCDF0.000232ng/dscm @7%O2<10.10000000.00002329.18833E-05MIYpsilantiEU-FBSSI631,2,3,7,8,9-HxCDD0.00104ng/dscm @7%O2<10.10000000.0001049.18833E-05MIYpsilantiEU-FBSSI631,2,3,7,8,9-HxCDF0.00141ng/dscm @7%O2<10.10000000.0001419.18833E-05MIYpsilantiEU-FBSSI631,2,3,7,8-PeCDD0.00135ng/dscm @7%O2<11.00000000.001350.000918833MIYpsilantiEU-FBSSI631,2,3,7,8-PeCDF0.00084ng/dscm @7%O2<10.30000000.0002520.00027565MIYpsilantiEU-FBSSI632,3,4,6,7,8-HxCDF0.000229ng/dscm @7%O2<10.10000000.00002299.18833E-057/31/20102Attachment E-2. Summary of CDD/CDF Calculations Used in Attachment E-1FacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMIYpsilantiEU-FBSSI632,3,4,7,8-PeCDF0.000803ng/dscm @7%O2<10.30000000.00024090.00027565MIYpsilantiEU-FBSSI632,3,7,8-TCDD0.00093ng/dscm @7%O2<11.00000000.000930.000918833MIYpsilantiEU-FBSSI632,3,7,8-TCDF0.000899ng/dscm @7%O2<10.10000000.00008999.18833E-05MIYpsilantiEU-FBSSI63DF TEQ0.00273ng/dscm @7%O2000MIYpsilantiEU-FBSSI63DF TMB0.0231ng/dscm @7%O2000MIYpsilantiEU-FBSSI63OCDD0.00469ng/dscm @7%O200.00030000.0000014072.7565E-07MIYpsilantiEU-FBSSI63OCDF0.0108ng/dscm @7%O200.00030000.000003242.7565E-07MIYpsilantiEU-FBSSI63D/F TMB0.032647118-3.4219987090.0009188330.003549158-5.6410448370.00315215MNStPaulMetroFBR1111,2,3,4,6,7,8-HpCDD0.0117ng/dscm @7%O2BDL10.01000000.0001170.000240882MNStPaulMetroFBR1111,2,3,4,6,7,8-HpCDF0.0117ng/dscm @7%O2BDL10.01000000.0001170.000240882MNStPaulMetroFBR1111,2,3,4,7,8,9-HpCDF0.0117ng/dscm @7%O2BDL10.01000000.0001170.000240882MNStPaulMetroFBR1111,2,3,4,7,8-HxCDD0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,4,7,8-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,6,7,8-HxCDD0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,6,7,8-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,7,8,9-HxCDD0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,7,8,9-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,7,8-PeCDD0.0117ng/dscm @7%O2BDL11.00000000.01170.024088235MNStPaulMetroFBR1111,2,3,7,8-PeCDF0.0117ng/dscm @7%O2BDL10.03000000.0003510.000722647MNStPaulMetroFBR1112,3,4,6,7,8-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1112,3,4,7,8-PeCDF0.0117ng/dscm @7%O2BDL10.30000000.003510.007226471MNStPaulMetroFBR1112,3,7,8-TCDD0.0117ng/dscm @7%O2BDL11.00000000.01170.024088235MNStPaulMetroFBR1112,3,7,8-TCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR111DF TEQ0.034ng/dscm @7%O2DLL100MNStPaulMetroFBR111DF TEQ0.034ng/dscm @7%O2DLL100MNStPaulMetroFBR111DF TMB0.334ng/dscm @7%O2DLL100MNStPaulMetroFBR111OCDD0.117ng/dscm @7%O2BDL10.00030000.00003517.22647E-06MNStPaulMetroFBR111OCDF0.117ng/dscm @7%O2BDL10.00030000.00003517.22647E-06MNStPaulMetroFBR111Total Dioxins0.167ng/dscm @7%O2DLL100MNStPaulMetroFBR111Total Furans0.167ng/dscm @7%O2DLL100MNStPaulMetroFBR111Total HpCDD0.0123ng/dscm @7%O2000MNStPaulMetroFBR111Total HpCDF0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total HxCDD0.014ng/dscm @7%O2000MNStPaulMetroFBR111Total HxCDF0.014ng/dscm @7%O2000MNStPaulMetroFBR111Total PeCDD0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total PeCDF0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total TCDD0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total TCDF0.0117ng/dscm @7%O2000MNStPaulMetroFBR111D/F TMB0.4095-0.8928183760.0240882350.0370422-3.2956974760.076133276MNStPaulMetroFBR2111,2,3,4,6,7,8-HpCDD0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR2111,2,3,4,6,7,8-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR2111,2,3,4,7,8,9-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR2111,2,3,4,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,4,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,6,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,7,8,9-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,7,8,9-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,7,8-PeCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR2111,2,3,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.03000000.0003480.000716471MNStPaulMetroFBR2112,3,4,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2112,3,4,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.30000000.003480.007164706MNStPaulMetroFBR2112,3,7,8-TCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR2112,3,7,8-TCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR211DF TEQ0.0337ng/dscm @7%O2BDL100MNStPaulMetroFBR211DF TEQ0.0337ng/dscm @7%O2BDL100MNStPaulMetroFBR211DF TMB0.324ng/dscm @7%O2BDL100MNStPaulMetroFBR211OCDD0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-067/31/20103Attachment E-2. Summary of CDD/CDF Calculations Used in Attachment E-1FacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNStPaulMetroFBR211OCDF0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR211Total Dioxins0.162ng/dscm @7%O2BDL100MNStPaulMetroFBR211Total Furans0.162ng/dscm @7%O2BDL100MNStPaulMetroFBR211Total HpCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total HpCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total HxCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total HxCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total PeCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total PeCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total TCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total TCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211D/F TMB0.406-0.9014021190.0238823530.0367256-3.3042812190.075482565MNStPaulMetroFBR1121,2,3,4,6,7,8-HpCDD0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR1121,2,3,4,6,7,8-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR1121,2,3,4,7,8,9-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR1121,2,3,4,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,4,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,6,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,7,8,9-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,7,8,9-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,7,8-PeCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR1121,2,3,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.03000000.0003480.000716471MNStPaulMetroFBR1122,3,4,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1122,3,4,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.30000000.003480.007164706MNStPaulMetroFBR1122,3,7,8-TCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR1122,3,7,8-TCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR112DF TEQ0.0336ng/dscm @7%O2DLL100MNStPaulMetroFBR112DF TEQ0.0336ng/dscm @7%O2DLL100MNStPaulMetroFBR112DF TMB0.328ng/dscm @7%O2DLL100MNStPaulMetroFBR112OCDD0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR112OCDF0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR112Total Dioxins0.163ng/dscm @7%O2DLL100MNStPaulMetroFBR112Total Furans0.165ng/dscm @7%O2DLL100MNStPaulMetroFBR112Total HpCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total HpCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total HxCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total HxCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total PeCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total PeCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total TCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total TCDF0.0145ng/dscm @7%O2000MNStPaulMetroFBR112D/F TMB0.406-0.9014021190.0238823530.0367256-3.3042812190.075482565MNStPaulMetroFBR2121,2,3,4,6,7,8-HpCDD0.0113ng/dscm @7%O2BDL10.01000000.0001130.000232647MNStPaulMetroFBR2121,2,3,4,6,7,8-HpCDF0.0113ng/dscm @7%O2BDL10.01000000.0001130.000232647MNStPaulMetroFBR2121,2,3,4,7,8,9-HpCDF0.0113ng/dscm @7%O2BDL10.01000000.0001130.000232647MNStPaulMetroFBR2121,2,3,4,7,8-HxCDD0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,4,7,8-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,6,7,8-HxCDD0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,6,7,8-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,7,8,9-HxCDD0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,7,8,9-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,7,8-PeCDD0.0113ng/dscm @7%O2BDL11.00000000.01130.023264706MNStPaulMetroFBR2121,2,3,7,8-PeCDF0.0113ng/dscm @7%O2BDL10.03000000.0003390.000697941MNStPaulMetroFBR2122,3,4,6,7,8-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2122,3,4,7,8-PeCDF0.0113ng/dscm @7%O2BDL10.30000000.003390.006979412MNStPaulMetroFBR2122,3,7,8-TCDD0.0113ng/dscm @7%O2BDL11.00000000.01130.023264706MNStPaulMetroFBR2122,3,7,8-TCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR212DF TEQ0.0327ng/dscm @7%O2BDL1007/31/20104Attachment E-2. Summary of CDD/CDF Calculations Used in Attachment E-1FacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNStPaulMetroFBR212DF TEQ0.0327ng/dscm @7%O2BDL100MNStPaulMetroFBR212DF TMB0.314ng/dscm @7%O2BDL100MNStPaulMetroFBR212OCDD0.113ng/dscm @7%O2BDL10.00030000.00003396.97941E-06MNStPaulMetroFBR212OCDF0.113ng/dscm @7%O2BDL10.00030000.00003396.97941E-06MNStPaulMetroFBR212Total Dioxins0.157ng/dscm @7%O2BDL100MNStPaulMetroFBR212Total Furans0.157ng/dscm @7%O2BDL100MNStPaulMetroFBR212Total HpCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total HpCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total HxCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total HxCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total PeCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total PeCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total TCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total TCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212D/F TMB0.3955-0.9276044920.0232647060.0357758-3.3304835920.073530429MNStPaulMetroFBR1131,2,3,4,6,7,8-HpCDD0.0114ng/dscm @7%O2BDL10.01000000.0001140.000234706MNStPaulMetroFBR1131,2,3,4,6,7,8-HpCDF0.0114ng/dscm @7%O2BDL10.01000000.0001140.000234706MNStPaulMetroFBR1131,2,3,4,7,8,9-HpCDF0.0114ng/dscm @7%O2BDL10.01000000.0001140.000234706MNStPaulMetroFBR1131,2,3,4,7,8-HxCDD0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,4,7,8-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,6,7,8-HxCDD0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,6,7,8-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,7,8,9-HxCDD0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,7,8,9-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,7,8-PeCDD0.0114ng/dscm @7%O2BDL11.00000000.01140.023470588MNStPaulMetroFBR1131,2,3,7,8-PeCDF0.0114ng/dscm @7%O2BDL10.03000000.0003420.000704118MNStPaulMetroFBR1132,3,4,6,7,8-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1132,3,4,7,8-PeCDF0.0114ng/dscm @7%O2BDL10.30000000.003420.007041176MNStPaulMetroFBR1132,3,7,8-TCDD0.0114ng/dscm @7%O2BDL11.00000000.01140.023470588MNStPaulMetroFBR1132,3,7,8-TCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR113DF TEQ0.0331ng/dscm @7%O2BDL100MNStPaulMetroFBR113DF TEQ0.0331ng/dscm @7%O2BDL100MNStPaulMetroFBR113DF TMB0.322ng/dscm @7%O2BDL100MNStPaulMetroFBR113OCDD0.114ng/dscm @7%O2BDL10.00030000.00003427.04118E-06MNStPaulMetroFBR113OCDF0.114ng/dscm @7%O2BDL10.00030000.00003427.04118E-06MNStPaulMetroFBR113Total Dioxins0.161ng/dscm @7%O2BDL100MNStPaulMetroFBR113Total Furans0.161ng/dscm @7%O2BDL100MNStPaulMetroFBR113Total HpCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total HpCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total HxCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total HxCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total PeCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total PeCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total TCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total TCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113D/F TMB0.399-0.9187938620.0234705880.0360924-3.3216729620.074181141MNStPaulMetroFBR2131,2,3,4,6,7,8-HpCDD0.0119ng/dscm @7%O2BDL10.01000000.0001190.000245MNStPaulMetroFBR2131,2,3,4,6,7,8-HpCDF0.0119ng/dscm @7%O2BDL10.01000000.0001190.000245MNStPaulMetroFBR2131,2,3,4,7,8,9-HpCDF0.0119ng/dscm @7%O2BDL10.01000000.0001190.000245MNStPaulMetroFBR2131,2,3,4,7,8-HxCDD0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,4,7,8-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,6,7,8-HxCDD0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,6,7,8-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,7,8,9-HxCDD0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,7,8,9-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,7,8-PeCDD0.0119ng/dscm @7%O2BDL11.00000000.01190.0245MNStPaulMetroFBR2131,2,3,7,8-PeCDF0.0119ng/dscm @7%O2BDL10.03000000.0003570.000735MNStPaulMetroFBR2132,3,4,6,7,8-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2132,3,4,7,8-PeCDF0.0119ng/dscm @7%O2BDL10.30000000.003570.007357/31/20105Attachment E-2. Summary of CDD/CDF Calculations Used in Attachment E-1FacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNStPaulMetroFBR2132,3,7,8-TCDD0.0119ng/dscm @7%O2BDL11.00000000.01190.0245MNStPaulMetroFBR2132,3,7,8-TCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR213DF TEQ0.0344ng/dscm @7%O2BDL100MNStPaulMetroFBR213DF TEQ0.0344ng/dscm @7%O2BDL100MNStPaulMetroFBR213DF TMB0.334ng/dscm @7%O2BDL100MNStPaulMetroFBR213OCDD0.119ng/dscm @7%O2BDL10.00030000.00003570.00000735MNStPaulMetroFBR213OCDF0.119ng/dscm @7%O2BDL10.00030000.00003570.00000735MNStPaulMetroFBR213Total Dioxins0.167ng/dscm @7%O2BDL100MNStPaulMetroFBR213Total Furans0.167ng/dscm @7%O2BDL100MNStPaulMetroFBR213Total HpCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total HpCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total HxCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total HxCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total PeCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total PeCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total TCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total TCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213D/F TMB0.4165-0.8758688170.02450.0376754-3.2787479170.07743477/31/20106

## Attachment E-3. Variability Analysis for CDD/CDF From New and Existing MH Units

NSPS Facility Unit Run TMB LN TMB TMB DL

average run

value TMDL (17x

TMB DL

average run

value) TEQ TEQDL

average run

value

CACentralContraCosta MHF 1 1 0.0098 -4.621502841 0.00022 0.00382 0.0009 0.00071

CACentralContraCosta MHF 1 2 0.0118 -4.443051337 0.00044 0.00754 0.0011 0.00140

CACentralContraCosta MHF 1 3 0.0068 -4.986869941 0.00037 0.00634 0.0008 0.00118

MAUpperBlackstone Incinerator 3 1 0.185 -1.689303969 0.00139 0.02358 0.0088 0.00438

MAUpperBlackstone Incinerator 3 2 0.076 -2.576180188 0.00146 0.02475 0.0055 0.00460

MAUpperBlackstone Incinerator 3 3 0.102 -2.283380684 0.00257 0.04364 0.0043 0.00811

MNSeneca Incinerator 1 1 0.743 -0.296521021 0.04144 0.70444 0.0678 0.13097

MNSeneca Incinerator 1 2 0.771 -0.260326342 0.04186 0.71166 0.0705 0.13231

MNSeneca Incinerator 1 3 0.763 -0.270235159 0.04314 0.73334 0.0695 0.13634

NJMountainView #2 1 0.211 -1.553594112 0.00044 0.00752 0.0136 0.00152

NJMountainView #2 2 0.208 -1.572317384 0.00058 0.00987 0.0133 0.00199

NJMountainView #2 3 0.246 -1.403671676 0.00058 0.00984 0.0156 0.00199

SCColumbiaMetro 1 1 4.527 1.51015445 0.01098 0.18660 0.2430 0.03469

SCColumbiaMetro 1 2 1.382 0.323459364 0.00273 0.04641 0.0971 0.00863

SCColumbiaMetro 1 3 1.181 0.166497006 0.01202 0.20426 0.0902 0.03797



# EG

TMB TEQ

Normal LN Normal LN



### Sample Size 15 15 15 15

Non-Detects 15 15 15 15

Average 0.69 -1.597 0.05 -4.22

Median 0.21 -1.554 0.01 -4.30

Standard Deviation 1.15 1.926 0.06 1.84

Minimum 0.01 -4.987 0.00 -7.11

Maximum 4.53 1.510 0.24 -1.41

Skewness 2.98 -0.48 2.17 -0.27

SE Skewness 0.63 0.63 0.63 0.63

Skewness Test Non-normal Normal Non-normal Normal

Kurtosis 9.92 -0.51 5.65 -1.09

SE Kurtosis 1.26 1.26 1.26 1.26

Kurtosis Test Non-normal Normal Non-normal Normal

99.0% t-statistic for UL 2.60 2.60 2.60 2.60

99.0% UL 3.69 30.39 0.22 1.78

99.0% t-statistic for UPL 2.62 2.62 2.62 2.62

99.0% UPL 2.60 4.95 0.15 0.31

average TMB in variability analysis 0.69

Max TDML < or = avg TMB 0.20426

3x Max TDML 0.612765

D/F TMB Limit for 17 Cong. 4.95 UPL

av. TEQ in var. an. 0.0468

Max TEQDL < or = avg TEQ 0.03797

3x Max TEQDL 0.11392

D/F TEQ Limit for 17 Cong. 0.3135 UPL



# NSPS

TMB TEQ

Normal LN Normal LN



### Sample Size 3 3 3 3

Non-Detects 3 3 3 3

Average 0.009 -4.684 0.001 -6.972

Median 0.01 -4.62 0.00 -6.98

Standard Deviation 0.00 0.28 0.00 0.14

Minimum 0.01 -4.99 0.00 -7.11

Maximum 0.01 -4.44 0.00 -6.83

Skewness -0.64 -0.96 0.40 0.19

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test Normal Normal Normal Normal

Kurtosis #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.54 4.54 4.54 4.54

99.0% UL 0.02 0.03 0.00 0.00

99.0% t-statistic for UPL 6.96 6.96 6.96 6.96

99.0% UPL 0.024 0.04 0.0017 0.00

average TMB in variability analysis 0.0095

Max TDML < or = avg TMB 0.00754

3x Max TDML 0.0226304

D/F TMB Limit for 17 Cong. 0.024 UPL

average TEQ in variability analysis 0.00094

Max TEQDL < or = avg TEQ 0.00071

3x Max TEQDL 0.00213205

D/F TEQ Limit for 17 Cong. 0.0021 3x Max TEQDLAttachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runCACentralContraCostaMHF 11,2,3,4,6,7,8-HpCDD110.00022BDL10.01000000.00000222.24857E-06CACentralContraCostaMHF 11,2,3,4,6,7,8-HpCDF110.000274BDL10.01000000.000002742.24857E-06CACentralContraCostaMHF 11,2,3,4,7,8,9-HpCDF110.000326BDL10.01000000.000003262.24857E-06CACentralContraCostaMHF 11,2,3,4,7,8-HxCDD110.000236BDL10.10000000.00002362.24857E-05CACentralContraCostaMHF 11,2,3,4,7,8-HxCDF110.000172BDL10.10000000.00001722.24857E-05CACentralContraCostaMHF 11,2,3,6,7,8-HxCDD110.000246BDL10.10000000.00002462.24857E-05CACentralContraCostaMHF 11,2,3,6,7,8-HxCDF110.000176BDL10.10000000.00001762.24857E-05CACentralContraCostaMHF 11,2,3,7,8,9-HxCDD110.000222BDL10.10000000.00002222.24857E-05CACentralContraCostaMHF 11,2,3,7,8,9-HxCDF110.000208BDL10.10000000.00002082.24857E-05CACentralContraCostaMHF 11,2,3,7,8-PeCDD110.00022BDL11.00000000.000220.000224857CACentralContraCostaMHF 11,2,3,7,8-PeCDF110.000234BDL10.03000000.000007026.74571E-06CACentralContraCostaMHF 12,3,4,6,7,8-HxCDF110.000195BDL10.10000000.00001952.24857E-05CACentralContraCostaMHF 12,3,4,7,8-PeCDF110.00025BDL10.30000000.0000756.74571E-05CACentralContraCostaMHF 12,3,7,8-TCDD110.000169BDL11.00000000.0001690.000224857CACentralContraCostaMHF 12,3,7,8-TCDF110.00306ADL00.10000000.0003062.24857E-05CACentralContraCostaMHF 1DF TMB110.071548DLL100CACentralContraCostaMHF 1OCDD110.0026ADL00.00030000.000000786.74571E-08CACentralContraCostaMHF 1OCDF110.00103ADL00.00030000.0000003096.74571E-08CACentralContraCostaMHF 1Other HpCDD110.00022BDL100CACentralContraCostaMHF 1Other HpCDF110.000299BDL100CACentralContraCostaMHF 1Other HxCDD110.000234BDL100CACentralContraCostaMHF 1Other HxCDF110.000188BDL100CACentralContraCostaMHF 1Other PeCDD110.00022BDL100CACentralContraCostaMHF 1Other PeCDF110.00618ADL000CACentralContraCostaMHF 1Other TCDD110.000169BDL100CACentralContraCostaMHF 1Other TCDF110.0542ADL000CACentralContraCostaMHF 1D/F TMB110.009838-4.6215028410.0002248570.000931809-6.97838270.000710683CACentralContraCostaMHF 11,2,3,4,6,7,8-HpCDD120.00105BDL10.01000000.00001054.43733E-06CACentralContraCostaMHF 11,2,3,4,6,7,8-HpCDF120.000344BDL10.01000000.000003444.43733E-06CACentralContraCostaMHF 11,2,3,4,7,8,9-HpCDF120.000405BDL10.01000000.000004054.43733E-06CACentralContraCostaMHF 11,2,3,4,7,8-HxCDD120.000378BDL10.10000000.00003784.43733E-05CACentralContraCostaMHF 11,2,3,4,7,8-HxCDF120.000201BDL10.10000000.00002014.43733E-05CACentralContraCostaMHF 11,2,3,6,7,8-HxCDD120.0004BDL10.10000000.000044.43733E-05CACentralContraCostaMHF 11,2,3,6,7,8-HxCDF120.000205BDL10.10000000.00002054.43733E-05CACentralContraCostaMHF 11,2,3,7,8,9-HxCDD120.000357BDL10.10000000.00003574.43733E-05CACentralContraCostaMHF 11,2,3,7,8,9-HxCDF120.000243BDL10.10000000.00002434.43733E-05CACentralContraCostaMHF 11,2,3,7,8-PeCDD120.00032BDL11.00000000.000320.000443733CACentralContraCostaMHF 11,2,3,7,8-PeCDF120.000228BDL10.03000000.000006840.000013312CACentralContraCostaMHF 12,3,4,6,7,8-HxCDF120.000228BDL10.10000000.00002284.43733E-05CACentralContraCostaMHF 12,3,4,7,8-PeCDF120.000604ADL00.30000000.00018120.00013312CACentralContraCostaMHF 12,3,7,8-TCDD120.000188BDL11.00000000.0001880.000443733CACentralContraCostaMHF 12,3,7,8-TCDF120.00169BDL10.10000000.0001694.43733E-05CACentralContraCostaMHF 1DF TMB120.041863DLL100CACentralContraCostaMHF 1OCDD120.0045ADL00.00030000.000001351.3312E-07CACentralContraCostaMHF 1OCDF120.000419BDL10.00030001.257E-071.3312E-07CACentralContraCostaMHF 1Other HpCDD120.00114ADL000CACentralContraCostaMHF 1Other HpCDF120.000375BDL100CACentralContraCostaMHF 1Other HxCDD120.000378BDL100CACentralContraCostaMHF 1Other HxCDF120.00022BDL100CACentralContraCostaMHF 1Other PeCDD120.00032BDL100CACentralContraCostaMHF 1Other PeCDF120.00608ADL000CACentralContraCostaMHF 1Other TCDD120.00209ADL000CACentralContraCostaMHF 1Other TCDF120.0195ADL000CACentralContraCostaMHF 1D/F TMB120.01176-4.4430513370.0004437330.001085706-6.8255250890.001402464CACentralContraCostaMHF 11,2,3,4,6,7,8-HpCDD130.000311BDL10.01000000.000003113.72688E-06CACentralContraCostaMHF 11,2,3,4,6,7,8-HpCDF130.000313BDL10.01000000.000003133.72688E-067/31/20108Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runCACentralContraCostaMHF 11,2,3,4,7,8,9-HpCDF130.000371BDL10.01000000.000003713.72688E-06CACentralContraCostaMHF 11,2,3,4,7,8-HxCDD130.000282BDL10.10000000.00002823.72688E-05CACentralContraCostaMHF 11,2,3,4,7,8-HxCDF130.0002BDL10.10000000.000023.72688E-05CACentralContraCostaMHF 11,2,3,6,7,8-HxCDD130.000297BDL10.10000000.00002973.72688E-05CACentralContraCostaMHF 11,2,3,6,7,8-HxCDF130.000204BDL10.10000000.00002043.72688E-05CACentralContraCostaMHF 11,2,3,7,8,9-HxCDD130.000265BDL10.10000000.00002653.72688E-05CACentralContraCostaMHF 11,2,3,7,8,9-HxCDF130.000241BDL10.10000000.00002413.72688E-05CACentralContraCostaMHF 11,2,3,7,8-PeCDD130.000295BDL11.00000000.0002950.000372688CACentralContraCostaMHF 11,2,3,7,8-PeCDF130.000209BDL10.03000000.000006271.11806E-05CACentralContraCostaMHF 12,3,4,6,7,8-HxCDF130.000228BDL10.10000000.00002283.72688E-05CACentralContraCostaMHF 12,3,4,7,8-PeCDF130.000222BDL10.30000000.00006660.000111806CACentralContraCostaMHF 12,3,7,8-TCDD130.000178BDL11.00000000.0001780.000372688CACentralContraCostaMHF 12,3,7,8-TCDF130.000864ADL00.10000000.00008643.72688E-05CACentralContraCostaMHF 1DF TMB130.012056DLL100CACentralContraCostaMHF 1OCDD130.00195BDL10.00030000.0000005851.11806E-07CACentralContraCostaMHF 1OCDF130.000397BDL10.00030001.191E-071.11806E-07CACentralContraCostaMHF 1Other HpCDD130.000311BDL100CACentralContraCostaMHF 1Other HpCDF130.000339BDL100CACentralContraCostaMHF 1Other HxCDD130.000282BDL100CACentralContraCostaMHF 1Other HxCDF130.000219BDL100CACentralContraCostaMHF 1Other PeCDD130.000295BDL100CACentralContraCostaMHF 1Other PeCDF130.000215BDL100CACentralContraCostaMHF 1Other TCDD130.000178BDL100CACentralContraCostaMHF 1Other TCDF130.00339ADL000CACentralContraCostaMHF 1D/F TMB130.006827-4.9868699410.0003726880.000814624-7.1127837780.001177916MAUpperBlackstoneIncinerator31,2,3,4,6,7,8-HpCDD110.022900.01000000.0002290.00001387MAUpperBlackstoneIncinerator31,2,3,4,6,7,8-HpCDF110.010900.01000000.0001090.00001387MAUpperBlackstoneIncinerator31,2,3,4,7,8,9-HpCDF110.00146EMPC10.01000000.00001460.00001387MAUpperBlackstoneIncinerator31,2,3,4,7,8-HxCDD110.00127EMPC10.10000000.0001270.0001387MAUpperBlackstoneIncinerator31,2,3,4,7,8-HxCDF110.0051200.10000000.0005120.0001387MAUpperBlackstoneIncinerator31,2,3,6,7,8-HxCDD110.0026600.10000000.0002660.0001387MAUpperBlackstoneIncinerator31,2,3,6,7,8-HxCDF110.0047900.10000000.0004790.0001387MAUpperBlackstoneIncinerator31,2,3,7,8,9-HxCDD110.00229EMPC10.10000000.0002290.0001387MAUpperBlackstoneIncinerator31,2,3,7,8,9-HxCDF110.0014700.10000000.0001470.0001387MAUpperBlackstoneIncinerator31,2,3,7,8-PeCDD110.0014801.00000000.001480.001387MAUpperBlackstoneIncinerator31,2,3,7,8-PeCDF110.0063500.03000000.00019050.00004161MAUpperBlackstoneIncinerator32,3,4,6,7,8-HxCDF110.0045400.10000000.0004540.0001387MAUpperBlackstoneIncinerator32,3,4,7,8-PeCDF110.0077900.30000000.0023370.0004161MAUpperBlackstoneIncinerator32,3,7,8-TCDD110.000528<11.00000000.0005280.001387MAUpperBlackstoneIncinerator32,3,7,8-TCDF110.016400.10000000.001640.0001387MAUpperBlackstoneIncinerator3DF TEQ110.00925<100MAUpperBlackstoneIncinerator3DF TEQ110.00925<100MAUpperBlackstoneIncinerator3DF TMB110.920058<100MAUpperBlackstoneIncinerator3OCDD110.082200.00030000.000024664.161E-07MAUpperBlackstoneIncinerator3OCDF110.012500.00030000.000003754.161E-07MAUpperBlackstoneIncinerator3Other HpCDD110.0215000MAUpperBlackstoneIncinerator3Other HpCDF110.00771000MAUpperBlackstoneIncinerator3Other HxCDD110.031<100MAUpperBlackstoneIncinerator3Other HxCDF110.0248<100MAUpperBlackstoneIncinerator3Other PeCDD110.0336<100MAUpperBlackstoneIncinerator3Other PeCDF110.0878<100MAUpperBlackstoneIncinerator3Other TCDD110.318<100MAUpperBlackstoneIncinerator3Other TCDF110.211<100MAUpperBlackstoneIncinerator3Total Dioxins110.517<100MAUpperBlackstoneIncinerator3Total Furans110.403<100MAUpperBlackstoneIncinerator3Total Hepta-CBs110.282000MAUpperBlackstoneIncinerator3Total Hexa-CBs111.040007/31/20109Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMAUpperBlackstoneIncinerator3Total HpCDD110.0443000MAUpperBlackstoneIncinerator3Total HpCDF110.0201000MAUpperBlackstoneIncinerator3Total HxCDD110.0373000MAUpperBlackstoneIncinerator3Total HxCDF110.0408000MAUpperBlackstoneIncinerator3Total PeCDD110.035000MAUpperBlackstoneIncinerator3Total PeCDF110.102000MAUpperBlackstoneIncinerator3Total TCDD110.318000MAUpperBlackstoneIncinerator3Total TCDF110.229000MAUpperBlackstoneIncinerator 3D/F TMB110.184648-1.6893039690.0013870.00877051-4.7363603210.004383752MAUpperBlackstoneIncinerator31,2,3,4,6,7,8-HpCDD120.007900.01000000.0000791.45582E-05MAUpperBlackstoneIncinerator31,2,3,4,6,7,8-HpCDF120.0064400.01000000.00006441.45582E-05MAUpperBlackstoneIncinerator31,2,3,4,7,8,9-HpCDF120.00113<10.01000000.00001131.45582E-05MAUpperBlackstoneIncinerator31,2,3,4,7,8-HxCDD120.000778<10.10000000.00007780.000145582MAUpperBlackstoneIncinerator31,2,3,4,7,8-HxCDF120.0019EMPC10.10000000.000190.000145582MAUpperBlackstoneIncinerator31,2,3,6,7,8-HxCDD120.000781<10.10000000.00007810.000145582MAUpperBlackstoneIncinerator31,2,3,6,7,8-HxCDF120.00266EMPC10.10000000.0002660.000145582MAUpperBlackstoneIncinerator31,2,3,7,8,9-HxCDD120.000812<10.10000000.00008120.000145582MAUpperBlackstoneIncinerator31,2,3,7,8,9-HxCDF120.000734<10.10000000.00007340.000145582MAUpperBlackstoneIncinerator31,2,3,7,8-PeCDD120.000766<11.00000000.0007660.001455818MAUpperBlackstoneIncinerator31,2,3,7,8-PeCDF120.0042200.03000000.00012664.36745E-05MAUpperBlackstoneIncinerator32,3,4,6,7,8-HxCDF120.00224EMPC10.10000000.0002240.000145582MAUpperBlackstoneIncinerator32,3,4,7,8-PeCDF120.0043900.30000000.0013170.000436745MAUpperBlackstoneIncinerator32,3,7,8-TCDD120.000673<11.00000000.0006730.001455818MAUpperBlackstoneIncinerator32,3,7,8-TCDF120.014600.10000000.001460.000145582MAUpperBlackstoneIncinerator3DF TEQ120.00471<100MAUpperBlackstoneIncinerator3DF TEQ120.00471<100MAUpperBlackstoneIncinerator3DF TMB120.592864<100MAUpperBlackstoneIncinerator3OCDD120.022500.00030000.000006754.36745E-07MAUpperBlackstoneIncinerator3OCDF120.00354EMPC10.00030000.0000010624.36745E-07MAUpperBlackstoneIncinerator3Other HpCDD120.01000MAUpperBlackstoneIncinerator3Other HpCDF120000MAUpperBlackstoneIncinerator3Other HxCDD120.0152000MAUpperBlackstoneIncinerator3Other HxCDF120.011000MAUpperBlackstoneIncinerator3Other PeCDD120.0195<100MAUpperBlackstoneIncinerator3Other PeCDF120.0481<100MAUpperBlackstoneIncinerator3Other TCDD120.275<100MAUpperBlackstoneIncinerator3Other TCDF120.138<100MAUpperBlackstoneIncinerator3Total Dioxins120.349<100MAUpperBlackstoneIncinerator3Total Furans120.237<100MAUpperBlackstoneIncinerator3Total Hepta-CBs120.227000MAUpperBlackstoneIncinerator3Total Hexa-CBs120.822000MAUpperBlackstoneIncinerator3Total HpCDD120.018000MAUpperBlackstoneIncinerator3Total HpCDF120.00644000MAUpperBlackstoneIncinerator3Total HxCDD120.0152000MAUpperBlackstoneIncinerator3Total HxCDF120.0178000MAUpperBlackstoneIncinerator3Total PeCDD120.0195000MAUpperBlackstoneIncinerator3Total PeCDF120.0568000MAUpperBlackstoneIncinerator3Total TCDD120.275000MAUpperBlackstoneIncinerator3Total TCDF120.153000MAUpperBlackstoneIncinerator 3D/F TMB120.076064-2.5761801880.0014558180.005495612-5.2038053230.004601259MAUpperBlackstoneIncinerator31,2,3,4,6,7,8-HpCDD130.0125EMPC10.01000000.0001250.00002567MAUpperBlackstoneIncinerator31,2,3,4,6,7,8-HpCDF130.0073400.01000000.00007340.00002567MAUpperBlackstoneIncinerator31,2,3,4,7,8,9-HpCDF130.0016EMPC10.01000000.0000160.00002567MAUpperBlackstoneIncinerator31,2,3,4,7,8-HxCDD130.000453EMPC10.10000000.00004530.0002567MAUpperBlackstoneIncinerator31,2,3,4,7,8-HxCDF130.0025400.10000000.0002540.0002567MAUpperBlackstoneIncinerator31,2,3,6,7,8-HxCDD130.001500.10000000.000150.00025677/31/201010Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMAUpperBlackstoneIncinerator31,2,3,6,7,8-HxCDF130.00211EMPC10.10000000.0002110.0002567MAUpperBlackstoneIncinerator31,2,3,7,8,9-HxCDD130.0013200.10000000.0001320.0002567MAUpperBlackstoneIncinerator31,2,3,7,8,9-HxCDF130.000575<10.10000000.00005750.0002567MAUpperBlackstoneIncinerator31,2,3,7,8-PeCDD130.000432EMPC11.00000000.0004320.002567MAUpperBlackstoneIncinerator31,2,3,7,8-PeCDF130.0031900.03000000.00009570.00007701MAUpperBlackstoneIncinerator32,3,4,6,7,8-HxCDF130.0029500.10000000.0002950.0002567MAUpperBlackstoneIncinerator32,3,4,7,8-PeCDF130.0034300.30000000.0010290.0007701MAUpperBlackstoneIncinerator32,3,7,8-TCDD130.000299<11.00000000.0002990.002567MAUpperBlackstoneIncinerator32,3,7,8-TCDF130.010800.10000000.001080.0002567MAUpperBlackstoneIncinerator3DF TEQ130.00453<100MAUpperBlackstoneIncinerator3DF TEQ130.00453<100MAUpperBlackstoneIncinerator3DF TMB130.644609<100MAUpperBlackstoneIncinerator3OCDD130.03900.00030000.00001177.701E-07MAUpperBlackstoneIncinerator3OCDF130.011900.00030000.000003577.701E-07MAUpperBlackstoneIncinerator3Other HpCDD130.0129000MAUpperBlackstoneIncinerator3Other HpCDF130.00717000MAUpperBlackstoneIncinerator3Other HxCDD130.0156<100MAUpperBlackstoneIncinerator3Other HxCDF130.0111<100MAUpperBlackstoneIncinerator3Other PeCDD130.0189000MAUpperBlackstoneIncinerator3Other PeCDF130.047<100MAUpperBlackstoneIncinerator3Other TCDD130.288<100MAUpperBlackstoneIncinerator3Other TCDF130.142<100MAUpperBlackstoneIncinerator3Total Dioxins130.374<100MAUpperBlackstoneIncinerator3Total Furans130.254<100MAUpperBlackstoneIncinerator3Total Hepta-CBs130.237000MAUpperBlackstoneIncinerator3Total Hexa-CBs130.884000MAUpperBlackstoneIncinerator3Total HpCDD130.0254000MAUpperBlackstoneIncinerator3Total HpCDF130.0161000MAUpperBlackstoneIncinerator3Total HxCDD130.0189000MAUpperBlackstoneIncinerator3Total HxCDF130.0187000MAUpperBlackstoneIncinerator3Total PeCDD130.0192000MAUpperBlackstoneIncinerator3Total PeCDF130.0537000MAUpperBlackstoneIncinerator3Total TCDD130.288000MAUpperBlackstoneIncinerator3Total TCDF130.153000MAUpperBlackstoneIncinerator 3D/F TMB130.101939-2.2833806840.0025670.00431017-5.4467779320.00811326MNSenecaIncinerator 11,2,3,4,6,7,8-HpCDD110.0195BDL10.01000000.0001950.000414375MNSenecaIncinerator 11,2,3,4,6,7,8-HpCDF110.0195BDL10.01000000.0001950.000414375MNSenecaIncinerator 11,2,3,4,7,8,9-HpCDF110.0195BDL10.01000000.0001950.000414375MNSenecaIncinerator 11,2,3,4,7,8-HxCDD110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 11,2,3,4,7,8-HxCDF110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 11,2,3,6,7,8-HxCDD110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 11,2,3,6,7,8-HxCDF110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 11,2,3,7,8,9-HxCDD110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 11,2,3,7,8,9-HxCDF110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 11,2,3,7,8-PeCDD110.0195BDL11.00000000.01950.0414375MNSenecaIncinerator 11,2,3,7,8-PeCDF110.0195BDL10.03000000.0005850.001243125MNSenecaIncinerator 12,3,4,6,7,8-HxCDF110.0195BDL10.10000000.001950.00414375MNSenecaIncinerator 12,3,4,7,8-PeCDF110.0195BDL10.30000000.005850.01243125MNSenecaIncinerator 12,3,7,8-TCDD110.0195BDL11.00000000.01950.0414375MNSenecaIncinerator 12,3,7,8-TCDF110.0804ADL00.10000000.008040.00414375MNSenecaIncinerator 1DF TEQ110.0626DLL100MNSenecaIncinerator 1DF TEQ110.0626DLL100MNSenecaIncinerator 1DF TMB111.545DLL100MNSenecaIncinerator 1OCDD110.195BDL10.00030000.00005851.24313E-05MNSenecaIncinerator 1OCDF110.195BDL10.00030000.00005851.24313E-05MNSenecaIncinerator 1Total Dioxins110.345DLL100MNSenecaIncinerator 1Total Furans111.2DLL1007/31/201011Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNSenecaIncinerator 1Total HpCDD110.0209000MNSenecaIncinerator 1Total HpCDF110.0195000MNSenecaIncinerator 1Total HxCDD110.0195000MNSenecaIncinerator 1Total HxCDF110.0511000MNSenecaIncinerator 1Total PeCDD110.0195000MNSenecaIncinerator 1Total PeCDF110.0195000MNSenecaIncinerator 1Total TCDD110.0891000MNSenecaIncinerator 1Total TCDF110.911000MNSenecaIncinerator 1D/F TMB110.7434-0.2965210210.04143750.067827-2.6907949330.130967363MNSenecaIncinerator 11,2,3,4,6,7,8-HpCDD120.0197BDL10.01000000.0001970.000418625MNSenecaIncinerator 11,2,3,4,6,7,8-HpCDF120.0197BDL10.01000000.0001970.000418625MNSenecaIncinerator 11,2,3,4,7,8,9-HpCDF120.0197BDL10.01000000.0001970.000418625MNSenecaIncinerator 11,2,3,4,7,8-HxCDD120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 11,2,3,4,7,8-HxCDF120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 11,2,3,6,7,8-HxCDD120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 11,2,3,6,7,8-HxCDF120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 11,2,3,7,8,9-HxCDD120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 11,2,3,7,8,9-HxCDF120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 11,2,3,7,8-PeCDD120.0197BDL11.00000000.01970.0418625MNSenecaIncinerator 11,2,3,7,8-PeCDF120.0197BDL10.03000000.0005910.001255875MNSenecaIncinerator 12,3,4,6,7,8-HxCDF120.0197BDL10.10000000.001970.00418625MNSenecaIncinerator 12,3,4,7,8-PeCDF120.0197BDL10.30000000.005910.01255875MNSenecaIncinerator 12,3,7,8-TCDD120.0197BDL11.00000000.01970.0418625MNSenecaIncinerator 12,3,7,8-TCDF120.101ADL00.10000000.01010.00418625MNSenecaIncinerator 1DF TEQ120.065DLL100MNSenecaIncinerator 1DF TEQ120.065DLL100MNSenecaIncinerator 1DF TMB121.808DLL100MNSenecaIncinerator 1OCDD120.197BDL10.00030000.00005911.25588E-05MNSenecaIncinerator 1OCDF120.197BDL10.00030000.00005911.25588E-05MNSenecaIncinerator 1Total Dioxins120.338DLL100MNSenecaIncinerator 1Total Furans121.47DLL100MNSenecaIncinerator 1Total HpCDD120.0206000MNSenecaIncinerator 1Total HpCDF120.0197000MNSenecaIncinerator 1Total HxCDD120.0197000MNSenecaIncinerator 1Total HxCDF120.0482000MNSenecaIncinerator 1Total PeCDD120.0197000MNSenecaIncinerator 1Total PeCDF120.0197000MNSenecaIncinerator 1Total TCDD120.0807000MNSenecaIncinerator 1Total TCDF121.19000MNSenecaIncinerator 1D/F TMB120.7708-0.2603263420.04186250.0705002-2.6521397320.132310618MNSenecaIncinerator 11,2,3,4,6,7,8-HpCDD130.0203BDL10.01000000.0002030.000431375MNSenecaIncinerator 11,2,3,4,6,7,8-HpCDF130.0203BDL10.01000000.0002030.000431375MNSenecaIncinerator 11,2,3,4,7,8,9-HpCDF130.0203BDL10.01000000.0002030.000431375MNSenecaIncinerator 11,2,3,4,7,8-HxCDD130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 11,2,3,4,7,8-HxCDF130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 11,2,3,6,7,8-HxCDD130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 11,2,3,6,7,8-HxCDF130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 11,2,3,7,8,9-HxCDD130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 11,2,3,7,8,9-HxCDF130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 11,2,3,7,8-PeCDD130.0203BDL11.00000000.02030.0431375MNSenecaIncinerator 11,2,3,7,8-PeCDF130.0203BDL10.03000000.0006090.001294125MNSenecaIncinerator 12,3,4,6,7,8-HxCDF130.0203BDL10.10000000.002030.00431375MNSenecaIncinerator 12,3,4,7,8-PeCDF130.0203BDL10.30000000.006090.01294125MNSenecaIncinerator 12,3,7,8-TCDD130.0203BDL11.00000000.02030.0431375MNSenecaIncinerator 12,3,7,8-TCDF130.073ADL00.10000000.00730.00431375MNSenecaIncinerator 1DF TEQ130.0642DLL1007/31/201012Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNSenecaIncinerator 1DF TEQ130.0642DLL100MNSenecaIncinerator 1DF TMB131.572DLL100MNSenecaIncinerator 1OCDD130.203BDL10.00030000.00006091.29413E-05MNSenecaIncinerator 1OCDF130.203BDL10.00030000.00006091.29413E-05MNSenecaIncinerator 1Total Dioxins130.382DLL100MNSenecaIncinerator 1Total Furans131.19DLL100MNSenecaIncinerator 1Total HpCDD130.0203000MNSenecaIncinerator 1Total HpCDF130.0203000MNSenecaIncinerator 1Total HxCDD130.0203000MNSenecaIncinerator 1Total HxCDF130.0487000MNSenecaIncinerator 1Total PeCDD130.0203000MNSenecaIncinerator 1Total PeCDF130.0203000MNSenecaIncinerator 1Total TCDD130.119000MNSenecaIncinerator 1Total TCDF130.893000MNSenecaIncinerator 1D/F TMB130.7632-0.2702351590.04313750.0695398-2.6658560280.136340383NJMountainView#21,2,3,4,6,7,8-HpCDD412.65E-0200.01000000.0002654.42E-06NJMountainView#21,2,3,4,6,7,8-HpCDF411.60E-04<10.01000000.00000164.42E-06NJMountainView#21,2,3,4,7,8,9-HpCDF411.16E-05<10.01000000.0000001164.42E-06NJMountainView#21,2,3,4,7,8-HxCDD411.09E-04<10.10000000.00001094.42E-05NJMountainView#21,2,3,4,7,8-HxCDF411.85E-0300.10000000.0001854.42E-05NJMountainView#21,2,3,6,7,8-HxCDD413.47E-0300.10000000.0003474.42E-05NJMountainView#21,2,3,6,7,8-HxCDF414.13E-0300.10000000.0004134.42E-05NJMountainView#21,2,3,7,8,9-HxCDD411.05E-04<10.10000000.00001054.42E-05NJMountainView#21,2,3,7,8,9-HxCDF419.79E-05<10.10000000.000009794.42E-05NJMountainView#21,2,3,7,8-PeCDD419.43E-04<11.00000000.0009434.42E-04NJMountainView#21,2,3,7,8-PeCDF413.84E-0300.30000000.0011521.33E-04NJMountainView#22,3,4,6,7,8-HxCDF411.20E-0300.10000000.000124.42E-05NJMountainView#22,3,4,7,8-PeCDF411.02E-0200.30000000.003061.33E-04NJMountainView#22,3,7,8-TCDD411.67E-03<11.00000000.001674.42E-04NJMountainView#22,3,7,8-TCDF415.38E-0200.10000000.005384.42E-05NJMountainView#2DF TEQ410.0662000.00E+00NJMountainView#2DF TMB412.11E-01000.00E+00NJMountainView#2OCDD418.67E-0200.00030000.000026011.33E-07NJMountainView#2OCDF411.67E-0200.00030000.000005011.33E-07NJMountainView#2D/F TMB412.11E-01-1.5535941124.42E-040.013598926-4.297764461.52E-03NJMountainView#21,2,3,4,6,7,8-HpCDD423.07E-0200.01000000.0003075.81E-06NJMountainView#21,2,3,4,6,7,8-HpCDF421.96E-04<10.01000000.000001965.81E-06NJMountainView#21,2,3,4,7,8,9-HpCDF429.82E-06<10.01000009.82E-085.81E-06NJMountainView#21,2,3,4,7,8-HxCDD429.82E-05<10.10000000.000009825.81E-05NJMountainView#21,2,3,4,7,8-HxCDF425.56E-0300.10000000.0005565.81E-05NJMountainView#21,2,3,6,7,8-HxCDD424.76E-0300.10000000.0004765.81E-05NJMountainView#21,2,3,6,7,8-HxCDF421.67E-0300.10000000.0001675.81E-05NJMountainView#21,2,3,7,8,9-HxCDD429.46E-05<10.10000000.000009465.81E-05NJMountainView#21,2,3,7,8,9-HxCDF421.35E-04<10.10000000.00001355.81E-05NJMountainView#21,2,3,7,8-PeCDD421.27E-03<11.00000000.001275.81E-04NJMountainView#21,2,3,7,8-PeCDF422.66E-0300.30000000.0007981.74E-04NJMountainView#22,3,4,6,7,8-HxCDF421.45E-0300.10000000.0001455.81E-05NJMountainView#22,3,4,7,8-PeCDF421.02E-0200.30000000.003061.74E-04NJMountainView#22,3,7,8-TCDD422.26E-03<11.00000000.002265.81E-04NJMountainView#22,3,7,8-TCDF424.15E-0200.10000000.004155.81E-05NJMountainView#2DF TEQ420.0615000.00E+007/31/201013Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runNJMountainView#2DF TMB422.08E-01000.00E+00NJMountainView#2OCDD429.24E-0200.00030000.000027721.74E-07NJMountainView#2OCDF421.26E-0200.00030000.000003781.74E-07NJMountainView#2OCDF420.00E+00NJMountainView#2D/F TMB422.08E-01-1.5723173845.81E-040.013255338-4.3233549251.99E-03NJMountainView#21,2,3,4,6,7,8-HpCDD433.02E-0200.01000000.0003025.79E-06NJMountainView#21,2,3,4,6,7,8-HpCDF431.63E-04<10.01000000.000001635.79E-06NJMountainView#21,2,3,4,7,8,9-HpCDF431.12E-05<10.01000000.0000001125.79E-06NJMountainView#21,2,3,4,7,8-HxCDD431.15E-04<10.10000000.00001155.79E-05NJMountainView#21,2,3,4,7,8-HxCDF433.97E-0300.10000000.0003975.79E-05NJMountainView#21,2,3,6,7,8-HxCDD433.94E-0300.10000000.0003945.79E-05NJMountainView#21,2,3,6,7,8-HxCDF432.04E-04<10.10000000.00002045.79E-05NJMountainView#21,2,3,7,8,9-HxCDD431.43E-0300.10000000.0001435.79E-05NJMountainView#21,2,3,7,8,9-HxCDF439.84E-05<10.10000000.000009845.79E-05NJMountainView#21,2,3,7,8-PeCDD431.12E-03<11.00000000.001125.79E-04NJMountainView#21,2,3,7,8-PeCDF434.51E-0300.30000000.0013531.74E-04NJMountainView#22,3,4,6,7,8-HxCDF439.16E-0500.10000000.000009165.79E-05NJMountainView#22,3,4,7,8-PeCDF431.04E-0200.30000000.003121.74E-04NJMountainView#22,3,7,8-TCDD432.34E-03<11.00000000.002345.79E-04NJMountainView#22,3,7,8-TCDF436.37E-0200.10000000.006375.79E-05NJMountainView#2DF TEQ430.0757000.00E+00NJMountainView#2DF TMB432.46E-01000.00E+00NJMountainView#2OCDD431.13E-0100.00030000.00003391.74E-07NJMountainView#2OCDF431.04E-0200.00030000.000003121.74E-07NJMountainView#2D/F TMB432.46E-01-1.4036716765.79E-040.015628662-4.1586487431.99E-03SCColumbiaMetro11,2,3,4,6,7,8-HpCDD111.0900.01000000.01091.10E-04SCColumbiaMetro11,2,3,4,6,7,8-HpCDF110.68700.01000000.006871.10E-04SCColumbiaMetro11,2,3,4,7,8,9-HpCDF110.062200.01000000.0006221.10E-04SCColumbiaMetro11,2,3,4,7,8-HxCDD110.081200.10000000.008121.10E-03SCColumbiaMetro11,2,3,4,7,8-HxCDF110.14500.10000000.01451.10E-03SCColumbiaMetro11,2,3,6,7,8-HxCDD110.22700.10000000.02271.10E-03SCColumbiaMetro11,2,3,6,7,8-HxCDF110.14900.10000000.01491.10E-03SCColumbiaMetro11,2,3,7,8,9-HxCDD110.16200.10000000.01621.10E-03SCColumbiaMetro11,2,3,7,8,9-HxCDF110.00385<10.10000000.0003851.10E-03SCColumbiaMetro11,2,3,7,8-PeCDD110.060701.00000000.06071.10E-02SCColumbiaMetro11,2,3,7,8-PeCDF110.069400.03000000.0020823.29E-04SCColumbiaMetro12,3,4,6,7,8-HxCDF110.25600.10000000.02561.10E-03SCColumbiaMetro12,3,4,7,8-PeCDF110.17600.30000000.05283.29E-03SCColumbiaMetro12,3,7,8-TCDD110.00368EMPC11.00000000.003681.10E-02SCColumbiaMetro12,3,7,8-TCDF110.0254EMPC10.10000000.002541.10E-03SCColumbiaMetro1DF TEQ110.251000.00E+00SCColumbiaMetro1DF TEQ110.251000.00E+00SCColumbiaMetro1OCDD111.0700.00030000.0003213.29E-06SCColumbiaMetro1OCDF110.25900.00030000.00007773.29E-06SCColumbiaMetro1Other HpCDD111.21000.00E+00SCColumbiaMetro1Other HpCDF110.212000.00E+00SCColumbiaMetro1Other HxCDD112.29000.00E+00SCColumbiaMetro1Other HxCDF111.05000.00E+00SCColumbiaMetro1Other PeCDD112.51000.00E+00SCColumbiaMetro1Other PeCDF111.96000.00E+00SCColumbiaMetro1Other TCDD111.09000.00E+00SCColumbiaMetro1Other TCDF111.88000.00E+00SCColumbiaMetro1Total Dioxins119.79000.00E+007/31/201014Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runSCColumbiaMetro1Total Furans116.95000.00E+00SCColumbiaMetro1D/F TMB114.527431.510154450.0109766670.2429977-1.4147033010.034692853SCColumbiaMetro11,2,3,4,6,7,8-HpCDD120.27300.01000000.002732.73E-05SCColumbiaMetro11,2,3,4,6,7,8-HpCDF120.21800.01000000.002182.73E-05SCColumbiaMetro11,2,3,4,7,8,9-HpCDF120.017100.01000000.0001712.73E-05SCColumbiaMetro11,2,3,4,7,8-HxCDD120.028900.10000000.002892.73E-04SCColumbiaMetro11,2,3,4,7,8-HxCDF120.056500.10000000.005652.73E-04SCColumbiaMetro11,2,3,6,7,8-HxCDD120.07600.10000000.00762.73E-04SCColumbiaMetro11,2,3,6,7,8-HxCDF120.057600.10000000.005762.73E-04SCColumbiaMetro11,2,3,7,8,9-HxCDD120.04800.10000000.00482.73E-04SCColumbiaMetro11,2,3,7,8,9-HxCDF120.00273<10.10000000.0002732.73E-04SCColumbiaMetro11,2,3,7,8-PeCDD120.023701.00000000.02372.73E-03SCColumbiaMetro11,2,3,7,8-PeCDF120.030900.03000000.0009278.19E-05SCColumbiaMetro12,3,4,6,7,8-HxCDF120.10600.10000000.01062.73E-04SCColumbiaMetro12,3,4,7,8-PeCDF120.085100.30000000.025538.19E-04SCColumbiaMetro12,3,7,8-TCDD120.0024701.00000000.002472.73E-03SCColumbiaMetro12,3,7,8-TCDF120.01700.10000000.00172.73E-04SCColumbiaMetro1DF TEQ120.103000.00E+00SCColumbiaMetro1DF TEQ120.103000.00E+00SCColumbiaMetro1OCDD120.28100.00030000.00008438.19E-07SCColumbiaMetro1OCDF120.057900.00030000.000017378.19E-07SCColumbiaMetro1Other HpCDD120.322000.00E+00SCColumbiaMetro1Other HpCDF120.0626000.00E+00SCColumbiaMetro1Other HxCDD120.81000.00E+00SCColumbiaMetro1Other HxCDF120.402000.00E+00SCColumbiaMetro1Other PeCDD121.02000.00E+00SCColumbiaMetro1Other PeCDF120.865000.00E+00SCColumbiaMetro1Other TCDD120.397000.00E+00SCColumbiaMetro1Other TCDF120.791000.00E+00SCColumbiaMetro1Total Dioxins123.29000.00E+00SCColumbiaMetro1Total Furans122.79000.00E+00SCColumbiaMetro1D/F TMB121.38190.3234593640.002730.09708267-2.3321923950.008628438SCColumbiaMetro11,2,3,4,6,7,8-HpCDD130.23700.01000000.002371.20E-04SCColumbiaMetro11,2,3,4,6,7,8-HpCDF130.19100.01000000.001911.20E-04SCColumbiaMetro11,2,3,4,7,8,9-HpCDF130.012900.01000000.0001291.20E-04SCColumbiaMetro11,2,3,4,7,8-HxCDD130.0211EMPC10.10000000.002111.20E-03SCColumbiaMetro11,2,3,4,7,8-HxCDF130.054700.10000000.005471.20E-03SCColumbiaMetro11,2,3,6,7,8-HxCDD130.069200.10000000.006921.20E-03SCColumbiaMetro11,2,3,6,7,8-HxCDF130.059400.10000000.005941.20E-03SCColumbiaMetro11,2,3,7,8,9-HxCDD130.041700.10000000.004171.20E-03SCColumbiaMetro11,2,3,7,8,9-HxCDF130.00293EMPC10.10000000.0002931.20E-03SCColumbiaMetro11,2,3,7,8-PeCDD130.021401.00000000.02141.20E-02SCColumbiaMetro11,2,3,7,8-PeCDF130.031900.03000000.0009573.60E-04SCColumbiaMetro12,3,4,6,7,8-HxCDF130.10100.10000000.01011.20E-03SCColumbiaMetro12,3,4,7,8-PeCDF130.081800.30000000.024543.60E-03SCColumbiaMetro12,3,7,8-TCDD130.0021301.00000000.002131.20E-02SCColumbiaMetro12,3,7,8-TCDF130.01700.10000000.00171.20E-03SCColumbiaMetro1DF TEQ130.0967000.00E+00SCColumbiaMetro1DF TEQ130.0967000.00E+00SCColumbiaMetro1OCDD130.18600.00030000.00005583.60E-06SCColumbiaMetro1OCDF130.0500.00030000.0000153.60E-06SCColumbiaMetro1Other HpCDD130.29000.00E+00SCColumbiaMetro1Other HpCDF130.0297000.00E+00SCColumbiaMetro1Other HxCDD130.756000.00E+00SCColumbiaMetro1Other HxCDF130.376000.00E+00SCColumbiaMetro1Other PeCDD130.926000.00E+007/31/201015Attachment E-4. Summary of CDD/CDF Calculations Used in Attachment E-3.FacilityIDUnit IDPollutantTest IDTest RunPollutant ValueFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runSCColumbiaMetro1Other PeCDF130.79000.00E+00SCColumbiaMetro1Other TCDD130.319000.00E+00SCColumbiaMetro1Other TCDF130.62000.00E+00SCColumbiaMetro1Total Dioxins132.85000.00E+00SCColumbiaMetro1Total Furans132.44000.00E+00SCColumbiaMetro1D/F TMB131.181160.1664970060.0120150.0902098-2.405617210.0379746097/31/201016

# Attachment F

Detailed MACT Floor Analysis for Opacity From Combustion StackAttachment F. Variability Analysis for Opacity from MH and FB Units

Facility Name State Site ID Unit ID Unit Type [Multiple

Hearth (MH),

Fluidized Bed (FB),

Infrared] Capacity

(quantity) Capacity Units

(e.g., wet

tons/hr) if after control

device(s), specify

(SC, FF, ESP, BH,

CA)

OR uncontrolled (UN) Test Date Time Test

Run

(#1-4) Opacity

(%) LN opacit

Ypsilanti Community Utilities Authority MI Michigan PTI AQD No. 68-02 EU-FBSSI-M7E1 FB not specified SC, WESP, CA 7/26/2006 0802-0902 1 0

Ypsilanti Community Utilities Authority MI Michigan PTI AQD No. 68-02 EU-FBSSI-M7E2 FB not specified SC, WESP, CA 7/26/2006 1339-1439 2 0

Ypsilanti Community Utilities Authority MI Michigan PTI AQD No. 68-02 EU-FBSSI-M7E3 FB not specified SC, WESP, CA 7/27/2006 1026-1126 3 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-00(4 or 5?) EU035 (#1) FB 130 dry tons/day CI, SC, BH, ESP 2/9/2005 815-915 1 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-00(4 or 5?) EU035 (#1) FB 130 dry tons/day CI, SC, BH, ESP 2/9/2005 915-1015 2 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-00(4 or 5?) EU035 (#1) FB 130 dry tons/day CI, SC, BH, ESP 2/9/2005 1310-1410 3 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-004 EU036 (#2) FB 130 dry tons/day CI, SC, BH, ESP 1/18/2005 855-955 1 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-004 EU036 (#2) FB 130 dry tons/day CI, SC, BH, ESP 1/18/2005 955-1055 2 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-004 EU036 (#2) FB 130 dry tons/day CI, SC, BH, ESP 1/18/2005 1225-1325 3 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-00(4 or 5?) EU036 (#2) FB 130 dry tons/day CI, SC, BH, ESP 1/11/2005 905-1005 1 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-00(4 or 5?) EU036 (#2) FB 130 dry tons/day CI, SC, BH, ESP 1/11/2005 1010-1110 2 0

Metropolitan Wastewater Treatment Plant MN MPCA Facility I.D. 12300053-00(4 or 5?) EU036 (#2) FB 130 dry tons/day CI, SC, BH, ESP 1/11/2005 1315-1415 3 0

Upper Blackstone Water Pollution Abatement District MA UBWPAD Millbury EU-1 MH 3 dry tons/hr SC, WESP 3/8/2007 825-925 1 0

Upper Blackstone Water Pollution Abatement District MA UBWPAD Millbury EU-1 MH 3 dry tons/hr SC, WESP 3/8/2007 1137-1237 2 0

Upper Blackstone Water Pollution Abatement District MA UBWPAD Millbury EU-1 MH 3 dry tons/hr SC, WESP 3/8/2007 1435-1535 3 0

Upper Blackstone Water Pollution Abatement District MA UBWPAD Millbury EU-2 MH 3 dry tons/hr SC, WESP 3/15/2007 927-1027 1 0

Upper Blackstone Water Pollution Abatement District MA UBWPAD Millbury EU-2 MH 3 dry tons/hr SC, WESP 3/15/2007 1205-1305 2 0

Upper Blackstone Water Pollution Abatement District MA UBWPAD Millbury EU-2 MH 3 dry tons/hr SC, WESP 3/15/2007 1510-1610 3 0

Seneca Wastewater Treatment Plant MN EU 002 MH SC 4/20/2005 1 11 2.397895

Seneca Wastewater Treatment Plant MN EU 001 MH SC 4/18/2006 3 5 1.609437

Seneca Wastewater Treatment Plant MN EU 001 MH SC 10/23/2007 2 2.1 0.741937

Seneca Wastewater Treatment Plant MN EU 002 MH SC 4/19/2007 2 8.5 2.140066

Seneca Wastewater Treatment Plant MN EU 002 MH SC 8/19/2008 3 4.0 1.386294

Hartford Ct 1 MH 3/14/2006 4 4.0 1.386294

Hartford Ct 1 MH 3/14/2006 5 2.5 0.916290

Hartford Ct 1 MH 3/16/2006 6 3.3 1.193922

Hartford Ct 2 MH 3/16/2006 1 6.0 1.791759

Hartford Ct 2 MH 3/17/2006 2 6.8 1.916922

Hartford Ct 2 MH 3/17/2006 3 2.2 0.78845

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 1 M H 6/18/2008 1-P-1 0.1 -2.302585

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 1 M H 6/18/2008 1-P-2 0.0

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 1 M H 6/18/2008 1-P-3 0.0

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 2 M H 6/19/2008 2-P-1 0.0

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 2 M H 6/19/2008 2-P-2 0.0

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 2 M H 6/19/2008 2-P-3 0.0

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 3 M H 6/16/2008 3-P-1 1.5 0.405465

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 3 M H 6/16/2008 3-P-2 0.4 -0.916290

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 3 M H 6/16/2008 3-P-3 0.3 -1.203972

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 4 M H 6/17/2008 4-P-1 0.1 -2.302585

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 4 M H 6/17/2008 4-P-2 0.0

Belmont Advanced Wastewater Treatment Plant IN Shaw PN 132250-01 4 MH 6/17/2008 4-P-3 0.1 -2.30258

MH Units Sample Size 29

Non-Detects 0

Average 2.00

Median 0.10

Standard Deviation 2.96

Minimum 0.00

Maximum 11.00

Skewness 1.62

SE Skewness 0.45

Skewness Test Non-normal

Kurtosis 2.11

SE Kurtosis 0.91

Kurtosis Test Non-normal

99.0% t-statistic for UL 2.46

99.0% UL 9.29

99.0% t-statistic for UPL 2.47

99.0% UPL 6.43

# Attachment G

List of SSI Units with Advanced Co ntrol Devices and Companies that

Received the ICR Survey

### Attachment G. Inventory of SSIs Having Advanced Controls

Owner Name FacilityID UnitID Unit

Type Control Category Dry

Sludge

Capacity

(dtph) Population

of Owning

Entity Residential

Service Area

Population Non-Residential

Service Area

Population

Allegheny County Sanitary

Authority (ALCOSAN) PAAlleghenyCounty 001 FB abd - mc - vs - imp 3.25 1,218,494 1,011,874 30,000

Allegheny County Sanitary

Authority (ALCOSAN) PAAlleghenyCounty 002 FB abd - mc - vs - imp 3.25 1,218,494 1,011,874 30,000

Bayshore Regional Sewerage

Authority NJBayshoreRegional 1 FB vs - imp - wesp 2.26 91,757 117,479 4,198

Bayshore Regional Sewerage

Authority NJBayshoreRegional 2 FB vs - imp - wesp 2.26 91,757 117,479 4,198

Central Contra Costa Sanitary

District CACentralContraCosta MHF 1 MH abo - cs - vs - imp 2.50 450,000 438,920

Central Contra Costa Sanitary

District CACentralContraCosta MHF 2 MH abo - cs - vs - imp 2.50 450,000 438,920

City of Columbia SCColumbiaMetro 1 MH abo/fgr - pbs - vs - imp 1.08 124,818 284,638 20,000

City of Columbia SCColumbiaMetro 2 MH abo/fgr - pbs - vs - imp 1.08 124,818 284,638 20,000

City of Fitchburg WTFC - East

Plant MAFitchburgEast 1 MH vs - wesp - rto 2.30 39,102 44,521

City of Greensboro NCTZOsborne ES-1 FB abd - vs - imp - hss - cs 3.25 258,671 146,956 3,255

City of Palo Alto CAPaloAlto 1 MH vs(ad) 2.69 61,200 218,005

City of Palo Alto CAPaloAlto 2 MH vs(ad) 2.69 61,200 218,005

County of Hamilton OHLittleMiami 1 FB vs - imp 3.00 855,062 560,138

Hampton Roads Sanitation

District VABoatHarbor 1 MH ws - vs - pbs - ringjet 1.79 >50000 1,177,886 57,104

Hampton Roads Sanitation

District VABoatHarbor 2 MH ws - vs - pbs - ringjet 1.79 >50000 1,177,886 57,104

Hatfield Township Municipal

Authority PAHatfield 1 MH vs - imp - wesp - rto 2.69 17,500 30,605

Metropolitan Council

Environmental Services MNSeneca Incinerator 1 MH abo - vs 1.58 2,870,000 1,738,152

Metropolitan Council

Environmental Services MNSeneca Incinerator 2 MH abo - vs 1.58 2,870,000 1,738,152

Metropolitan Council

Environmental Services MNStPaulMetro FBR1 FB ac inject. - bag - vs(ad) -

wesp 5.42 2,870,000 1,738,152

Metropolitan Council

Environmental Services MNStPaulMetro FBR2 FB ac inject. - bag - vs(ad) -

wesp 5.42 2,870,000 1,738,152

Metropolitan Council

Environmental Services MNStPaulMetro FBR3 FB ac inject. - bag - vs(ad) -

wesp 5.42 2,870,000 1,738,152

Northeast Ohio Re g ional Sewer

District OHNEORSDWesterly 1 MH abo - vs - imp 1.79 >100000 1,030,666 2

Northeast Ohio Re g ional Sewer

District OHNEORSDWesterly 2 MH abo - vs - imp 1.79 >100000 1,030,666 2

Stony Brook Regional

Sewerage Authority NJStonyBrook 1 MH abd - vs - imp 2.69 80,000 80,526 8,531

Stony Brook Regional

Sewerage Authority NJStonyBrook 2 MH abd - vs - imp 2.69 80,000 80,526 8,531

The Metropolitan District CTHartford 001 MH abo - fgr - vs(ad) - imp 2.50 187,888

The Metropolitan District CTHartford 002 MH abo - fgr - vs(ad) - imp 2.50 187,888

The Metropolitan District CTHartford 3 MH abo - fgr - vs - imp 2.50 187,888

Township of Wayne NJMountainView #1 MH vs - imp - wesp - rto 0.79 54,069 54,069

Township of Wayne NJMountainView #2 MH vs - imp - wesp - rto 0.79 54,069 54,069

Upper Blackstone Water

Pollution Abatement District MAUpperBlackstone 1 MH agr - vs - imp - wesp -

rto 3.00 >50000 205,984

Upper Blackstone Water

Pollution Abatement District MAUpperBlackstone Incinerator 3 MH agr - vs - imp - wesp -

rto 3.00 >50000 205,984

Washin g ton Suburban Sanitar y

Commission MDWesternBranch 1 MH abo - vs - imp 1.08 1,800,000 164,252

Washin g ton Suburban Sanitar y

Commission MDWesternBranch 2 MH abo - vs - imp 1.08 1,800,000 164,252

Ypsilanti Communit y Utilities

Authority MIYpsilanti EU-FBSSI FB vs- imp - wesp - ac

polish. 3.46 227,000 252,488

Highlighted units represent those which were chosen as respondents for the ICR survey.

Control Abbreviations:

Abbreviation

abd Control

detached afterburner

abo on-hearth afterburner

ac inject. activated carbon injection �for mercury control

ac polish. activated carbon polishing �for mercury control

agr acid gas removal system

bag baghouse

ccpt counter-current packed tower

cs cyclone seperator

cs/tg twin gas cyclonic scrubber

fgr flue gas recirculation

hjs horizontal gas scrubber

hss hydrosonic scrubber

imp impingement tray �scrubber

pbs packed bed scrubber

pbt packed bed tower

rto regenative thermal oxidizer

vs venturi scrubber

vs(ad) venturi pak or rin g j et scrubbers� ( more efficient th a

wesp wet electro static precipitator

whs wet hydrosonic scrubber

ws wet scrubber (undefined)

mc multiclone

# Attachment H

Detailed MACT Floor Analysis for Potential New MH Sources Based on Bestperforming MH unit

Cd, Pb, Hg, HCl, SO 2 

# , NO

x 

# , CO, PM, CDD/CDF

# Table H-1. Summary of Potential Emission Limits for New MH Units Based on BestPerforming MH unit



# Pollutant Units Potential Emission limit for

new multiple hearth

incinerators

HCl ppmvd @ 7% 02 0.36

CO ppmvd @ 7% 02 45

Pb mg/dscm @ 7% 02 0.002

Cd mg/dscm @ 7% 02 0.0011

Hg mg/dscm @ 7% 02 0.069

PM mg/dscm @ 7% 02 5.8

Dioxins/furans, total mass ng/dscm @ 7% 02 0.024

Dioxins/furans, TEQ ng/dscm @ 7% 02 0.0022

NOX ppmvd @ 7% 02 150

SO2 ppmvd @ 7% 02 6.9

Opacity % 0

## Attachment H-2. Variability Analysis for Cd From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-7.663385951 NJMountainView #2 Cadmium (Cd) 1 0 0.000469714

NJMountainView #2 Cadmium (Cd) 2 ND 1 0.0002855 -8.161268529

NJMountainVie w #2 Cadmium (Cd ) 3 0 0.00023966 5 -8.336268391

Sample Size 3 3

Non-Detects 1 1

Averag e 0.00033 -8.05

Median 0.00029 -8.16

Standard Deviation 0.00012 0.35

Minimum 0.0002 4 -8.34

Maximum 0.00047 -7.66

Skewness 1.46 1.26

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

99.0% t-statistic for U L 4.54 4.54

99.0% U L 0.0009 0.00

99.0% t-statistic for UP L 6.96 6.96

99.0% UP L 0.00102 0.00231

Page 2

## Attachment H-3. Variability Analysis for CO From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

3.185939325 MAUpperBlackstone 1 Carbon Monoxide (CO) 1 0 24.19

MAUpperBlackstone 1 Carbon Monoxide (CO) 2 0 29.48 3.383712067

MAUpperBlackstone 1 Carbon Monoxide (CO ) 3 0 29.06 3.369362658

Sample Size 3 3

Non-Detects 0 0

Averag e 27.58 3.31

Median 29.06 3.37

Standard Deviation 2.94 0.11

Minimum 24.19 3.19

Maximum 29.48 3.38

Skewness -1.69 -1.70

SE Skewness 1.41 1.41

Skewness Tes t Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Tes t #DIV/0! #DIV/0!

99.0% t-statistic for U L 4.54 4.54

99.0% UL 40.93 45.32

99.0% t-statistic for UPL 6.96 6.96

99.0% UPL 44.30 51.42

Page 3

### Attachment H-4. Variability Analysis for HCl From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-1.152013065 MAUpperBlackstone Incinerator 3 Hydrogen Chloride (HCl) 1 0 0.316

MAUpperBlackstone Incinerator 3 Hydrogen Chloride (HCl) 2 0 0.307 -1.180907531

MAUpperBlackston e Incinerator 3 H y dro g en Chloride ( HCl ) 3 0 0.321 -1.13631415 6

Sample Size 3 3

Non-Detects 0 0

Average 0.31 -1.16

Median 0.32 -1.15

Standard Deviation 0.01 0.02

Minimum 0.31 -1.18

Maximum 0.32 -1.14

Skewness -0.82 -0.84

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.54 4.54

99.0% UL 0.35 0.35

99.0% t-statistic for UPL 6.96 6.96

99.0% UPL 0.355 0.358

Page 4

## Attachment H-5. Variability Analysis for PB From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-7.03558865 MAUpperBlackstone 1 Lead (Pb) 1 0 0.00088

MAUpperBlackstone 1 Lead (Pb) 2 0 0.00101 -6.897804948

MAUpperBlackstone 1 Lead (Pb) 3 0 0.00062 -7.38579108

Sample Size

Non-Detects

Averag e

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL 3 3

0 0

0.00084 -7.11

0.00088 -7.04

0.00020 0.25

0.00062 -7.39

0.00101 -6.90

-0.94 -1.17

1.41 1.41

Normal Normal

#DIV/0! #DIV/0!

2.83 2.83

#DIV/0! #DIV/0!

4.54 4.54

0.0017 0.00

6.96 6.96

0.00197 0.00343

Page 5

## Attachment H-6. Variability Analysis For Hg From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

-3.036686973 CACentralContraCosta MHF 1 Mercury (Hg) 1 0 0.047993631

CACentralContraCosta MHF 1 Mercury (Hg) 2 0 0.055064309 -2.899253528

CACentralContraCosta MHF 1 Mercury (Hg) 3 0 0.030204724 -3.499756929

CACentralContraCosta MHF 1 Mercury (Hg) 1 0 0.06021978 -2.809754406

CACentralContraCosta MHF 1 Mercury (Hg) 2 0 0.058489327 -2.83891099

CACentralContraCosta MHF 1 Mercury (Hg) 3 0 0.045052317 -3.099930867

CACentralContraCosta MHF 1 Mercury (Hg) 1 ADL 0 0.0542 -2.915074371

CACentralContraCosta MHF 1 Mercury (Hg) 2 DDL 1 0.0558 -2.88598141

CACentralContraCosta MHF 1 Mercury (Hg ) 3 DDL 1 0.05 -2.995732274

Sample Size 9 9

Non-Detects 2 2

Averag e 0.05078 -3.00

Median 0.05420 -2.92

Standard Deviation 0.00914 0.21

Minimum 0.03020 -3.50

Maximum 0.06022 -2.81

Skewness -1.55 -1.97

SE Skewness 0.82 0.82

Skewness Tes t Normal Normal

Kurtosis 2.83 4.44

SE Kurtosis 1.63 1.63

Kurtosis Tes t Normal Non-normal

99.0% t-statistic for U L 2.82 2.82

99.0% UL 0.0766 0.09

99.0% t-statistic for UPL 2.90 2.90

99.0% UPL 0.06843 0.07487

Page 6

## Attachment H-7. Variability Analysis For NOx From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

3.99654796 MAUpperBlackstone Incinerator 3 Nitrogen Oxides (NOx) 1 0 54.41

MAUpperBlackstone Incinerator 3 Nitrogen Oxides (NOx) 2 0 79.43 4.374876131

MAUpperBlackstone Incinerator 3 Nitrogen Oxides (NOx ) 3 0 71.73 4.27290907

Sample Size 3 3

Non-Detects 0 0

Averag e 68.52 4.21

Median 71.73 4.27

Standard Deviation 12.81 0.20

Minimum 54.41 4.00

Maximum 79.43 4.37

Skewness -1.06 -1.22

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

99.0% t-statistic for U L 4.54 4.54

99.0% U L 126.71 164.62

99.0% t-statistic for UP L 6.96 6.96

99.0% UP L 141.39 206.01

Page 7

## Attachment H-8. Variability Analysis For SO2 From Potential New MH Units

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

0.815364813 MAUpperBlackstone 1 Sulfur Dioxide (SO2) 1 0 2.26

MAUpperBlackstone 1 Sulfur Dioxide (SO2) 2 0 0.31 -1.171182982

MAUpperBlackstone 1 Sulfur Dioxide (SO2 ) 3 0 1.03 0.02955880 2

Sample Size

Non-Detects

Average

Median

Standard Deviation

Minimum

Maximum

Skewness

SE Skewness

Skewness Test

Kurtosis

SE Kurtosis

Kurtosis Test

99.0% t-statistic for UL

99.0% UL

99.0% t-statistic for UPL

99.0% UPL 3 3

0 0

1.20 -0.11

1.03 0.03

0.99 1.00

0.31 -1.17

2.26 0.82

0.75 -0.61

1.41 1.41

Normal Normal

#DIV/0! #DIV/0!

2.83 2.83

#DIV/0! #DIV/0!

4.54 4.54

5.68 84.27

6.96 6.96

6.81 265.19

Page 8

# Attachment H-9. Variability Analysis for PMfilterable From Potential New MH Units

FacilityID Site id Unit ID Test

Run Pollutant

Value Pollutant Unit Ln-transformed Da t Flag ND

Upper Blackstone Water P UBWPAD Millbury EU-2 

# 1 2.08 mg/dscm @7%O2 

# 0.730046232 0

Upper Blackstone Water P UBWPAD Millbury EU-2 

# 2 0.50 mg/dscm @7%O2 

# -0.699980063 0

Upper Blackstone Water P UBWPAD Millbury EU-2 

# 2 1.05 mg/dscm @7%O2 

# 0.047884916 0

MH

NSPS

Method 5 

# Sample Size

Non-Detects 3

0 3

0

Averag e

Median 1.21

1.05 0.03

0.05

Standard Deviation 0.80 0.72

Minimum 0.50 -0.70

Maximum 2.08 0.73

Skewness 0.85 -0.14

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis

SE Kurtosis #DIV/0!

2.83 #DIV/0!

2.83

Kurtosis Test

99.0% t-statistic for U L #DIV/0!

4.54 #DIV/0!

4.54

99.0% U L 4.84 26.41

99.0% t-statistic for UP L 6.96 6.96

99.0% UP L 5.76 59.94

## Sta da d

99 0% t stat st c

99 0% t stat st c Attachment H-10. Variability Analysis for PM2.5 From Existing and Modified MH Units

Pollutant FacilityID Unit ID Unit

Type Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed

Data Unit average Flag ND

PM (filterable) MAUpperBlackstone Incinerator 3 MH 1 1 1.12 mg/dscm @7%O2 3.73 1.316408234 2.623 0

PM (Inorg Cond) MAUpperBlackstone Incinerator 3 MH 1 1 2.67 mg/dscm @7%O2 0

PM (Org Cond) MAUpperBlackstone Incinerator 3 MH 1 1 0.593 mg/dscm @7%O2 0

PM (total, including condensible) MAUpperBlackstone Incinerator 3 MH 1 1 4.4 mg/dscm @7%O2 0

PM2.5 (filterable) MAUpperBlackstone Incinerator 3 MH 1 1 0.461 mg/dscm @7%O2 0

PM2.5 (Total) MAUpperBlackstone Incinerator 3 MH 1 1 3.73 mg/dscm @7%O2 0

PM (filterable) MAUpperBlackstone Incinerator 3 MH 1 2 1.09 mg/dscm @7%O2 3.11 1.134622726 0

PM (Inorg Cond) MAUpperBlackstone Incinerator 3 MH 1 2 1.54 mg/dscm @7%O2 0

PM (Org Cond) MAUpperBlackstone Incinerator 3 MH 1 2 0.68 mg/dscm @7%O2 0

PM (total, including condensible) MAUpperBlackstone Incinerator 3 MH 1 2 3.31 mg/dscm @7%O2 0

PM2.5 (filterable) MAUpperBlackstone Incinerator 3 MH 1 2 0.884 mg/dscm @7%O2 0

PM2.5 (Total) MAUpperBlackstone Incinerator 3 MH 1 2 3.11 mg/dscm @7%O2 0

PM (filterable) MAUpperBlackstone Incinerator 3 MH 1 3 0.876 mg/dscm @7%O2 1.03 0.029558802 0

PM (Inorg Cond) MAUpperBlackstone Incinerator 3 MH 1 3 0.0561 mg/dscm @7%O2 0

PM (Org Cond) MAUpperBlackstone Incinerator 3 MH 1 3 0.21 mg/dscm @7%O2 0

PM (total, including condensible) MAUpperBlackstone Incinerator 3 MH 1 3 1.15 mg/dscm @7%O2 0

PM2.5 (filterable) MAUpperBlackstone Incinerator 3 MH 1 3 0.771 mg/dscm @7%O2 0

PM2.5 (Total) MAUpperBlackstone Incinerator 3 MH 1 3 1.03 mg/dscm @7%O2 0

MH NSPS

method 27/28 

## Sample Size

Non-Detects 3

0 3

0

Average

Median 2.62

3.11 0.83

1.13

Deviation 1.41 0.70

Minimum 1.03 0.03

Maximum 3.73 1.32

Skewness -1.37 -1.60

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis

SE Kurtosis #DIV/0!

2.83 #DIV/0!

2.83

Kurtosis Test

for UL #DIV/0!

4.54 #DIV/0!

4.54

99.0% UL 9.05 54.01

for UPL 6.96 6.96

99.0% UPL 10.67 119.97

# Attachment H-11. Variability Analysis for CDD/CDF From Potential New MH Units

NSPS Facility Unit Run TMB LN TMB TMB DL

average run

value TMDL (17x

TMB DL

average run

value) TEQ TEQDL

average run

value

CACentralContraCosta MHF 1 1 0.0098 

# -4.621502841 0.00022 0.00382 0.0009 0.00071

CACentralContraCosta MHF 1 2 0.0118 

# -4.443051337 0.00044 0.00754 0.0011 0.00140

CACentralContraCosta MHF 1 3 0.0068 

# -4.986869941 0.00037 0.00634 0.0008 0.00118

MAUpperBlackstone Incinerator 3 1 0.185 

# -1.689303969 0.00139 0.02358 0.0088 0.00438

MAUpperBlackstone Incinerator 3 2 0.076 

# -2.576180188 0.00146 0.02475 0.0055 0.00460

MAUpperBlackstone Incinerator 3 3 0.102 

# -2.283380684 0.00257 0.04364 0.0043 0.00811

MNSeneca Incinerator 1 1 0.743 

# -0.296521021 0.04144 0.70444 0.0678 0.13097

MNSeneca Incinerator 1 2 0.771 

# -0.260326342 0.04186 0.71166 0.0705 0.13231

MNSeneca Incinerator 1 3 0.763 

# -0.270235159 0.04314 0.73334 0.0695 0.13634

NJMountainView #2 1 0.211 

# -1.553594112 0.00044 0.00752 0.0136 0.00152

NJMountainView #2 2 0.208 

# -1.572317384 0.00058 0.00987 0.0133 0.00199

NJMountainView #2 3 0.246 

# -1.403671676 0.00058 0.00984 0.0156 0.00199

SCColumbiaMetro 1 1 4.527 

# 1.51015445 0.01098 0.18660 0.2430 0.03469

SCColumbiaMetro 1 2 1.382 

# 0.323459364 0.00273 0.04641 0.0971 0.00863

SCColumbiaMetro 1 3 1.181 

# 0.166497006 0.01202 0.20426 0.0902 0.03797



# NSPS

TMB TEQ

Normal LN Normal LN



# Sample Size 3 3 3 3

Non-Detects 3 3 3 3

Averag e 0.009 -4.684 0.001 -6.972

Median 0.01 -4.62 0.00 -6.98

Standard Deviation 0.00 0.28 0.00 0.14

Minimum 0.01 -4.99 0.00 -7.11

Maximum 0.01 -4.44 0.00 -6.83

Skewness -0.64 -0.96 0.40 0.19

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test Normal Normal Normal Normal

Kurtosis #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

99.0% t-statistic for U L 4.54 4.54 4.54 4.54

99.0% U L 0.02 0.03 0.00 0.00

99.0% t-statistic for UP L 6.96 6.96 6.96 6.96

99.0% UP L 0.024 0.04 0.0017 0.00

average TMB in variability analysis 0.0095

Max TDML < or = avg TMB 0.00754

3x Max TDML 0.0226304

D/F TMB Limit for 17 Cong. 0.024 UPL

average TEQ in variability analysis 0.00094

Max TEQDL < or = avg TEQ 0.00071

3x Max TEQDL 0.00213205

D/F TEQ Limit for 17 Cong. 0.0021 3x Max TEQDL

# Attachment I

Variability analysis for existing FB units if late-arriving data are

incorporated into the analysesTable I-1. Summary of Revised Limits for Existing FB Units Incorporating Late Data (Rounded Up to 2 Significant Figures)POLLUTANTNormalized Units(7%O2):Revised LimitRevised# UnitsCadmium (Cd)mg/dscm0.00196Carbon Monoxide (CO)ppmvd556Hydrogen Chloride (HCl)ppmvd0.516Lead (Pb)mg/dscm0.00896Mercury (Hg)mg/dscm0.00416Nitrogen Oxides (NOx)ppmvd1306Particulate Matter (filterable)mg/dscm156Sulfur Dioxide (SO2)ppmvd154Total Dioxin/Furansng/dscm0.514Total Dioxin/Furans (TEQ)ng/dscm0.0454Opacity%03Particulate Matter (PM2.5)mg/dscm115

## Attachment I-2. Variability Analysis for Cd from Existing FB Units Incorporating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

NCTZOsborne ES-1 Cadmium (Cd) 1 ADL 0 0.000126 -8.979228651

NCTZOsborne ES-1 Cadmium (Cd) 2 ADL 0 0.000157 -8.759264753

NCTZOsborne ES-1 Cadmium (Cd) 3 ADL 0 0.000241 -8.330713624

PAAlleghenyCounty 002 Cadmium (Cd) 1 ADL 0 0.000647 -7.343164263

PAAlleghenyCounty 002 Cadmium (Cd) 2 ADL 0 0.000414 -7.789644584

PAAlleghenyCounty 002 Cadmium (Cd) 3 DLL 1 0.00028 -8.180720955

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 0.001014169 -6.89368601

MNStPaulMetro FBR1 Cadmium (Cd) 2 0 0.001217613 -6.710863032

MNStPaulMetro FBR1 Cadmium (Cd) 3 0 0.001010933 -6.896881802

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 0.000373531 -7.892508849

MNStPaulMetro FBR1 Cadmium (Cd) 2 0 0.000269772 -8.217933566

MNStPaulMetro FBR1 Cadmium (Cd) 3 0 0.000290748 -8.143052992

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 0.000237195 -8.34662808

MNStPaulMetro FBR1 Cadmium (Cd) 2 0 0.000244959 -8.314420073

MNStPaulMetro FBR1 Cadmium (Cd) 3 0 0.000315602 -8.061028327

MNStPaulMetro FBR1 Cadmium (Cd) 1 0 5.14053E-05 -9.875768783

MNStPaulMetro FBR1 Cadmium (Cd) 2 ND 1 0.000054 -9.826526511

MNStPaulMetro FBR1 Cadmium (Cd) 3 ND 1 0.0000538 -9.830237091

MIYpsilanti EU-FBSSI Cadmium (Cd) 1 ADL 0 0.0000765 -9.478219817

MIYpsilanti EU-FBSSI Cadmium (Cd) 2 ADL 0 0.0000373 -10.19651723

MIYpsilanti EU-FBSSI Cadmium (Cd) 3 ADL 0 0.0000279 -10.48688387

MIYpsilanti EU-FBSSI Cadmium (Cd) 1 ADL 0 0.000576 -7.459402897

MIYpsilanti EU-FBSSI Cadmium (Cd) 2 ADL 0 0.000633 -7.365040136

MIYpsilanti EU-FBSSI Cadmium (Cd) 3 ADL 0 0.00144 -6.543112165

MNStPaulMetro FBR3 Cadmium (Cd) 1 0 0.001647248 -6.408649036

MNStPaulMetro FBR3 Cadmium (Cd) 2 0 0.001051662 -6.85738304

MNStPaulMetro FBR3 Cadmium (Cd) 3 0 0.000228754 -8.382863947

MNStPaulMetro FBR3 Cadmium (Cd) 1 0 0.000473851 -7.654617702

MNStPaulMetro FBR3 Cadmium (Cd) 2 0 0.000388286 -7.853767776

MNStPaulMetro FBR3 Cadmium (Cd) 3 ND 1 0.0003704 -7.900927055

MNStPaulMetro FBR2 Cadmium (Cd) 1 0 0.001213444 -6.714292755

MNStPaulMetro FBR2 Cadmium (Cd) 2 0 0.001087277 -6.824078455

MNStPaulMetro FBR2 Cadmium (Cd) 3 0 0.000804588 -7.125180406

MNStPaulMetro FBR2 Cadmium (Cd) 1 0 0.001429987 -6.550090161

MNStPaulMetro FBR2 Cadmium (Cd) 2 0 0.002112516 -6.159875642

MNStPaulMetro FBR2 Cadmium (Cd) 3 0 0.001990635 -6.219301478

MNStPaulMetro FBR2 Cadmium (Cd) 1 ND 1 0.00005899 -9.73814262

MNStPaulMetro FBR2 Cadmium (Cd) 2 ND 1 0.00004911 -9.921447878

MNStPaulMetro FBR2 Cadmium (Cd) 3 ND 1 0.000043167 -10.05043424

MNStPaulMetro FBR2 Cadmium (Cd) 1 ND 1 0.00005329 -9.839761862

MNStPaulMetro FBR2 Cadmium (Cd) 2 ND 1 0.0000595 -9.729534245

MNStPaulMetro FBR2 Cadmium (Cd) 3 ND 1 0.00005796 -9.755757441

Sample Size 42 42

Non-detects 10 10

Average 0.00055 -8.18

Median 0.00030 -8.10

Standard Deviation 0.00057 1.29

Minimum 0.00003 -10.49

Maximum 0.00211 -6.16

Skewness 1.24 -0.20

SE Skewness 0.38 0.38

Skewness Test Non-normal Normal

Kurtosis 0.68 -1.23

SE Kurtosis 0.76 0.76

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.42 2.42

99.0% UL 0.0019 0.01

99.0% t-statistic for UPL 2.42 2.42

99.0% UPL 0.0014 0.00181

Page 2

### Attachment I-3. Variability Analysis for CO From Existing FB Units Incorporating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 1 0 4.07 1.403642999

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 2 0 4.55 1.515127233

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 3 0 4.63 1.532556868

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 1 0 0.6 -0.510825624

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 2 0 1.2 0.182321557

MIYpsilanti EU-FBSSI Carbon Monoxide (CO) 3 0 0.8 -0.223143551

PAAlleghenyCounty 002 Carbon Monoxide (CO) 1 0 7.71 2.042518188

PAAlleghenyCounty 002 Carbon Monoxide (CO) 2 0 6.86 1.925707442

PAAlleghenyCounty 002 Carbon Monoxide (CO) 3 0 7.86 2.061786606

NCTZOsborne ES-1 Carbon Monoxide (CO) 1 0 6.77 1.912501087

NCTZOsborne ES-1 Carbon Monoxide (CO) 2 0 15.8 2.76000994

NCTZOsborne ES-1 Carbon Monoxide (CO) 3 0 11.6 2.451005098

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 3.43 1.232560261

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 0.255 -1.366491734

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 0.118 -2.137070655

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 34.09433962 3.529131377

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 33.46296296 3.510439244

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 30.32727273 3.412047398

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 26.73076923 3.285815308

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 34.0106383 3.526673367

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 32.07692308 3.468136864

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 28.04385965 3.333769701

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 31.77142857 3.458567413

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 31.01652893 3.434520254

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 28.04385965 3.333769701

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 31.77142857 3.458567413

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 31.01652893 3.434520254

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 47.65714286 3.864032521

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 49.05882353 3.893020058

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 26.13675214 3.263342452

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 17.82051282 2.880350199

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 18.28947368 2.906325686

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 33.62903226 3.515389749

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 31.70175439 3.456372023

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 38.96212121 3.662589923

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 30.75221239 3.425961939

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 32.17592593 3.471218531

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 29.26315789 3.376329315

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 12.41071429 2.518560155

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 14.02752294 2.641021324

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 8.460869565 2.135451954

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 10.90196078 2.388942662

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 15.13861386 2.717248689

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 5.94017094 1.781737911

MNStPaulMetro FBR3 Carbon Monoxide (CO) 1 0 12.33064516 2.51208764

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 12.33064516 2.51208764

MNStPaulMetro FBR3 Carbon Monoxide (CO) 3 0 12.33064516 2.51208764

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 1.67 0.512823626

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 1.45 0.371563556

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 1.34 0.292669614

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 12.8487395 2.553245713

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 17.82051282 2.880350199

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 16.77586207 2.819941072

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 48.51886792 3.881952752

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 45.90825688 3.826644989

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 43.13793103 3.76440268

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 59.17821782 4.080553532

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 76.89361702 4.342422869

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 71.64948454 4.27178596

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 20.50819672 3.020824646

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 20.37068966 3.014097086

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 21.56896552 3.0712555

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 68.70114943 4.22976593

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 71.89655172 4.275228304

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 63.90804598 4.157445269

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 39.13592233 3.667040775

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 36.71698113 3.603239349

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 54.45360825 3.997349114

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 8.460869565 2.135451954

Page 3

### Attachment I-3. Variability Analysis for CO From Existing FB Units Incorporating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 10.20183486 2.322567593

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 11.27027027 2.422168309

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 36.98165138 3.610421881

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 39.33962264 3.672232221

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 40.27102804 3.695632303

MNStPaulMetro FBR2 Carbon Monoxide (CO) 1 0 1.269406393 0.238549384

MNStPaulMetro FBR2 Carbon Monoxide (CO) 2 0 3.823624595 1.34119882

MNStPaulMetro FBR2 Carbon Monoxide (CO) 3 0 2.823638042 1.038026139

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 0.725 -0.321583624

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 0.5 -0.693147181

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 54.00627483 3.98910024

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 56.92988204 4.041820371

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 62.68733348 4.138159409

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 60.7224151 4.106312907

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 58.73139403 4.072974405

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 56.15567376 4.028127723

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 44.72173913 3.800459717

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 43.4375 3.771323123

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 47.04615385 3.851129117

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 19.05645161 2.947405712

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 20.016 2.996531954

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 21.20338983 3.054161067

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 42.24509804 3.743488324

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 41.28712871 3.720550798

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 40.54166667 3.702330252

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 34.14035088 3.530479995

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 39.53211009 3.677113255

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 37.56756757 3.626141113

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 36.31531532 3.592239562

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 36.64545455 3.601289397

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 35.38181818 3.566198078

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 48.4587156 3.880712211

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 43.82882883 3.780291793

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 47.18348624 3.854043964

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 48.58252427 3.883263883

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 49.05882353 3.893020058

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 48.58252427 3.883263883

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 16.51485149 2.804260066

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 27.49450549 3.313986185

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 18.25252525 2.90430344

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 4.412698413 1.484486387

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 4.531377343 1.511025943

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 4.633333333 1.533276551

MNStPaulMetro FBR1 Carbon Monoxide (CO) 1 0 3.491365777 1.250293

MNStPaulMetro FBR1 Carbon Monoxide (CO) 2 0 2.908819133 1.067747203

MNStPaulMetro FBR1 Carbon Monoxide (CO) 3 0 3.15669947 1.14952701

MNStPaulMetro FBR3 Carbon Monoxide (CO) 2 0 151.1929825 5.01855705 outlier;

removed

from

analysis.

Sample Size 115 115

Non-detects 0 0

Averag e 27.1088 6 2.78

Median 28.0438 6 3.33

Standard Deviation 19.8949 6 1.34

Minimum 0.11800 -2.14

Maximum 76.89362 4.34

Skewness 0.40 -1.40

SE Skewness 0.23 0.23

Skewness Test Normal Normal

Kurtosis -0.75 1.66

SE Kurtosis 0.46 0.46

Kurtosis Test Normal Non-normal

99.0% t-statistic for U L 2.36 2.36

99.0% U L 74.0453 375.05

99.0% t-statistic for UP L 2.36 2.36

99.0% UP L 54.5622 101.4030

Page 4Attachment I-4. Variability Analysis for HCl from Existing FB Units Incorporating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

NCTZOsborne ES-1 Hydrogen Chloride (HCl) 1 BDL 1 0.0355 -3.338222583

NCTZOsborne ES-1 Hydrogen Chloride (HCl) 2 BDL 1 0.0369 -3.299543728

NCTZOsborne ES-1 Hydrogen Chloride (HCl) 3 BDL 1 0.0603 -2.808423175

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.23204 -1.460845508

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.2478 -1.39513331

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.2258 -1.488105627

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.23451 -1.450257048

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.211054 -1.555641254

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.2139 -1.542246663

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.0857 -2.456902453

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.0989 -2.31364604

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.0857 -2.456902453

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 1 BDL 1 0.072528 -2.623782585

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 2 BDL 1 0.0791 -2.537042404

MNStPaulMetro FBR2 Hydrogen Chloride (HCl) 3 BDL 1 0.07912 -2.536789592

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 ND 1 0.184 -1.692819521

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.1689 -1.778448455

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.16289 -1.814680153

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 ND 1 0.1866 -1.678787991

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.19903 -1.614299712

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.1935 -1.642477767

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 ND 1 0.18232 -1.701991894

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.19237 -1.648334678

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.19237 -1.648334678

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 1 0 0.18461876 -1.689462335

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 2 ND 1 0.07912 -2.536789592

MNStPaulMetro FBR1 Hydrogen Chloride (HCl) 3 ND 1 0.07912 -2.536789592

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 1 ND 1 0.21338 -1.544680665

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 2 ND 1 0.186397 -1.679876471

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 3 ND 1 0.193567 -1.642131573

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 1 ND 1 0.20163 -1.601320944

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 2 ND 1 0.21048 -1.558364642

MNStPaulMetro FBR3 Hydrogen Chloride (HCl) 3 ND 1 0.197362 -1.622715673

PAAlleghenyCounty 001 Hydrogen Chloride (HCl) 1 0 0.259 -1.350927217

PAAlleghenyCounty 001 Hydrogen Chloride (HCl) 2 0 0.469 -0.757152511

PAAlleghenyCounty 001 Hydrogen Chloride (HCl) 3 0 0.171 -1.766091722

MIYpsilanti EU-FBSSI Hydrogen Chloride (HCl) 1 0 0.396418032 -0.925285989

MIYpsilanti EU-FBSSI Hydrogen Chloride (HCl) 2 0 0.263741086 -1.332787391

MIYpsilanti EU-FBSSI Hydrogen Chloride (HCl) 3 0 0.18717301 -1.675721905

Sample Size 39

Non-detects 32

Average 0.1783

Median 0.19

Standard Deviation 0.09

Minimum 0.04

Maximum 0.47

Skewness 0.91

SE Skewness 0.39

Skewness Test Non-normal

Kurtosis 2.52

SE Kurtosis 0.78

Kurtosis Test Non-normal

99.0% t-statistic for UL 2.43

99.0% UL 0.39

99.0% t-statistic for UPL 2.43

99.0% UPL 0.31

3x highest DL less than average 0.5067 0.0355 0.0355 0.0603 0.1809

0.0369 0.0369

0.0603 0.0603

0 0

0 0

0 0

0 0

0 0

0 0

39

32

-1.86

-1.68

0.58

-3.34

-0.76

-0.88

0.39

Normal

0.53

0.78

Normal

2.43

0.63

2.43

0.36

Page 5

## Attachment I-5. Variability Analysis for PB from Existing FB Units Incorporating Late Data

Facility Nam e Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

NCTZOsborne ES-1 Lead (Pb) 1 ADL 0 0.000276 -8.195109692

NCTZOsborne ES-1 Lead (Pb) 2 ADL 0 0.000351 -7.954724334

NCTZOsborne ES-1 Lead (Pb) 3 ADL 0 0.000313 -8.069307367

PAAlleghenyCounty 002 Lead (Pb) 1 ADL 0 0.00184 -6.297989707

PAAlleghenyCounty 002 Lead (Pb) 2 ADL 0 0.000765 -7.175634724

PAAlleghenyCounty 002 Lead (Pb) 3 DLL 1 0.000388 -7.854505218

MNStPaulMetro FBR3 Lead (Pb) 1 0 0.000842133 -7.07957308

MNStPaulMetro FBR3 Lead (Pb) 2 0 0.00077246 -7.165930251

MNStPaulMetro FBR3 Lead (Pb) 3 0 0.000677111 -7.297674679

MNStPaulMetro FBR3 Lead (Pb) 1 0 0.007665236 -4.871059949

MNStPaulMetro FBR3 Lead (Pb) 2 0 0.002782718 -5.88432713

MNStPaulMetro FBR3 Lead (Pb) 3 0 0.001652862 -6.40524691

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.004265439 -5.457210125

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.002894302 -5.845011317

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.001251581 -6.683347654

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.000776783 -7.160349681

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.001136143 -6.780116051

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.014661461 -4.222532911

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.000141 -8.866750668

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.000552562 -7.500945208

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.000744643 -7.202605841

MNStPaulMetro FBR2 Lead (Pb) 1 0 0.003528298 -5.646939806

MNStPaulMetro FBR2 Lead (Pb) 2 0 0.000464127 -7.675352956

MNStPaulMetro FBR2 Lead (Pb) 3 0 0.001078148 -6.832510101

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.00131951 -6.630494958

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.001295808 -6.648620723

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.001076154 -6.834361445

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.003181456 -5.750416342

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.003113618 -5.77196989

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.004540145 -5.394796371

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.016666068 -4.094380488

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.001495539 -6.505268861

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.001211912 -6.715555961

MNStPaulMetro FBR1 Lead (Pb) 1 0 0.000349556 -7.958846171

MNStPaulMetro FBR1 Lead (Pb) 2 0 0.0001296 -8.951057774

MNStPaulMetro FBR1 Lead (Pb) 3 0 0.0001292 -8.954148967

MIYpsilanti EU-FBSSI Lead (Pb) 1 DLL 1 0.00054 -7.523941418

MIYpsilanti EU-FBSSI Lead (Pb) 2 DLL 1 0.00057 -7.469874197

MIYpsilanti EU-FBSSI Lead (Pb) 3 DLL 1 0.0000392 -10.14683381

MIYpsilanti EU-FBSSI Lead (Pb) 1 ADL 0 0.01154 -4.461936018

MIYpsilanti EU-FBSSI Lead (Pb) 2 ADL 0 0.01268 -4.36772933

MIYpsilanti EU-FBSSI Lead (Pb) 3 ADL 0 0.0117 -4.448166437

Sample Size 42 42

Non-detects 4 4

Averag e 0.0029 -6.73

Median 0.0011 -6.81

Standard Deviation 0.0043 1.39

Minimum 0.0000 -10.15

Maximum 0.0167 -4.09

Skewness 2.10 0.02

SE Skewness 0.38 0.38

Skewness Tes t Non-normal Normal

Kurtosis 3.43 -0.08

SE Kurtosis 0.76 0.76

Kurtosis Tes t Non-normal Normal

99.0% t-statistic for U L 2.42 2.42

99.0% UL 0.0132 0.03

99.0% t-statistic for UPL 2.4208 2.42

99.0% UPL 0.0090 0.0089

Page 6

### Attachment I-6. Variability Analysis for Hg From Existing FB Units Incorpoating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000126364 -8.976346805

MNStPaulMetro FBR3 Mercury (Hg) 2 0 5.94017E-05 -9.731187554

MNStPaulMetro FBR3 Mercury (Hg) 3 0 6.09649E-05 -9.705212068

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000277626 -8.189235205

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000307123 -8.088263297

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000247054 -8.305902906

MNStPaulMetro FBR3 Mercury (Hg) 1 0 7.94286E-05 -9.440652413

MNStPaulMetro FBR3 Mercury (Hg) 2 0 7.94286E-05 -9.440652413

MNStPaulMetro FBR3 Mercury (Hg) 3 0 6.31818E-05 -9.669493985

MNStPaulMetro FBR3 Mercury (Hg) 1 0 6.46512E-05 -9.646504467

MNStPaulMetro FBR3 Mercury (Hg) 2 0 4.86014E-05 -9.93185825

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.0000556 -9.797327357

MNStPaulMetro FBR3 Mercury (Hg) 1 ND 1 0.00006556 -9.632544804

MNStPaulMetro FBR3 Mercury (Hg) 2 ND 1 0.00006435 -9.651173624

MNStPaulMetro FBR3 Mercury (Hg) 3 ND 1 0.000063181 -9.669506935

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000571409 -7.46740616

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000630965 -7.36825996

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000527206 -7.547919188

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.001052429 -6.85665486

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.001560702 -6.462619716

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.001369559 -6.593266618

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000273248 -8.205131251

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000297009 -8.121749642

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000317018 -8.056553442

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000258319 -8.261316913

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000296019 -8.125088543

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000256053 -8.270127543

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000446786 -7.713431465

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000216789 -8.43658607

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.000290087 -8.14532983

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000190784 -8.564367016

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000110099 -9.114130507

MNStPaulMetro FBR3 Mercury (Hg) 3 0 9.50427E-05 -9.261183925

MNStPaulMetro FBR3 Mercury (Hg) 1 0 0.000851935 -7.067999757

MNStPaulMetro FBR3 Mercury (Hg) 2 0 0.000672581 -7.304388535

MNStPaulMetro FBR3 Mercury (Hg) 3 0 0.001020081 -6.887873591

MIYpsilanti EU-FBSSI Mercury (Hg) 1 DLL 1 0.000943 -6.966444275

MIYpsilanti EU-FBSSI Mercury (Hg) 2 ADL 0 0.000951 -6.957996495

MIYpsilanti EU-FBSSI Mercury (Hg) 3 ADL 0 0.00101 -6.897804948

MIYpsilanti EU-FBSSI Mercury (Hg) 1 ADL 0 9.6209E-05 -9.248987415

MIYpsilanti EU-FBSSI Mercury (Hg) 2 ADL 0 0.000156425 -8.762931511

MIYpsilanti EU-FBSSI Mercury (Hg) 3 ADL 0 0.000245 -8.314252347

MNStPaulMetro FBR2 Mercury (Hg) 1 0 5.73196E-05 -9.766868149

MNStPaulMetro FBR2 Mercury (Hg) 2 0 3.79091E-05 -10.18031961

MNStPaulMetro FBR2 Mercury (Hg) 3 0 4.00962E-05 -10.12423014

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000158857 -8.747505232

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.000101091 -9.199490356

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000189545 -8.570881697

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000459638 -7.685071672

MNStPaulMetro FBR2 Mercury (Hg) 2 ND 1 0.000444 -7.719685996

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000342695 -7.978670237

MNStPaulMetro FBR2 Mercury (Hg) 1 0 9.63366E-05 -9.2476619

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.0000973 -9.237711569

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.00010902 -9.123982803

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.001925596 -6.252519577

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.001948482 -6.240704598

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.00190395 -6.263824824

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.006688515 -5.007363425

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.007171809 -4.937597423

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000730825 -7.221336878

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.00314459 -5.762071711

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.002396552 -6.033724356

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.002516379 -5.984934192

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.001447641 -6.537820068

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.001207152 -6.71949143

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.001540579 -6.475597236

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000539806 -7.524301066

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.000524528 -7.553011172

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.000716495 -7.241139505

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.00015713 -8.758434303

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.001683303 -6.386997491

MNStPaulMetro FBR2 Mercury (Hg) 3 0 0.001615405 -6.428169329

Page 7

### Attachment I-6. Variability Analysis for Hg From Existing FB Units Incorpoating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR2 Mercury (Hg) 1 0 8.92661E-05 -9.323889265

MNStPaulMetro FBR2 Mercury (Hg) 2 0 6.5566E-05 -9.632452714

MNStPaulMetro FBR2 Mercury (Hg) 3 0 3.8972E-05 -10.15266808

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000035398 -10.24885524

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.0000356 -10.24316492

MNStPaulMetro FBR2 Mercury (Hg) 3 0 3.23757E-05 -10.33810242

MNStPaulMetro FBR2 Mercury (Hg) 1 0 0.000149233 -8.810000852

MNStPaulMetro FBR2 Mercury (Hg) 2 0 0.00016661 -8.699857273

MNStPaulMetro FBR2 Mercury (Hg) 3 0 4.6372E-05 -9.978815233

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.002290058 -6.079177973

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.002144786 -6.144715542

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.002087087 -6.171985923

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000327724 -8.023340057

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000298678 -8.116145539

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000310077 -8.078690152

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.00034419 -7.974315344

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000359911 -7.929654573

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000344425 -7.97363484

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000885784 -7.029037075

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000895481 -7.018149812

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000957264 -6.951431185

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.00099179 -6.915999257

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000798075 -7.133307519

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000816331 -7.110690089

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000217565 -8.433011902

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000206328 -8.486042817

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000192462 -8.555614224

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000582903 -7.447489379

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.00058936 -7.436473356

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000471186 -7.660256702

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.001485392 -6.512076463

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.001472574 -6.520743214

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.001549271 -6.469970889

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.00971251 -4.634340535

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.009978852 -4.607287178

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.005037009 -5.290942735

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000385347 -7.861367539

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000183297 -8.604404389

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000421212 -7.772374

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000264762 -8.236679608

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000124613 -8.990298611

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.00017375 -8.657893074

MNStPaulMetro FBR1 Mercury (Hg) 1 0 0.000113092 -9.087311423

MNStPaulMetro FBR1 Mercury (Hg) 2 0 0.000108003 -9.133350553

MNStPaulMetro FBR1 Mercury (Hg) 3 0 0.000118435 -9.041143557

PAAlleghenyCounty 002 Mercury (Hg) 1 ADL 0 0.0181 -4.011843341

PAAlleghenyCounty 002 Mercury (Hg) 2 ADL 0 0.0193 -3.947650183

PAAlleghenyCounty 002 Mercury (Hg) 3 ADL 0 0.0172 -4.062845895

NCTZOsborne ES-1 Mercury (Hg) 1 DLL 1 0.0345 -3.366795955

NCTZOsborne ES-1 Mercury (Hg) 2 DLL 1 0.0443 -3.116770602

NCTZOsborne ES-1 Mercury (Hg ) 3 DLL 1 0.0446 -3.11002142

Sample Size 123 123

Non-detects 8 8

Average 0.0023 -7.75

Median 0.0003 -7.98

Standard Deviation 0.0070 1.62

Minimum 0.0000 -10.34

Maximum 0.0446 -3.11

Skewness 4.86 0.74

SE Skewness 0.22 0.22

Skewness Test Non-normal Non-normal

Kurtosis 24.96 0.40

SE Kurtosis 0.44 0.44

Kurtosis Test Non-normal Normal

99.0% t-statistic for UL 2.36 2.36

99.0% UL 0.0187 0.02

99.0% t-statistic for UPL 2.36 2.36

99.0% UPL 0.0119 0.0041

Page 8

## Attachment I-7. Variability Analysis for NOx from Existing FB Units Incorporating Late Data

Facility Name Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 1 0 13.3 2.587764035

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 2 0 16.9 2.827313622

NCTZOsborne ES-1 Nitrogen Oxides (NOx) 3 0 14.5 2.674148649

PAAlleghenyCounty 002 Nitrogen oxides (NOx) 1 0 179 5.187385806

PAAlleghenyCounty 002 Nitrogen oxides (NOx) 2 0 206 5.327876169

PAAlleghenyCounty 002 Nitrogen oxides (NOx) 3 0 205 5.323009979

MNStPaulMetro FBR3 Nitrogen Oxides (NOx) 1 0 15 2.708050201

MNStPaulMetro FBR3 Nitrogen Oxides (NOx) 2 0 16.1 2.778819272

MNStPaulMetro FBR3 Nitrogen Oxides (NOx) 3 0 36.5 3.597312261

MIYpsilanti EU-FBSSI Nitrogen Oxides (NOx) 1 0 36.05263158 3.584979859

MIYpsilanti EU-FBSSI Nitrogen Oxides (NOx) 2 0 33.11654676 3.50003306

MIYpsilanti EU-FBSSI Nitrogen Oxides (NOx) 3 0 20.1 3.000719815

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 1 0 25.7 3.246490992

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 2 0 25.7 3.246490992

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 3 0 34.3 3.535145354

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 1 0 30.76766091 3.426464168

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 2 0 34.49028401 3.540677661

MNStPaulMetro FBR1 Nitrogen Oxides (NOx) 3 0 35.03936412 3.556472119

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 1 0 12.9 2.557227311

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 2 0 13.5 2.602689685

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 3 0 13.5 2.602689685

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 1 0 75.27579909 4.32115869

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 2 0 61.96521036 4.126573104

MNStPaulMetro FBR2 Nitrogen Oxides (NOx) 3 0 71.48938135 4.269548926

Sample Size 24 24

Non-detects 0 0

Average 51.09 3.51

Median 31.94 3.46

Standard Deviation 59.03 0.86

Minimum 12.90 2.56

Maximum 206.00 5.33

Skewness 2.07 0.96

SE Skewness 0.50 0.50

Skewness Test Non-normal Normal

Kurtosis 3.18 0.12

SE Kurtosis 1.00 1.00

Kurtosis Test Non-normal Normal

99.0% t-statistic for UL 2.49 2.49

99.0% UL 198.21 287.11

99.0% t-statistic for UPL 2.50 2.50

99.0% UPL 141.46 125.06

Page 9

## Attachment I-8. Variability Analysis for SO2 from Existing FB Units Incorporating Late Data

Facility Nam e Unit ID Pollutant Run No. Flag ND Raw Data Ln-transformed Data

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 1 0 0.556436421 -0.586202363

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 2 0 0.88303438 -0.124391144

MNStPaulMetro FBR1 Sulfur Dioxide (SO2) 3 0 0.410370931 -0.890693818

MNStPaulMetro FBR2 Sulfur Dioxide (SO2) 1 0 2.792694064 1.027006744

MNStPaulMetro FBR2 Sulfur Dioxide (SO2) 2 0 0.224919094 -1.492014524

MNStPaulMetro FBR2 Sulfur Dioxide (SO2) 3 0 1.925207756 0.655033887

PAAlleghenyCounty 002 Sulfur Dioxide (SO2) 1 0 0.198 -1.619488248

PAAlleghenyCounty 002 Sulfur Dioxide (SO2) 2 0 1.53 0.425267735

PAAlleghenyCounty 002 Sulfur Dioxide (SO2) 3 0 2.74 1.00795792

NCTZOsborne ES-1 Sulfur Dioxide (SO2) 1 0 4.84 1.576914721

NCTZOsborne ES-1 Sulfur Dioxide (SO2) 2 0 4.69 1.545432582

NCTZOsborne ES-1 Sulfur Dioxide (SO2) 3 0 13.4 2.595254707

Sample Size 12 12

Non-detects 0 0

Averag e 2.85 0.34

Median 1.73 0.54

Standard Deviation 3.70 1.31

Minimum 0.20 -1.62

Maximum 13.40 2.60

Skewness 2.41 -0.04

SE Skewness 0.71 0.71

Skewness Tes t Non-normal Normal

Kurtosis 6.60 -0.83

SE Kurtosis 1.41 1.41

Kurtosis Tes t Non-normal Normal

99.0% t-statistic for U L 2.68 2.68

99.0% UL 12.76 47.25

99.0% t-statistic for UPL 2.72 2.72

99.0% UPL 9.33 14.04

Page 10

## Attachment I-9. Variability Analysis for PMfilterable From Existing FB Units Incorporating Late Data

FacilityID Site id Unit ID T es t

Run P o ll u t an t

Value Pollutant Unit 

## Ln-transforme d Flag ND

NCTZOsborne ES-1 1 1.9 mg/dscm @7%O2 

## 0.641853886 ADL 0

NCTZOsborne ES-1 2 1.84 mg/dscm @7%O2 

## 0.609765572 ADL 0

NCTZOsborne ES-1 3 3.99 mg/dscm @7%O2 

## 1.383791231 ADL 0

PAAlleghenyCounty 001 1 14.2 mg/dscm @7%O2 

## 2.653241965

PAAlleghenyCounty 001 2 14.1 mg/dscm @7%O2 

## 2.646174797

PAAlleghenyCounty 001 3 6.46 mg/dscm @7%O2 

## 1.865629318

Ypsilanti Community Utilit Michigan PTI AQD No. 6 8 EU-FBSSI-M29-1 

## 1 3.53 mg/dscm @7%O2 

## 1.262500473 0

Ypsilanti Community Utilit Michigan PTI AQD No. 6 8 EU-FBSSI-M29-2 

## 2 2.57 mg/dscm @7%O2 

## 0.944965437 0

Ypsilanti Community Utilit Michigan PTI AQD No. 6 8 EU-FBSSI-M29-3 

## 3 2.52 mg/dscm @7%O2 

## 0.92314639 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 1.73 mg/dscm @7%O2 

## 0.551004154 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 0.76 mg/dscm @7%O2 

## -0.269976398 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 1.28 mg/dscm @7%O2 

## 0.248881397 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 4.19 mg/dscm @7%O2 

## 1.43312599 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 2.98 mg/dscm @7%O2 

## 1.092601436 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 3.98 mg/dscm @7%O2 

## 1.380283509 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 3.73 mg/dscm @7%O2 

## 1.315144207 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 4.98 mg/dscm @7%O2 

## 1.60516468 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 2.43 mg/dscm @7%O2 

## 0.886265003 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 1 0.13 mg/dscm @7%O2 

## -2.065809193 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 2 0.13 mg/dscm @7%O2 

## -2.061735867 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU035 (#1) 

## 3 0.06 mg/dscm @7%O2 

## -2.819421569 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 3.21 mg/dscm @7%O2 

## 1.165508207 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 4.35 mg/dscm @7%O2 

## 1.470139838 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 3.02 mg/dscm @7%O2 

## 1.104030132 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 1.40 mg/dscm @7%O2 

## 0.332964514 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 2.42 mg/dscm @7%O2 

## 0.885206242 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 1.31 mg/dscm @7%O2 

## 0.273372417 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 0.45 mg/dscm @7%O2 

## -0.806469769 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 0.35 mg/dscm @7%O2 

## -1.049301275 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 0.32 mg/dscm @7%O2 

## -1.154494971 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 1 0.06 mg/dscm @7%O2 

## -2.814660252 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 2 0.06 mg/dscm @7%O2 

## -2.76760182 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU036 (#2) 

## 3 0.08 mg/dscm @7%O2 

## -2.484704548 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 1 3.98 mg/dscm @7%O2 

## 1.381951566 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 2 3.51 mg/dscm @7%O2 

## 1.254595294 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 3 4.67 mg/dscm @7%O2 

## 1.541255648 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 1 9.54 mg/dscm @7%O2 

## 2.255211852 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 2 2.34 mg/dscm @7%O2 

## 0.849655258 0

Metropolitan Wastewater T MPCA Facility I.D. 12300 0 EU037 (#3) 

## 3 7.22 mg/dscm @7%O2 

## 1.976498449 0

FB

EG

Method 5 

## Sample Size

Non-Detects 39

0 39

0

Averag e

Median 3.22

2.52 0.45

0.92

Standard Deviation 3.34 1.53

Minimum 0.06 -2.82

Maximum 14.20 2.65

Skewness 1.99 -0.98

SE Skewness 0.39 0.39

Skewness Test Non-normal Normal

Kurtosis 4.51 0.02

SE Kurtosis 0.78 0.78

Kurtosis Test Non-normal Normal

99.0% t-statistic for U L 2.43 2.43

99.0% U L 11.33 64.18

99.0% t-statistic for UP L 2.43 2.43

99.0% UP L 8.08 14.55

## Attachment I-10. Variability Analysis For PM2.5 From All New Units and Existing FB Units Incorporating Late Data

Pollutant FacilityID Unit ID Unit

Type Test Date Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed Unit average Flag ND

PM (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 6.81 mg/dscm @7%O2 6.038 1.798072831 4.826 A DL 0

PM (Inorg Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 3.27 mg/dscm @7%O2 A DL 0

PM (Org Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 2.45 mg/dscm @7%O2 A DL 0

PM10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 3.63 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 0.318 mg/dscm @7%O2 A DL 0

PM2.5-10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 1 1.14 mg/dscm @7%O2 A DL 0

PM (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 3.53 mg/dscm @7%O2 4.8 1.568615918 DLL 1

PM (Inorg Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 2.95 mg/dscm @7%O2 A DL 0

PM (Org Cond) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 1.85 mg/dscm @7%O2 A DL 0

PM10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 0.44 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 -0.044 mg/dscm @7%O2 BDL 1

PM2.5-10 (filterable) MIYpsilanti EU-FBSSI FB 17-Feb-10 1 2 -0.176 mg/dscm @7%O2 BDL 1

PM (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 3.59 mg/dscm @7%O2 3.64 1.291983682 DLL 1

PM (Inorg Cond) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 1.99 mg/dscm @7%O2 A DL 0

PM (Org Cond) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 1.65 mg/dscm @7%O2 A DL 0

PM10 (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 -0.141 mg/dscm @7%O2 BDL 1

PM2.5 (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 -0.141 mg/dscm @7%O2 BDL 1

PM2.5-10 (filterable) MIYpsilanti EU-FBSSI FB 18-Feb-10 1 3 -0.141 mg/dscm @7%O2 BDL 1

Filterable PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 1 0.494 mg/dscm @7%O2 2.09 0.737164066 1.723 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 1 0.764 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 1 0.592 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 1 2.09 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 2 0.654 mg/dscm @7%O2 1.3 0.262364264 DLL 1

PM (Inorg Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 2 0.187 mg/dscm @7%O2 BDL 1

PM (Org Cond) MNStPaulMetro FBR1 FB 08-Feb-10 1 2 0.233 mg/dscm @7%O2 BDL 1

Total PM2.5 MNStPaulMetro FBR1 FB 08-Feb-10 1 2 1.3 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR1 FB 09-Feb-10 1 3 0.448 mg/dscm @7%O2 1.78 0.576613364 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR1 FB 09-Feb-10 1 3 0.695 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR1 FB 09-Feb-10 1 3 0.404 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR1 FB 09-Feb-10 1 3 1.78 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR2 FB 09-Feb-10 1 1 0.46 mg/dscm @7%O2 1.22 0.198850859 1.57 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR2 FB 09-Feb-10 1 1 0.391 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR2 FB 09-Feb-10 1 1 0.368 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR2 FB 09-Feb-10 1 1 1.22 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 2 0.457 mg/dscm @7%O2 1.39 0.329303747 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 2 0.71 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 2 0.229 mg/dscm @7%O2 BDL 1

Total PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 2 1.39 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 3 0.695 mg/dscm @7%O2 2.1 0.741937345 DLL 1

PM (Inorg Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 3 0.58 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR2 FB 10-Feb-10 1 3 0.834 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR2 FB 10-Feb-10 1 3 2.1 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 1 0.469 mg/dscm @7%O2 1.55 0.438254931 1.45 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 1 0.844 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 1 0.235 mg/dscm @7%O2 BDL 1

Total PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 1 1.55 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 2 0.438 mg/dscm @7%O2 1.28 0.246860078 BDL 1

PM (Inorg Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 2 0.197 mg/dscm @7%O2 BDL 1

PM (Org Cond) MNStPaulMetro FBR3 FB 11-Feb-10 1 2 0.656 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR3 FB 11-Feb-10 1 2 1.28 mg/dscm @7%O2 DLL 1

Filterable PM2.5 MNStPaulMetro FBR3 FB 12-Feb-10 1 3 0.59 mg/dscm @7%O2 1.52 0.418710335 DLL 1

PM (Inorg Cond) MNStPaulMetro FBR3 FB 12-Feb-10 1 3 0.43 mg/dscm @7%O2 A DL 0

PM (Org Cond) MNStPaulMetro FBR3 FB 12-Feb-10 1 3 0.498 mg/dscm @7%O2 A DL 0

Total PM2.5 MNStPaulMetro FBR3 FB 12-Feb-10 1 3 1.52 mg/dscm @7%O2 DLL 1

PM (filterable) NCTZOsborne ES-1 FB 19-Jan-10 1 1 1.9 mg/dscm @7%O2 8.283 2.114205222 11.158 A DL 0

PM (Inorg Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 1 3.55 mg/dscm @7%O2 A DL 0

PM (Org Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 1 4.24 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) NCTZOsborne ES-1 FB 20-Jan-10 1 1 0.493 mg/dscm @7%O2 A DL 0

PM (filterable) NCTZOsborne ES-1 FB 19-Jan-10 1 2 1.84 mg/dscm @7%O2 10.58 2.358965426 A DL 0

PM (Inorg Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 2 3.11 mg/dscm @7%O2 A DL 0

PM (Org Cond) NCTZOsborne ES-1 FB 20-Jan-10 1 2 4.56 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) NCTZOsborne ES-1 FB 20-Jan-10 1 2 2.91 mg/dscm @7%O2 A DL 0

## Attachment I-10. Variability Analysis For PM2.5 From All New Units and Existing FB Units Incorporating Late Data

Pollutant FacilityID Unit ID Unit

Type Test Date Test

ID Test

Run Pollutant

Value Pollutant Unit PM2.5 total Ln-transformed Unit average Flag ND

PM (filterable) NCTZOsborne ES-1 FB 20-Jan-10 1 3 3.99 mg/dscm @7%O2 14.61 2.681706226 A DL 0

PM (Inorg Cond) NCTZOsborne ES-1 FB 21-Jan-10 1 3 3.53 mg/dscm @7%O2 A DL 0

PM (Org Cond) NCTZOsborne ES-1 FB 21-Jan-10 1 3 7.83 mg/dscm @7%O2 A DL 0

PM2.5 (filterable) NCTZOsborne ES-1 FB 21-Jan-10 1 3 3.25 mg/dscm @7%O2 A DL 0

FB EG

method 27/28 Sample Size

Non-Detects

Average

Median 15

11

4.15

2.09 15

11

1.05

0.74

Standard Deviation 4.07 0.85

Minimum 1.22 0.20

Maximum 14.61 2.68

Skewness 1.62 0.77

SE Skewness 0.63 0.63

Skewness Test Non-normal Normal

Kurtosis 1.99 -0.89

SE Kurtosis 1.26 1.26

Kurtosis Test Normal Normal

99.0% t-statistic for UL 2.60 2.60

99.0% UL 14.75 26.07

99.0% t-statistic for UPL 2.62 2.62

99.0% UPL 10.91 11.71

FB All New Units Sample Size

Non-Detects 3

3 3

3

method 27/28 Average

Median 1.45

1.52 0.37

0.42

Standard Deviation 0.15 0.11

Minimum 1.28 0.25

Maximum 1.55 0.44

Skewness -1.65 -1.67

SE Skewness 1.41 1.41

Skewness Test Normal Normal

Kurtosis

SE Kurtosis #DIV/0!

2.83 #DIV/0!

2.83

Kurtosis Test

99.0% t-statistic for UL #DIV/0!

4.54 #DIV/0!

4.54

99.0% UL 2.12 2.33

99.0% t-statistic for UPL 6.96 6.96

99.0% UPL 2.29 2.63Attachment I-11. Variability Analysis for CDD/CDF From New and Existing FB Units Incorporating Late Data

Facility Unit Run TMB LN TMB TMB DL average

run value TMDL (17x TMB

DL average run

value) TEQ TEQDL average

run value

MIYpsilanti EU-FBSSI 1 0.300 -1.202742043 0.00171 0.02902 0.009 0.00586

MIYpsilanti EU-FBSSI 2 0.108 -2.228739148 0.00211 0.03582 0.006 0.00723

MIYpsilanti EU-FBSSI 3 0.033 -3.421998709 0.00092 0.01562 0.0035 0.00315

MNStPaulMetro FBR1 1 0.410 -0.892818376 0.02409 0.40950 0.037 0.07613

MNStPaulMetro FBR2 1 0.406 -0.901402119 0.02388 0.40600 0.037 0.07548

MNStPaulMetro FBR1 2 0.406 -0.901402119 0.02388 0.40600 0.037 0.07548

MNStPaulMetro FBR2 2 0.396 -0.927604492 0.02326 0.39550 0.036 0.07353

MNStPaulMetro FBR1 3 0.399 -0.918793862 0.02347 0.39900 0.036 0.07418

MNStPaulMetro FBR2 3 0.417 -0.875868817 0.02450 0.41650 0.038 0.07743

PAAlleghenyCounty 001 1 0.01107 -4.503516532 0.00065 0.01108 0.003 0.00206

PAAlleghenyCounty 001 2 0.01116 -4.495688175 0.00074 0.01255 0.003 0.00233

PAAlleghenyCounty 001 3 0.01060 -4.546618299 0.00000 0.00000 0.002 0.00000

NCTZOsborne ES-1 1 0.024 -3.711206866 0.00092 0.01567 0.003 0.00291

NCTZOsborne ES-1 2 0.022 -3.832934599 0.00072 0.01222 0.002 0.00227

NCTZOsborne ES-1 3 0.027 -3.598892509 0.00092 0.01568 0.003 0.00292



### EG

TMB TEQ

Normal LN Normal LN

Sample Size 15 15 15 15

Non-Detects 15 15 15 15

Average 0.20 -2.464 0.02 -4.73

Median 0.11 -2.229 0.01 -5.04

Standard Deviation 0.19 1.570 0.02 1.26

Minimum 0.01 -4.547 0.00 -6.10

Maximum 0.42 -0.876 0.04 -3.28

Skewness 0.16 -0.17 0.42 0.21

SE Skewness 0.63 0.63 0.63 0.63

Skewness Test Normal Normal Normal Normal

Kurtosis -2.18 -1.97 -2.07 -2.04

SE Kurtosis 1.26 1.26 1.26 1.26

Kurtosis Test Normal Normal Normal Normal

99.0% t-statistic for UL 2.60 2.60 2.60 2.60

99.0% UL 0.69 5.07 0.06 0.23

99.0% t-statistic for UPL 2.62 2.62 2.62 2.62

99.0% UPL 0.51 1.15 0.045 0.07

average TMB in variability analysis 0.20

Max TDML < or = avg TMB 0.03582

3x Max TDML 0.107474

D/F TMB Limit for 17 Cong. 0.51 UPL

av. TEQ in var. an. 0.0170

Max TEQDL < or = avg TEQ 0.00723

3x Max TEQDL 0.02169

D/F TEQ Limit for 17 Cong. 0.045 UPL



### NSPS

TMB TEQ

Normal LN Normal LN

Sample Size 3 3 3 3

Non-Detects 3 3 3 3

Average 0.01 -4.52 0.003 -5.986

Median 0.01 -4.50 0.003 -5.979

Standard Deviation 0.00 0.03 0.000 0.095

Minimum 0.01 -4.55 0.002 -6.084

Maximum 0.01 -4.50 0.003 -5.895

Skewness -1.57 -1.57 -0.18 -0.32

SE Skewness 1.41 1.41 1.41 1.41

Skewness Test Normal Normal Normal Normal

Kurtosis #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.54 4.54 4.54 4.54

99.0% UL 0.01 0.01 0.00 0.00

99.0% t-statistic for UPL 6.96 6.96 6.96 6.96

99.0% UPL 0.0126 0.01 0.004 0.00

average TMB in variability analysis 0.0109

Max TDML < or = avg TMB 0.03582

3x Max TDML 0.107474

D/F TMB Limit for 17 Cong. 0.11 TDML

average TEQ in variability analysis 0.0025

Max TEQDL < or = avg TEQ 0.00586

3x Max TEQDL 0.01757

D/F TEQ Limit for 17 Cong. 0.018 teqdl

The all new units subcategory would include the best performing MH unit, which is the best-performing unit

See Table E-3 for the NSPS summary calculation and E-4 for detailed information.

TMB TEQ

Normal LN Normal LN

Sample Size 3 3 3 3

Non-Detects 3 3 3 3

Average 0.009475 -4.683808039 0.000944046 -6.97223052

Median 0.009838 -4.621502841 0.000931809 -6.9783827

Standard Deviation 0.002486 0.277211331 0.000135954 0.143728131

Minimum 0.006827 -4.986869941 0.000814624 -7.11278378

Maximum 0.01176 -4.443051337 0.001085706 -6.82552509

Skewness -0.64296 -0.960314743 0.401763524 0.192266295

SE Skewness 1.414214 1.414213562 1.414213562 1.414213562

Skewness Test Normal Normal Normal Normal

Kurtosis #DIV/0! #DIV/0! #DIV/0! #DIV/0!

SE Kurtosis 2.828427 2.828427125 2.828427125 2.828427125

Kurtosis Test #DIV/0! #DIV/0! #DIV/0! #DIV/0!

99.0% t-statistic for UL 4.540703 4.540702858 4.540702858 4.540702858

99.0% UL 0.020765 0.03254688 0.001561375 0.001800657

99.0% t-statistic for UPL 6.964557 6.964556734 6.964556734 6.964556734

99.0% UPL 0.023614 0.044715476 0.001717156 0.002123021

average TMB in variability analysis 0.009475

Max TDML < or = avg TMB 0.007543

3x Max TDML 0.02263

D/F TMB Limit for 17 Cong. 0.023614 UPL

average TEQ in variability analysis 0.000944046

Max TEQDL < or = avg TEQ 0.000710683

3x Max TEQDL 0.00213205

D/F TEQ Limit for 17 Cong. 0.00213205 3x Max TEQDLAttachment I-12. Summary of CDD/CDF Calculations Used in Attachmetn I-11 Incorporating Late DataFacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMIYpsilantiEU-FBSSI611,2,3,4,6,7,8-HpCDD0.000848415ng/dscm @7%O200.01000008.48415E-061.70699E-05MIYpsilantiEU-FBSSI611,2,3,4,6,7,8-HpCDF0.049599737ng/dscm @7%O200.01000000.0004959971.70699E-05MIYpsilantiEU-FBSSI611,2,3,4,7,8,9-HpCDF0.019254074ng/dscm @7%O200.01000000.0001925411.70699E-05MIYpsilantiEU-FBSSI611,2,3,4,7,8-HxCDD0.000787667ng/dscm @7%O2<10.10000007.87667E-050.000170699MIYpsilantiEU-FBSSI611,2,3,4,7,8-HxCDF0.009009259ng/dscm @7%O200.10000000.0009009260.000170699MIYpsilantiEU-FBSSI611,2,3,6,7,8-HxCDD0.004263ng/dscm @7%O2<10.10000000.00042630.000170699MIYpsilantiEU-FBSSI611,2,3,6,7,8-HxCDF0.004324444ng/dscm @7%O200.10000000.0004324440.000170699MIYpsilantiEU-FBSSI611,2,3,7,8,9-HxCDD0.000867978ng/dscm @7%O2<10.10000008.67978E-050.000170699MIYpsilantiEU-FBSSI611,2,3,7,8,9-HxCDF0.019254074ng/dscm @7%O200.10000000.0019254070.000170699MIYpsilantiEU-FBSSI611,2,3,7,8-PeCDD0.001668ng/dscm @7%O2<11.00000000.0016680.001706987MIYpsilantiEU-FBSSI611,2,3,7,8-PeCDF0.002543185ng/dscm @7%O200.30000000.0007629560.000512096MIYpsilantiEU-FBSSI612,3,4,6,7,8-HxCDF0.003222741ng/dscm @7%O200.10000000.0003222740.000170699MIYpsilantiEU-FBSSI612,3,4,7,8-PeCDF0.002481407ng/dscm @7%O200.30000000.0007444220.000512096MIYpsilantiEU-FBSSI612,3,7,8-TCDD0.000948289ng/dscm @7%O2<11.00000000.0009482890.001706987MIYpsilantiEU-FBSSI612,3,7,8-TCDF0.001729778ng/dscm @7%O200.10000000.0001729780.000170699MIYpsilantiEU-FBSSI61DF TEQ0.006458571ng/dscm @7%O2000MIYpsilantiEU-FBSSI61DF TMB0.336688889ng/dscm @7%O2000MIYpsilantiEU-FBSSI61OCDD0.016885926ng/dscm @7%O200.00030005.06578E-065.12096E-07MIYpsilantiEU-FBSSI61OCDF0.162681481ng/dscm @7%O200.00030004.88044E-055.12096E-07MIYpsilantiEU-FBSSI61D/F TMB0.300369456-1.2027420430.0017069870.009220453-4.6863310860.005855988MIYpsilantiEU-FBSSI621,2,3,4,6,7,8-HpCDD0.00147ng/dscm @7%O200.01000000.00001472.10733E-05MIYpsilantiEU-FBSSI621,2,3,4,6,7,8-HpCDF0.016880093ng/dscm @7%O200.01000000.0001688012.10733E-05MIYpsilantiEU-FBSSI621,2,3,4,7,8,9-HpCDF0.00609ng/dscm @7%O200.01000000.00006092.10733E-05MIYpsilantiEU-FBSSI621,2,3,4,7,8-HxCDD0.00142ng/dscm @7%O2<10.10000000.0001420.000210733MIYpsilantiEU-FBSSI621,2,3,4,7,8-HxCDF0.00621ng/dscm @7%O200.10000000.0006210.000210733MIYpsilantiEU-FBSSI621,2,3,6,7,8-HxCDD0.00146ng/dscm @7%O2<10.10000000.0001460.000210733MIYpsilantiEU-FBSSI621,2,3,6,7,8-HxCDF0.00297ng/dscm @7%O200.10000000.0002970.000210733MIYpsilantiEU-FBSSI621,2,3,7,8,9-HxCDD0.00149ng/dscm @7%O2<10.10000000.0001490.000210733MIYpsilantiEU-FBSSI621,2,3,7,8,9-HxCDF0.00609ng/dscm @7%O2<10.10000000.0006090.000210733MIYpsilantiEU-FBSSI621,2,3,7,8-PeCDD0.00121ng/dscm @7%O2<11.00000000.001210.002107333MIYpsilantiEU-FBSSI621,2,3,7,8-PeCDF0.00322ng/dscm @7%O200.30000000.0009660.0006322MIYpsilantiEU-FBSSI622,3,4,6,7,8-HxCDF0.00147ng/dscm @7%O200.10000000.0001470.000210733MIYpsilantiEU-FBSSI622,3,4,7,8-PeCDF0.00233ng/dscm @7%O200.30000000.0006990.0006322MIYpsilantiEU-FBSSI622,3,7,8-TCDD0.000974ng/dscm @7%O2<11.00000000.0009740.002107333MIYpsilantiEU-FBSSI622,3,7,8-TCDF0.00279ng/dscm @7%O200.10000000.0002790.000210733MIYpsilantiEU-FBSSI62DF TEQ0.00503ng/dscm @7%O2000MIYpsilantiEU-FBSSI62DF TMB0.151ng/dscm @7%O2000MIYpsilantiEU-FBSSI62OCDD0.00439ng/dscm @7%O200.00030000.0000013176.322E-07MIYpsilantiEU-FBSSI62OCDF0.0472ng/dscm @7%O200.00030000.000014166.322E-07MIYpsilantiEU-FBSSI62D/F TMB0.107664093-2.2287391480.0021073330.006498878-5.0361257430.007229418MIYpsilantiEU-FBSSI631,2,3,4,6,7,8-HpCDD0.000974ng/dscm @7%O200.01000000.000009749.18833E-06MIYpsilantiEU-FBSSI631,2,3,4,6,7,8-HpCDF0.003747118ng/dscm @7%O200.01000003.74712E-059.18833E-06MIYpsilantiEU-FBSSI631,2,3,4,7,8,9-HpCDF0.00141ng/dscm @7%O200.01000000.00001419.18833E-06MIYpsilantiEU-FBSSI631,2,3,4,7,8-HxCDD0.00093ng/dscm @7%O2<10.10000000.0000939.18833E-05MIYpsilantiEU-FBSSI631,2,3,4,7,8-HxCDF0.00146ng/dscm @7%O2<10.10000000.0001469.18833E-05MIYpsilantiEU-FBSSI631,2,3,6,7,8-HxCDD0.000903ng/dscm @7%O2<10.10000000.00009039.18833E-05MIYpsilantiEU-FBSSI631,2,3,6,7,8-HxCDF0.000232ng/dscm @7%O2<10.10000000.00002329.18833E-05MIYpsilantiEU-FBSSI631,2,3,7,8,9-HxCDD0.00104ng/dscm @7%O2<10.10000000.0001049.18833E-05MIYpsilantiEU-FBSSI631,2,3,7,8,9-HxCDF0.00141ng/dscm @7%O2<10.10000000.0001419.18833E-05MIYpsilantiEU-FBSSI631,2,3,7,8-PeCDD0.00135ng/dscm @7%O2<11.00000000.001350.000918833MIYpsilantiEU-FBSSI631,2,3,7,8-PeCDF0.00084ng/dscm @7%O2<10.30000000.0002520.00027565MIYpsilantiEU-FBSSI632,3,4,6,7,8-HxCDF0.000229ng/dscm @7%O2<10.10000000.00002299.18833E-05MIYpsilantiEU-FBSSI632,3,4,7,8-PeCDF0.000803ng/dscm @7%O2<10.30000000.00024090.00027565MIYpsilantiEU-FBSSI632,3,7,8-TCDD0.00093ng/dscm @7%O2<11.00000000.000930.000918833MIYpsilantiEU-FBSSI632,3,7,8-TCDF0.000899ng/dscm @7%O2<10.10000000.00008999.18833E-05MIYpsilantiEU-FBSSI63DF TEQ0.00273ng/dscm @7%O2000MIYpsilantiEU-FBSSI63DF TMB0.0231ng/dscm @7%O2000MIYpsilantiEU-FBSSI63OCDD0.00469ng/dscm @7%O200.00030000.0000014072.7565E-07MIYpsilantiEU-FBSSI63OCDF0.0108ng/dscm @7%O200.00030000.000003242.7565E-078/9/201015Attachment I-12. Summary of CDD/CDF Calculations Used in Attachmetn I-11 Incorporating Late DataFacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMIYpsilantiEU-FBSSI63D/F TMB0.032647118-3.4219987090.0009188330.003549158-5.6410448370.00315215MNStPaulMetroFBR1111,2,3,4,6,7,8-HpCDD0.0117ng/dscm @7%O2BDL10.01000000.0001170.000240882MNStPaulMetroFBR1111,2,3,4,6,7,8-HpCDF0.0117ng/dscm @7%O2BDL10.01000000.0001170.000240882MNStPaulMetroFBR1111,2,3,4,7,8,9-HpCDF0.0117ng/dscm @7%O2BDL10.01000000.0001170.000240882MNStPaulMetroFBR1111,2,3,4,7,8-HxCDD0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,4,7,8-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,6,7,8-HxCDD0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,6,7,8-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,7,8,9-HxCDD0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,7,8,9-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1111,2,3,7,8-PeCDD0.0117ng/dscm @7%O2BDL11.00000000.01170.024088235MNStPaulMetroFBR1111,2,3,7,8-PeCDF0.0117ng/dscm @7%O2BDL10.03000000.0003510.000722647MNStPaulMetroFBR1112,3,4,6,7,8-HxCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR1112,3,4,7,8-PeCDF0.0117ng/dscm @7%O2BDL10.30000000.003510.007226471MNStPaulMetroFBR1112,3,7,8-TCDD0.0117ng/dscm @7%O2BDL11.00000000.01170.024088235MNStPaulMetroFBR1112,3,7,8-TCDF0.0117ng/dscm @7%O2BDL10.10000000.001170.002408824MNStPaulMetroFBR111DF TEQ0.034ng/dscm @7%O2DLL100MNStPaulMetroFBR111DF TEQ0.034ng/dscm @7%O2DLL100MNStPaulMetroFBR111DF TMB0.334ng/dscm @7%O2DLL100MNStPaulMetroFBR111OCDD0.117ng/dscm @7%O2BDL10.00030000.00003517.22647E-06MNStPaulMetroFBR111OCDF0.117ng/dscm @7%O2BDL10.00030000.00003517.22647E-06MNStPaulMetroFBR111Total Dioxins0.167ng/dscm @7%O2DLL100MNStPaulMetroFBR111Total Furans0.167ng/dscm @7%O2DLL100MNStPaulMetroFBR111Total HpCDD0.0123ng/dscm @7%O2000MNStPaulMetroFBR111Total HpCDF0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total HxCDD0.014ng/dscm @7%O2000MNStPaulMetroFBR111Total HxCDF0.014ng/dscm @7%O2000MNStPaulMetroFBR111Total PeCDD0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total PeCDF0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total TCDD0.0117ng/dscm @7%O2000MNStPaulMetroFBR111Total TCDF0.0117ng/dscm @7%O2000MNStPaulMetroFBR111D/F TMB0.4095-0.8928183760.0240882350.0370422-3.2956974760.076133276MNStPaulMetroFBR2111,2,3,4,6,7,8-HpCDD0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR2111,2,3,4,6,7,8-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR2111,2,3,4,7,8,9-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR2111,2,3,4,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,4,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,6,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,7,8,9-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,7,8,9-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2111,2,3,7,8-PeCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR2111,2,3,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.03000000.0003480.000716471MNStPaulMetroFBR2112,3,4,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR2112,3,4,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.30000000.003480.007164706MNStPaulMetroFBR2112,3,7,8-TCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR2112,3,7,8-TCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR211DF TEQ0.0337ng/dscm @7%O2BDL100MNStPaulMetroFBR211DF TEQ0.0337ng/dscm @7%O2BDL100MNStPaulMetroFBR211DF TMB0.324ng/dscm @7%O2BDL100MNStPaulMetroFBR211OCDD0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR211OCDF0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR211Total Dioxins0.162ng/dscm @7%O2BDL100MNStPaulMetroFBR211Total Furans0.162ng/dscm @7%O2BDL100MNStPaulMetroFBR211Total HpCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total HpCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total HxCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total HxCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total PeCDD0.0116ng/dscm @7%O20008/9/201016Attachment I-12. Summary of CDD/CDF Calculations Used in Attachmetn I-11 Incorporating Late DataFacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNStPaulMetroFBR211Total PeCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total TCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR211Total TCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR211D/F TMB0.406-0.9014021190.0238823530.0367256-3.3042812190.075482565MNStPaulMetroFBR1121,2,3,4,6,7,8-HpCDD0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR1121,2,3,4,6,7,8-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR1121,2,3,4,7,8,9-HpCDF0.0116ng/dscm @7%O2BDL10.01000000.0001160.000238824MNStPaulMetroFBR1121,2,3,4,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,4,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,6,7,8-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,7,8,9-HxCDD0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,7,8,9-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1121,2,3,7,8-PeCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR1121,2,3,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.03000000.0003480.000716471MNStPaulMetroFBR1122,3,4,6,7,8-HxCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR1122,3,4,7,8-PeCDF0.0116ng/dscm @7%O2BDL10.30000000.003480.007164706MNStPaulMetroFBR1122,3,7,8-TCDD0.0116ng/dscm @7%O2BDL11.00000000.01160.023882353MNStPaulMetroFBR1122,3,7,8-TCDF0.0116ng/dscm @7%O2BDL10.10000000.001160.002388235MNStPaulMetroFBR112DF TEQ0.0336ng/dscm @7%O2DLL100MNStPaulMetroFBR112DF TEQ0.0336ng/dscm @7%O2DLL100MNStPaulMetroFBR112DF TMB0.328ng/dscm @7%O2DLL100MNStPaulMetroFBR112OCDD0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR112OCDF0.116ng/dscm @7%O2BDL10.00030000.00003487.16471E-06MNStPaulMetroFBR112Total Dioxins0.163ng/dscm @7%O2DLL100MNStPaulMetroFBR112Total Furans0.165ng/dscm @7%O2DLL100MNStPaulMetroFBR112Total HpCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total HpCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total HxCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total HxCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total PeCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total PeCDF0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total TCDD0.0116ng/dscm @7%O2000MNStPaulMetroFBR112Total TCDF0.0145ng/dscm @7%O2000MNStPaulMetroFBR112D/F TMB0.406-0.9014021190.0238823530.0367256-3.3042812190.075482565MNStPaulMetroFBR2121,2,3,4,6,7,8-HpCDD0.0113ng/dscm @7%O2BDL10.01000000.0001130.000232647MNStPaulMetroFBR2121,2,3,4,6,7,8-HpCDF0.0113ng/dscm @7%O2BDL10.01000000.0001130.000232647MNStPaulMetroFBR2121,2,3,4,7,8,9-HpCDF0.0113ng/dscm @7%O2BDL10.01000000.0001130.000232647MNStPaulMetroFBR2121,2,3,4,7,8-HxCDD0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,4,7,8-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,6,7,8-HxCDD0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,6,7,8-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,7,8,9-HxCDD0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,7,8,9-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2121,2,3,7,8-PeCDD0.0113ng/dscm @7%O2BDL11.00000000.01130.023264706MNStPaulMetroFBR2121,2,3,7,8-PeCDF0.0113ng/dscm @7%O2BDL10.03000000.0003390.000697941MNStPaulMetroFBR2122,3,4,6,7,8-HxCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR2122,3,4,7,8-PeCDF0.0113ng/dscm @7%O2BDL10.30000000.003390.006979412MNStPaulMetroFBR2122,3,7,8-TCDD0.0113ng/dscm @7%O2BDL11.00000000.01130.023264706MNStPaulMetroFBR2122,3,7,8-TCDF0.0113ng/dscm @7%O2BDL10.10000000.001130.002326471MNStPaulMetroFBR212DF TEQ0.0327ng/dscm @7%O2BDL100MNStPaulMetroFBR212DF TEQ0.0327ng/dscm @7%O2BDL100MNStPaulMetroFBR212DF TMB0.314ng/dscm @7%O2BDL100MNStPaulMetroFBR212OCDD0.113ng/dscm @7%O2BDL10.00030000.00003396.97941E-06MNStPaulMetroFBR212OCDF0.113ng/dscm @7%O2BDL10.00030000.00003396.97941E-06MNStPaulMetroFBR212Total Dioxins0.157ng/dscm @7%O2BDL100MNStPaulMetroFBR212Total Furans0.157ng/dscm @7%O2BDL100MNStPaulMetroFBR212Total HpCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total HpCDF0.0113ng/dscm @7%O20008/9/201017Attachment I-12. Summary of CDD/CDF Calculations Used in Attachmetn I-11 Incorporating Late DataFacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNStPaulMetroFBR212Total HxCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total HxCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total PeCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total PeCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total TCDD0.0113ng/dscm @7%O2000MNStPaulMetroFBR212Total TCDF0.0113ng/dscm @7%O2000MNStPaulMetroFBR212D/F TMB0.3955-0.9276044920.0232647060.0357758-3.3304835920.073530429MNStPaulMetroFBR1131,2,3,4,6,7,8-HpCDD0.0114ng/dscm @7%O2BDL10.01000000.0001140.000234706MNStPaulMetroFBR1131,2,3,4,6,7,8-HpCDF0.0114ng/dscm @7%O2BDL10.01000000.0001140.000234706MNStPaulMetroFBR1131,2,3,4,7,8,9-HpCDF0.0114ng/dscm @7%O2BDL10.01000000.0001140.000234706MNStPaulMetroFBR1131,2,3,4,7,8-HxCDD0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,4,7,8-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,6,7,8-HxCDD0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,6,7,8-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,7,8,9-HxCDD0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,7,8,9-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1131,2,3,7,8-PeCDD0.0114ng/dscm @7%O2BDL11.00000000.01140.023470588MNStPaulMetroFBR1131,2,3,7,8-PeCDF0.0114ng/dscm @7%O2BDL10.03000000.0003420.000704118MNStPaulMetroFBR1132,3,4,6,7,8-HxCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR1132,3,4,7,8-PeCDF0.0114ng/dscm @7%O2BDL10.30000000.003420.007041176MNStPaulMetroFBR1132,3,7,8-TCDD0.0114ng/dscm @7%O2BDL11.00000000.01140.023470588MNStPaulMetroFBR1132,3,7,8-TCDF0.0114ng/dscm @7%O2BDL10.10000000.001140.002347059MNStPaulMetroFBR113DF TEQ0.0331ng/dscm @7%O2BDL100MNStPaulMetroFBR113DF TEQ0.0331ng/dscm @7%O2BDL100MNStPaulMetroFBR113DF TMB0.322ng/dscm @7%O2BDL100MNStPaulMetroFBR113OCDD0.114ng/dscm @7%O2BDL10.00030000.00003427.04118E-06MNStPaulMetroFBR113OCDF0.114ng/dscm @7%O2BDL10.00030000.00003427.04118E-06MNStPaulMetroFBR113Total Dioxins0.161ng/dscm @7%O2BDL100MNStPaulMetroFBR113Total Furans0.161ng/dscm @7%O2BDL100MNStPaulMetroFBR113Total HpCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total HpCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total HxCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total HxCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total PeCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total PeCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total TCDD0.0114ng/dscm @7%O2000MNStPaulMetroFBR113Total TCDF0.0114ng/dscm @7%O2000MNStPaulMetroFBR113D/F TMB0.399-0.9187938620.0234705880.0360924-3.3216729620.074181141MNStPaulMetroFBR2131,2,3,4,6,7,8-HpCDD0.0119ng/dscm @7%O2BDL10.01000000.0001190.000245MNStPaulMetroFBR2131,2,3,4,6,7,8-HpCDF0.0119ng/dscm @7%O2BDL10.01000000.0001190.000245MNStPaulMetroFBR2131,2,3,4,7,8,9-HpCDF0.0119ng/dscm @7%O2BDL10.01000000.0001190.000245MNStPaulMetroFBR2131,2,3,4,7,8-HxCDD0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,4,7,8-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,6,7,8-HxCDD0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,6,7,8-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,7,8,9-HxCDD0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,7,8,9-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2131,2,3,7,8-PeCDD0.0119ng/dscm @7%O2BDL11.00000000.01190.0245MNStPaulMetroFBR2131,2,3,7,8-PeCDF0.0119ng/dscm @7%O2BDL10.03000000.0003570.000735MNStPaulMetroFBR2132,3,4,6,7,8-HxCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR2132,3,4,7,8-PeCDF0.0119ng/dscm @7%O2BDL10.30000000.003570.00735MNStPaulMetroFBR2132,3,7,8-TCDD0.0119ng/dscm @7%O2BDL11.00000000.01190.0245MNStPaulMetroFBR2132,3,7,8-TCDF0.0119ng/dscm @7%O2BDL10.10000000.001190.00245MNStPaulMetroFBR213DF TEQ0.0344ng/dscm @7%O2BDL100MNStPaulMetroFBR213DF TEQ0.0344ng/dscm @7%O2BDL100MNStPaulMetroFBR213DF TMB0.334ng/dscm @7%O2BDL100MNStPaulMetroFBR213OCDD0.119ng/dscm @7%O2BDL10.00030000.00003570.00000735MNStPaulMetroFBR213OCDF0.119ng/dscm @7%O2BDL10.00030000.00003570.00000735MNStPaulMetroFBR213Total Dioxins0.167ng/dscm @7%O2BDL1008/9/201018Attachment I-12. Summary of CDD/CDF Calculations Used in Attachmetn I-11 Incorporating Late DataFacilityIDUnit IDTest IDTest RunPollutantPollutant ValuePollutant UnitFlagNDLN TMBDl TMBaverage_run2,3,7,8-TCDDEquivalentsTEQLN TEQDL TEQaverage_runMNStPaulMetroFBR213Total Furans0.167ng/dscm @7%O2BDL100MNStPaulMetroFBR213Total HpCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total HpCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total HxCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total HxCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total PeCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total PeCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total TCDD0.0119ng/dscm @7%O2000MNStPaulMetroFBR213Total TCDF0.0119ng/dscm @7%O2000MNStPaulMetroFBR213D/F TMB0.4165-0.8758688170.02450.0376754-3.2787479170.07743478/9/201019

# Attachment J

Variability analysis for existing FB units and MH units using

various percent UPL calculations

# 99% 95% 99% 95%

Cd 0.095 0.048 0.0019 0.0011

CDD/CDF TEQ 0.32 0.12 0.056 0.046

CDD/CDF TMB 5.0 1.8 0.61 0.51

CO 3,900 2,200

56 47

HCl 1.0 0.84 0.28 0.25

Hg 0.170 0.14 0.0033 0.0018

Nox 210 190 63.0 48

Opacity 10 10 0 0

Pb 0.30 0.14 0.0098 0.0052

PM 80 69 12 6.1

SO2 26 17 22 8.6 Attachment J-1. Summary of MACT Floor UPL Calculat ed Using Various % UPLs (rounded)

Pollutant MH - EG FB - EGNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedSample Size696959591919696999994444636387871515151529Non-detects110000112222006600151515150Average0.03038-4.671012.811666.290.53-0.790.0818-3.710.1010-2.38127.404.769.381.7142.593.380.69-1.5970.05-4.222.00Cannot beMedian0.01070-4.54834.000006.730.40-0.910.0294-3.530.1000-2.30109.454.704.001.3940.183.690.21-1.5540.01-4.300.10transformedStandard Deviation0.056131.651063.608731.400.290.580.13621.770.04780.4055.370.439.411.0926.701.151.151.9260.061.842.96Several runsMinimum0.00024-8.3424.190003.190.11-2.230.0006-7.390.0302-3.5054.414.000.31-1.170.50-0.700.01-4.9870.00-7.110.00are 0 valueMaximum0.30093-1.206221.687938.741.060.060.5596-0.580.3794-0.97270.825.6040.323.70124.204.824.531.5100.24-1.4111.00Skewness3.24-0.132.68-0.980.74-0.382.44-0.392.770.310.590.141.28-0.070.46-1.982.98-0.482.17-0.271.62SE Skewness0.290.290.320.320.560.560.290.290.250.250.370.370.310.310.260.260.630.630.630.630.45Skewness TestNon-normalNormalNon-normalNormalNormalNormalNon-normalNormalNon-normalNormalNormalNormalNon-normalNormalNormalNormalNon-normalNormalNon-normalNormalNon-normalKurtosis11.03-0.239.830.03-0.720.554.99-0.2212.651.27-0.69-1.400.91-0.61-0.263.999.92-0.515.65-1.092.11SE Kurtosis0.590.590.640.641.121.120.590.590.490.490.740.740.620.620.530.531.261.261.261.260.91Kurtosis TestNon-normalNormalNon-normalNormalNormalNormalNon-normalNormalNon-normalNon-normalNormalNormalNormalNormalNormalNon-normalNon-normalNormalNon-normalNormalNon-normal99.0% t-statistic for UL2.382.382.392.392.542.542.382.382.362.362.412.412.392.392.372.372.602.602.602.602.4695.0% t-statistic for UL1.671.671.671.671.731.731.671.671.661.661.681.681.671.671.661.661.751.751.751.751.7099.0% UL0.16410.47203556.143515152.171.261.970.40621.66190.21410.2397261.08331.2531.8574.12105.88449.693.6930.390.221.789.2995.0% UL0.12400.14572790.20085546.621.021.230.30890.46950.18040.1807220.44240.9225.0933.9886.99199.342.715.920.160.377.0399.0% t-statistic for UPL2.382.382.392.392.552.552.382.382.372.372.422.422.392.392.372.372.622.622.622.622.4795.0% t-statistic for UPL1.671.671.671.671.731.731.671.671.661.661.681.681.671.671.661.661.761.761.761.761.7099.0% UPL0.10920.09472518.79723884.88220.981.140.27320.29530.16730.1619207.23217.2422.6625.6779.77146.032.604.950.1540.316.4395.0% UPL0.08560.04732065.04292142.00830.840.850.21570.14000.14750.1371182.94179.5918.6716.1868.6790.551.971.730.1190.115.05HClOpacityPbCDD/CDF (TMB)CDD/CDF (TEQ)PMAttachment J-2. Detailed UPL Calculation Using Various % UPL's for Existing MH UnitsParameterHgNOxSO2CdCONormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedNormalLN TransformedSample Size39391121123636393912012021219936369999Non-detects9900323233880000009999Average0.00055-8.2127.634722.800.17-1.910.0030-6.700.0019-7.8430.303.253.300.482.570.290.32-1.3630.03-3.91Median0.00029-8.1428.653513.360.19-1.680.0011-6.780.0003-8.0425.703.251.930.662.540.930.40-0.9190.04-3.32Standard Deviation0.000591.3319.894871.350.080.560.00441.430.00661.5318.740.574.181.342.221.490.150.8860.020.94Minimum0.00003-10.490.11800-2.140.04-3.340.0000-10.150.0000-10.3412.902.560.22-1.490.05-2.920.03-3.4220.00-5.64Maximum0.00211-6.1676.893624.340.40-0.930.0167-4.090.0446-3.1175.284.3213.402.6010.322.330.42-0.8760.04-3.28Skewness1.17-0.130.35-1.440.25-1.011.98-0.045.760.721.340.432.080.041.34-1.03-1.48-2.03-0.89-1.11SE Skewness0.390.390.230.230.410.410.390.390.220.220.530.530.820.820.410.410.820.820.820.82Skewness TestNon-normalNormalNormalNormalNormalNormalNon-normalNormalNon-normalNon-normalNon-normalNormalNon-normalNormalNon-normalNormalNormalNormalNormalNormalKurtosis0.40-1.35-0.761.710.980.372.91-0.1833.780.661.15-0.804.80-1.033.07-0.200.693.58-1.57-0.54SE Kurtosis0.780.780.460.460.820.820.780.780.450.451.071.071.631.630.820.821.631.631.631.63Kurtosis TestNormalNormalNormalNon-normalNormalNormalNon-normalNormalNon-normalNormalNormalNormalNon-normalNormalNon-normalNormalNormalNon-normalNormalNormal99.0% t-statistic for UL2.432.432.362.362.432.432.432.432.362.362.522.522.822.822.432.432.822.822.822.8295.0% t-statistic for UL1.681.681.661.661.691.691.681.681.661.661.721.721.831.831.691.691.831.831.831.8399.0% UL0.00200.006974.5887394.160.350.580.01370.03920.01740.014677.48107.1915.0971.207.9950.630.733.120.070.2895.0% UL0.00150.002660.6318153.160.300.380.01040.01360.01280.005062.5568.3310.9618.906.3316.620.591.300.050.1199.0% t-statistic for UPL2.432.432.362.362.442.442.432.432.362.362.532.532.902.902.442.442.902.902.902.9095.0% t-statistic for UPL1.691.691.661.661.691.691.691.691.661.661.721.721.861.861.691.691.861.861.861.8699.0% UPL0.00140.001955.1079105.35560.280.340.00940.00980.01090.003259.5462.4011.3721.555.8311.910.601.420.0560.1295.0% UPL0.00110.001046.940560.59250.240.260.00750.00520.00820.001750.2547.168.488.524.836.090.500.770.0450.06SO2PMAttachment J-3. Detailed UPL Calculation Using Various % UPL's for Existing FB UnitsCdCOHClPbCDD/CDF (TMB)CDD/CDF (TEQ)ParameterHgNOx