VedfaE S Technical Solutions & V(=OUA ^ 

7 Mobile Avenue s«rvi«s 

Sauget, IL 62201 

Comprehensiv e Performanc e Test Repor t 

Prepared for the Rotar y Kil n Incinerator 

Numbe r 4 in Accordanc e with 40 CF R § 

63 Subpart EE E 

AECO M 

February 2010 

Document No.: 60133216 

AZCOM 
Prepared for: A\/cn i i a 

Veolia ES Technical Solutions wVeOUA ^ 

7 Mobile Avenue services 

Sauget, IL 62201 

Comprehensiv e Performanc e Test Repor t 

Prepared for the Rotar y Kil n Incinerator 

Numbe r 4 in Accordanc e with 40 CF R § 

63 Subpart EE E 

Prepared By Steven Milo 

reviewed By Jeffrey Gorman 

fVECOM 

February 2010 

Document No.: 60133216 

AECO M 

VES01875 2 
AECOM 

Contents 

1.0 Introduction • • 1"1 

1.1 Program Summary 1- 1 

1.2 Purpose and Objective of the Performance Test 1-1 

1.3 Program Description ; 1-1 

1.3.1 Test Operating Conditions 1-1 

1.3.2 Baghouse Cleaning Cycle 1-2 

1.3.3 Ash and Chlorine Feed •• 1-2 

1.4 Conditions in USEP A CP T Approval Letter Dated November 25, 2009 ... 1-2 

1.4.1 Incinerator 2 DR E Data in Lieu Request 1-2 

1.4.2 Incinerators 2, 3, and 4 Metals Data in Lieu Request 1-2 

1.4.3 Request to Use Method 23 for Dioxins/Furans on Incinerators 2 and 3 1-3 

1.4.4 "As Fired" Waste Analyses and Waste Descriptions 1-3 

1.4.5 Tables 1-1 and 5-1 ofthe CP T Plans for inciherators 2, 3, and 4 1-3 

2.0 Incinerator Proces s Description • • • 2-1 

2.1 Process Overview 2-1 

2.2 Waste Feed Systems [40 CF R § 63.1207(f)(1)(ii)(c) and (1)(1)(iii)(P) and (E)] 2-1 

2.2.1 Unit 4 Liquid Waste Feed System and Blending Operations 2-1 

2.2.1.1 Organic and Aqueous Liquid Waste Feeds 2-1 

2.2.1.2 Packaged and Bulk Solid Waste Feeds .' 2-2 

2.2.1.3 Specialty Liquid Waste Feed 2-2 

2.3 Manufacturer, Make and Model of the Incinerator [40 CF R §63.1207(0(1 p)(A)] 2-2 

2.3.1 Combustion Chamber and Burners [40 CF R §63.1207(f)(1)(iii)(B) and (C) 2-2 

2.3.2 Secondary Combustion Chamber (SCC) 2-3 

2.3.3 Location of Combustion Zone Temperature Device [40 CF R §63.1207(f)(1)(xix)] 2-4 

2.3.4 Hazardous Waste Residence Time [40 CF R §63.1207(f)(1)(ix)] 2-4 

2.3.5 Combustion System Leak 2-4 

2.3.6 Emergency Safety Vent • 2-4 

2.4 Procedures for Rapidly Stopping Hazardous Waste Feed During Equipment Malfunction [40 CF R 

§63.1207(0(1 )(viii)] : : -2- 5 

2.5 Air Pollution Control Equipment [40 CF R §63.1207(f)( 1 )(iii)(G)] 2-5 

2.5.1 Air Pollution Control Systems Descriptions 2-5 

2.5.1.1 Tempering Chamber 2-5 

2.5.1.2 Lime System 2-6 

2.5.1.3 Spray Dry Absorber 2-6 

2.5.1.4 Fabric Filter 2-7 

2.5.1.5 Carbon Injection • 2-7 

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2.5.1.6 Induced Draft Fan and Stack 2-8 

2.6 Stack Emissions Monitoring (40 CF R §63.1207(f)(1)(iii)(H)] 2-8 

2.6.1 CE M System Description •• 2-8 

2.7 Process Monitoring and Control 2-9 

2.8 Automatic Waste Feed Cut-off System [40 CF R §63.1207(f)(1)(iii)(F)].....; 2-10 

2.8.1 AWFC O System Testing 2-11 

2.9 Air Pollution Control Equipment Maintenance Practices [40 CF R §63.1207(f)(1)(iii)(G)] 2-11 

2.9.1 Program Overview •• 2-11 

2.9.2 Test Program Preparation Activities 2-11 

3.0 Summary of Results - • 3-1 

3.1 Process Operating Conditions 3-1 

3.2 Stack Emission Results for Total Chlorides (HCI/Cy 3-1 

3.3 Stack Emission Results for Particulate Matter 3-1 

3.4 Stack Emission Results for Dioxins and Furans 3-1 

3.5 Stack Emission Results for Total Hydrocarbons....: 3-1 

4.0 Sampling and Analytical Program 4-1 

4.1 Waste Feed Stream Sampling Procedures 4-1 

4.2 Stack Sampling Procedures 4-1 

4.2.1 Stack Sampling Location 4-1 

4.2.2 Velocity, Moisture and Fixed Gas Determinations 4-2 

4.2.3 Particulate Matter (PM), HCI and Cl 2 4-2 

4.2.4 PCDDs/PCDF s : 4-2 

4.2.5 Continuous Emission Monitoring 4-2 

4.3 Analytical Procedures • • 4-3 

4.3.1 Analysis of Waste feed Streams 4-3 

4.3.1.1 Chemical and Physical Properties of Waste feed Streams 4-3 

4.3.2 Analysis of Stack Gas Samples : 4-3 

4.3.2.1 Total Chlorides (HCI/CI 2 ) in Stack Gas Samples 4-3 

4.3.2.2 Particulate Matter (Gravimetric Analysis)... 4-3 

4.3.2.3 Stack Gas - Analysis for PCDDs/PCDF s 4-3 

5.0 Quality Assurance • • 5- 1 

5.1 Sample Collection QA/QC • 5-1 

5.1.1 Waste Feed Streams 5-1 

5.1.2 Stack Sampling QA/QC 5-1 

5.1.3 Pre-Sampling Activities 5-1 

5.1.4 Equipment Calibration 5-1 

5.1.5 Glassware Preparation 5-2 

5.1.5.1 Sample Media Preparation 5-2 

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5.2 Chain-of-Custody • 5-3 

5.3 Analytical QA/QC 5-3 

5.3.1 Analysis of Waste Feed Streams 5-3 

5.3.1.1 Chemical and Physical Properties of Waste Feed Streams., 5-3 

5.3.2 Analysis of Stack Gas Samples.. 5-3 

5.3.2.1 Total Chlorides (HCI/CI 2 ) in Stack Gas Samples 5-3 

5.3.2.2 Particulate Matter (Gravimetric Analysis)... 5-3 

5.3.2.3 Stack Gas - Analysis for PCDDs/PCDFs 5-4 

List of Appendices 

Appendix A Facility Operating Data 

Appendix B Reference Method Field Data and Calculations 

Appendix C Reference Method Calibrations, Verifications, and Certifications 

Appendix D Laboratory Data 

List of Tables 

Table 1-1 Summary of Applicable MAC T Emission Standards: 1-4 

Table 1 -2 MACT OPLs Established During the Performance Test 1-5 

Table 2-1 Veolia ES Technical Solutions - Continuous Emissions Monitors 2-9 

Table 2-2 Technical Information Summary on Incineration No. 4 2-12 

Table 2-3 Current AWFC O Parameters and Limits for Incinerator No. 4 2-13 

Table 3-1 Waste Feed Rates and Operating Conditions 3-2 

Table 3-2 R M 5/26A Sampling Parameters and Emission Results - Total Ghloride/PM 3-3 

Table 3-3 RM 0023A Sampling Parameters and Emission Results - Dioxin and Furan 3-4 

Table 3-4 RM 25A Sampling Parameters and Emission Results 3-5 

Table 4-1 Traverse Point Locations 4-4 

Table 5-1 QA/QC Requirements for Chemical/Physical Properties of Waste Feed 5-5 

Table 5-2 QA/QC Requirements for Chlorides in Stack Gas 5-6 

Table 5-3 QA/QC Requirements for PCDD/PCD F Analyses of Stack Gas Samples 5-7 

List of Figures 

Figure 2-1 Hydrated Lime Specifications 2-14 

Figure 2-2 Carbon Specification Sheet 2-15 

Figure 4-1 Unit 4 Exhaust Stack Schematic 4-5 

iii February 2010 

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1.0 Introduction 

AECOM 

1.1 Progra m Summar y 

AECO M Environment (AECOM) was retained by Veolia ES Technical Solutions (Veolia), to conduct a 

comprehensive performance test (CPT) for its Incinerator No. 4 as required under 40 CF R §63.1207 ofthe 

Hazardous Waste Combustor (HWC) MAC T regulations. The CPT was conducted during the week of 

December 14, 2009 forthe Sauget, IL facility. 

The results from this testing indicate that emissions for dioxins and furans (PCDDs/PCDFs), total 

hydrocarbons, hydrogen chloride and chlorine, and particulate matter (PM) met the applicable emission 

standards under 40 CFR 63 Subpart EE E (otherwise known as the HWC MACT regulations). A summary of 

the test results can be found in Section 3 of this report. . 

1.2 Purpos e an d Objectiv e o f th e Performanc e Tes t 

The purpose of the CPT is to validate the performance level of the incinerator against the requirements in 40 

C F R Part 63, Subpart EEE. To this end, the specific objectives of this performance test were to: 

• Demonstrate that the emissions from the incinerator meet the HWC MACT emission limits while 

treating hazardous waste for the parameters being tested. 

• Collect monitoring data in order to re-establish operating parameter limits (OPLs) or set new OPL s on 

key operating variables that will ensure that the incinerator operates within the HWC MACT emission 

limits while treating hazardous waste. 

The test program included feeding a variety of liquid and solid waste materials to the incinerator, sampling and 

analyzing the feed streams, monitoring certain process parameters and conducting emissions testing. The 

emissions standards that were evaluated under the HWC MAC T regulations are summarized in Table 1 -1. 

1.3 Progra m Descriptio n 

1.3.1 Tes t Operatin g Condition s 

The test condition for this CP T was designed to demonstrate compliance with the applicable MACT dioxins 

and furans (PCDDs/PCDFs), total hydrocarbons, hydrogen chloride and chlorine, and particulate matter (PM) 

emissions standards. During the dioxin/furan emission testing, Unit 4 was operated at minimum combustion 

zone temperatures while maximizing pumpable and total waste feeds. Normal (or higher) levels of chlorine 

and ash were fed. The flue gas flow rate and baghouse inlet temperature were maximized and the carbon 

feed rate was minimized. The particulate matter control device underwent its normal (or more frequent) 

cleaning cycle, since it underwent continuous, or semi-continuous, cleaning cycles. 

During the HCI/CI2 emission testing, Unit 4 was operated at maximum flue gas flow rate and maximum 

chlorine feed rate. Sorbent feed rate and carrier fluid flow rate were minimized. 

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During the P M emission testing, Unit 4 was operated at maximum flue gas flow rate and maximum ash feed 

rate. The particulate matter control device underwent its normal (or more frequent) cleaning cycle since it 

underwent continuous, or semi-continuous, cleaning cycles. 

The waste feed rates that were used forthe CP T are summarized in Table 1-2. A copy ofthe actual process 

monitoring data is included in Appendix A. 

1.3.2 Baghous e Cleanin g Cycl e 

During the P M and HCI/CI 2 testing programs and during the dioxins and furans testing program on Unit 4, the 

six baghouse modules were continuously alternating through off-line cleaning cycles. The one-minute 

operating data shows variation in the pressure drop across the baghouse modules within a 2 to 3 inch water 

column range during the tests. It required approximately 35 minutes for all six modules to sequentially 

complete a cleaning cycle. This is typical of normal operation of the baghouse cleaning cycle which meets the 

requirements in 40 CF R §63.1207(g)(1)(C). 

1.3.3 As h an d Chlorin e Fee d 

Pursuant to 40 CF R §63.1207(g)(1)(A) and 40 CF R §63.1207(g)(1)(B), normal or higher levels of ash and 

chlorine were fed to Unit 4 during the dioxin/furan performance tests. The historical average feedrates for ash 

and chlorine are 1400 Ib/hr and 88 Ib/hr, respectively. The test feedrates of ash and chlorine for all test runs 

were >5094 Ib/hr and >116 Ib/hr, respectively. 

1.4 Condition s in USEP A CP T Approva l Letter Date d Novembe r 25, 2009 

1.4.1 Incinerator 2 DR E Data in Lie u Reques t 

USEP A stated in the CPT approval letter that Veolia may re-submit the request to use previous DR E test data 

as documentation of compliance with the HW C MACT emission standard for DRE. On December 3, 2009, 

Veolia submitted results of an Incinerator 2 DR E test (report dated March 8,1993) to the USEPA. EP A 

reviewed the Incinerator 2 data and concluded that it meets the criteria set forth in 40 C.F.R. § 

63.1207(c)(2)(i)(A-D). USEP A sent Veolia a letter dated December 11, 2009 approving Veolia's request to 

use prior RCR A Trial Burn DRE data for Incinerator 2 to demonstrated compliance with the DRE standard in 

40 C.F.R. § 63.1219(c) and to establish the DR E OPL's required by 40 C.F.R. § 63.1219Q). 

1.4.2 Incinerator s 2, 3, an d 4 Metal s Data in Lie u Reques t 

The USEP A approves Veolia's request to use metals performance test data from August and September 2008 

to demonstrate compliance with the mercury, SVM , and LVM emission standards and to establish the 

applicable mercury, SVM , and LVM OPL' s if metals feed rates are based solely on the spike concentrations. 

The results of the performance tests on each hazardous waste incinerator demonstrate compliance with the 

mercury, SVM , and LV M emission standards under the conditions that existed during testing. Due to the 

questionable moisture content of the solid waste samples, agreement on the metals concentration of the solid 

waste is the subject of current discussions Veolia and USEP A are having regarding the inclusion of metals 

feeds that were native to the wastes to determine the metals feed rates for the 2008 performance tests. 

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1.4.3 Reques t to Us e Metho d 23 for Dioxins/Furan s o n Incinerator s 2 an d 3 

USEP A disapproved Veolia's request to use Method 23 instead of Method 0023A to conduct the dioxin/furan 

performance tests on Incinerators 2 and 3, Veolia used Method 0023A for the dioxin/furan performance tests 

on all three incinerators. 

1.4.4 "A s Fired " Wast e Analyse s an d Wast e Description s 

Veolia agreed to include in the final test burn report the "as fired" heating value and concentrations of ash, 

mercury, SVM , LVM, total chlorine and organic HAP's in each waste stream burned during the CPT. Included 

in Appendix A are the waste feed profile sheets, which contain the chemical compositions of the wastes, and 

the analyses of the wastes, which contain the "as fired" heating value and concentrations of ash, mercury, 

SVM , LVM, and total chlorine. 

1.4.5 Table s 1-1 an d 5-1 of the CP T Plan s fo r Incinerator s 2, 3, an d 4 

For the hydrogen chloride and chlorine emissions parameter in Tables 1-1 and 5-1, the correct limit should be 

32 ppmv Cl" on a dry basis, corrected to 7% oxygen. The correct citation is 40 C.F.R. § 63.1219(a)(6). These 

have been corrected in this report. 

For the PCDDs/PCDF s (TEQ basis) emissions parameter in Tables 1-1 and 5-1, the limit of 0.20 ng/dscm for 

operation above 400 deg F and the limit of 0.40 ng/dscm for operation below 400 deg F can apply to Veolia's 

hazardous waste incinerators since the inlet temperature to the particulate matter control device can be 

controlled above or below 400 deg F. Incinerators 2 and 3 demonstrated compliance at an emission level 

<0.20 ng/dscm so both units continue to have the ability to operate their respective pollution control equipment 

with an inlet temperature above 400 deg F. Incinerator 4 has historically demonstrated compliance at an 

emission level of <0.20 ng/dscm however was only capable of demonstrating compliance at an emission level 

of <0.40 ng/dscm. The inlet temperature must be controlled below 400 deg F. Veolia is currently considering 

whether to continue operating below 400 deg F or repeat the test. 

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Table 1-1 Summary of Applicable WIACT Emission Standards 

Emissions Parameter Limit Citation 

PCDDs/PCDFs (TEQ basis) < 0.20 ng/dscm 

£ 0.40 ng/dscm 

40CFR63.1219(a)(1)(i)(A) 

40CFR§63.1219(a)(1)(i)(B) 

Carbon Monoxide £ 100 ppmv 40 CFR§63.1219(a)(5)(i) 

Total Hydrocarbons £ 10 ppmv 40 CFR §63.1219(a)(5)(H) 

Hydrogen Chloride & Chlorine ^ 3 2 ppmv dry as Cl" 40 CF R § 63.1219(a)(6) 

Particulate Matter (PM) 2 0.013 gr/dscf 40 CFR § 63.1219(a)(7) 

Note: All emission concentrations are corrected to 7% oxygen. 

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Table 1-2 MAC T OPL s Established During the Performance Test 

Process Parameter Units 

Avg. 

Period 

How Limit 

Established 

I Maximum Pumpable Waste Feed 

j Rate 

Ib/hr . 1-hr Avg. of max. HRAs for 

each run 

Maximum Total Hazardous Waste 

Feed Rate 

Ib/hr 1-hr Avg. of max. HRAs for 

each run 

Minimum PCC Temperature °F 1-hr Avg. ofthe test run 

averages 

Minimum SCC Temperature °F 1-hr Average of the test run 

averages 

Maximum Flue Gas Flowrate acfm 1-hr Average of maximum 

HRAs for each run 

Maximum Ash Feed Rate Ib/hr 12-hr Average, of the test run 

averages 

Maximum Chlorine/Chloride Feed 

Rate 

Ib/hr 12-hr . Average, ofthe test run 

averages 

Minimum Sorbent Feedrate lb/lb Cb 1-hr Average, ofthe test run 

averages 

Minimum Carrier Fluid Flowrate gal/lb Cl 2 1-hr Average, ofthe test run 

averages 

Minimum Carbon Feedrate Ib/hr 1-hr Average, ofthe test run 

averages 

Maximum Fabric Filter Inlet 

Temperature 

°F 1-hr Average of the test run 

averages 

1-5 February 2010 

VES01876 0 
2.0 Incinerator Process Description 

AECOM 

2.1 Proces s Overvie w 

Veolia operates two Fixed Hearth Dual Chambered Incinerators (Units 2 and 3) and one rotary kiln incinerator 

(Unit 4) at the Sauget, IL facility. The two fixed hearth units are rated at 16 million Btu/hr each. Incineration 

Unit No. 3 is a mirror image of Unit No. 2. Both of these units have their own waste handling systems as 

described in the sections that follow. The only difference being Unit No. 2 is equipped with four (4) baghouse 

modules, while Unit No. 3 is equipped with three (3) baghouse modules. However, each incinerator is 

operated identically with only three baghouse modules in service during operation. Unit 4 is rated at 5 0 million 

Btu/hr and is equipped with its own tank farm system, drum storage, bulk solids storage and feed systems. 

2 . 2 Wast e Fee d System s [40 CF R § 63.1207(f)(1)(ii)(c) an d (f)(1)(iii)(D) an d (E)] 

2.2.1 Uni t 4 Liqui d Wast e Fee d Syste m an d Blendin g Operation s 

The Unit 4 Rotary Kiln can incinerate any of the waste that Veolia is authorized and permitted to receive. All 

physical forms of wastes will be handled and fed by the system's waste feed devices. Liquids will be fed to 

either the kiln or the Secondary Combustion Chamber (SCC). Bulk solid wastes will be fed to the kiln through 

the ram feeder. Containerized wastes will be fed to the kiln through the ram feeder or the auxiliary ram feeder. 

This unit can receive any combination of wastes - liquid, semi-solid, or solid - with a heat value of up to 50 

million Btu/hr. 

Unit 4 is supported by storage tanks located in Tank Farm #3. These tanks are used to store the liquid organic 

wastes, aqueous wastes, and pumpable sludges to be fed to the system. Unlike Tank Farm #1, all of the 

tanks in Tank Farm #3 can be used as feed tanks to the incinerator. Several criteria are important in designing 

a blend from received wastes. These include compatibility, proper range of heating value, and permit 

restrictions regarding elemental composition (based on emission limitations). Pumps to transfer these wastes 

to the system are installed in the tank farm. The material is transferred through aboveground pipelines from 

the tank farm to the incinerator. Pipelines used to transfer liquid organic waste and aqueous waste are 

equipped with strainers. 

In compliance with the Benzene NESHAP, all tanks are vented to individual carbon adsorption canisters for 

removal of organics before vapor is discharged to the atmosphere. Each carbon adsorber canister is 

essentially equivalent to a 55 gallon container or greater, if necessary. All tanks are equipped with 

conservation vents, in addition to the carbon canister adsorber. All tanks are grounded, and flame arrestors 

are installed between the carbon adsorbers and the tanks. 

2.2.1.1 Organic and Aqueous Liquid Waste Feeds 

The liquid waste injectors used in the combustion chambers are air-atomizing injectors. These are used for 

injection of pumpable sludges, aqueous wastes and organic liquid wastes to the kiln and for injection of 

organic liquid waste to the SCC . Dual fluid injection nozzles will be used for atomization of the waste. Each of 

the injectors is rated at 0-300 gph. The liquid waste feed nozzles are served by parallel redundant pumps and 

recirculation systems with back pressure control. 

2-1 February 2010 

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2.2.1.2 Packaged and Bulk Solid Waste Feeds 

Containers of wastes are sampled and analyzed after receipt in accordance with the facility's Waste Analysis 

Plan. Tfoese wastes can then be delivered directly to Unit 4 or repacked into small combustible containers at 

the facility. Repackaged containers are delivered to, and staged, in the Container Storage Unit No. 6 adjacent 

to the Unit 4 incinerator. When scheduled for feeding to the system, the containers of waste are transferred by 

forklifts to the feed conveyors serving Unit 4. 

Bulk solids and non-pumpable wastes are delivered and discharged into waste feed bins in the Bulk Solids 

Storage Building after being received, sampled, and analyzed. A clamshell operating from an overhead crane 

is used to transfer these wastes from the bins to the feed hoppers discharging tp the system's ram feeder. 

The weigh hopper is equipped with weigh cells so each charge of waste can be weighed before it is 

discharged into the ram feeder. Fugitive emissions are controlled by a baghouse, cyclone, and carbon 

adsorption system connected to this system. 

The ram feeder is a 25-inch wide by 42 inch high (inside dimensions) rectangular tube operated by a 

hydraulically driven ram. The ram tube is equipped with a vertical, hydraulically operated charge door near the 

kiln end. This door is opened before the ram begins advancing to push a charge into the kiln. After the ram 

has fully retracted, a limit switch triggers the door to close so as to protect the ram feeder from the kiln's 

radiant heat. The ram is capable of operating from 0-30 cycles/hour. 

The top face of the ram feeder has a 2' x 2' opening which receives waste charges from the hopper. The ram 

feeder isolation gate, the charge door, and the ram.operate in sequence. At the beginning of a cycle, the ram 

is fully retracted. On a "start" command from the operator or the programmable controller, the ram feeder 

isolation gate opens to receive a charge of waste from the hopper. The gate then closes, the charge door 

opens, and the ram begins its advance. Once the ram reaches its full extension, it begins to retract. When the 

ram is fully retracted, the charge door is closed and the cycle can be repeated. This system's sequenced 

operation combined with the negative pressure in the kiln prevent fugitive emissions from escaping the kiln 

ram feeder system. 

The ram feeder also receives containers of wastes delivered by an auxiliary feed system. The auxiliary feed 

conveyor is capable of handling charge weights of 1 to 100 pounds. The system is capable of handling charge 

sizes up to 24 inches in diameter and 24 inches tall. The auxiliary feed conveyor is capable of making 60 

charges an hour or one complete cycle every minute. 

2.2.1.3 Specialty Liquid Waste Feed 

The Specialty Feed System associated with Incinerator No. 4 is a Direct Inject Liquid Feed System. 

2 . 3 Manufacturer , Mak e an d Mode l o f th e Incinerato r [40 CF R § 63.1207(f)(1)(iii)(A)] 

2.3.1 Combustio n Chambe r an d Burner s [40 CF R §63.1207{f)(1)(iii)(B) an d (C) 

Incinerator No. 4 features a two-stage combustion process. Ignition of waste material takes place in the kiln, 

or primary combustion chamber (PCC). A secondary combustion chamber (SCC) serves as an "after-burner" 

for process gases and is also permitted to incinerate high Btu liquid waste, ignition of the waste takes place at 

temperatures in excess of 1600 degrees F. The secondary combustion chamber maintains a minimum 

temperature of approximately 1875 degrees F. 

2-2 February 2010 

VES01876 2 
AECOM 

The rotary kiln is fabricated of carbon steel. It has approximate dimensions of 8'8" O.D. X 35' long. It is 

supported on a one-degree slope by two steel tires or riding rings. Each riding ring rides on two pairs of steel 

trunnions and have an approximate outside diameter of 9 feet 5 inches. The thickness and face width of the 

trunnions are approximately 6 inches and 9 inches, respectively. Table 2-2 provides a summary of the 

incinerator design specifications. 

The kiln is lined with approximately 7 Vz inches of dense abrasion-resistant high-alumina firebrick refractory. 

With this refractory system, the kiln has an inside diameter of approximately 7 feet and a length of 

approximately 35 feet, an integral cross-section area of approximately 38 square feet and an internal volume 

of approximately 1,346 cubic feet. 

All kiln feeds will enter through the upper kiln face plate which is located on the feed end ofthe kiln. Th e plate 

contains a primary bumer, three liquid feed nozzles (for pumpable sludge, aqueous waste, and high Btu liquid 

waste), a ram feeder and a surge vent. 

The primary burner is equivalent to a North American 'Fuel Directed' burner of 25 MMBtu/hr. and burns No. 2 

fuel oil or natural gas. The burner system is supplied with approximately 4,000 acfm combustion air at a static 

pressure of 20" water column (WC). The pilot for the primary burner will burn natural gas. 

The fuel system for the kiln (and secondary combustion chamber) is controlled by a Factory Mutual approved 

burner management system complete with interlocks and safety valves. 

2.3.2 Secondar y Combustio n Chambe r (SCC ) 

The SC C is a vertical, cylindrical chamber having approximate dimensions of 10'-6" O.D. x 71' high. It is 

fabricated of carbon steel and lined with an inner course (hot face) of approximately six inches of high alumina 

refractory and an outer course of approximately two inches of insulating refractory. With this installed 

refractory, the SC C has an inside diameter of approximately nine feet. The effective length (gas retention 

length) of the chamber is approximately 48' - 6". Consequently, the SC C has a cross-section area of 6 4 

square feet and an effective volume of approximateiy 3,084 cubic feet. At maximum combustion gas flows, 

the combustion gas residence time is greater than two seconds. 

Combustion gases from the kiln enter the bottom of the SC C through a refractory-lined side duct and exit from 

the top of the SC C through a refractory-lined duct to the tempering chamber. The floor of the chamber is 

sloped to facilitate the removal of ash and solids through a slag tap. 

The SC C is equipped with one burner mounted on the sidewall ofthe chamber near the bottom. The burner is 

a Trane Thermal Model, or equivalent, with a design heat release of approximately 30 million Btu/hr. This 

burner is supplied with No. 2 fuel oil or natural gas and combustion air. 

As with the kiln burner, the SC C burner is supplied with atomizing air and is equipped with a burner 

management system. This system controls the ignition and initiates an automatic shutoff when there is a loss 

of flame, combustion air supply, fuel pressure, atomizing air pressure, pilot burner or ID fan. 

The SC C burner is a high-intensity, vortex type unit with a spin vane assembly, located within the windbox to 

impart an intense rotary motion to the combustion air. This rotary motion and the burner design provide 

complete mixing of air and fuel, and recirculation of the gases within the combustion chamber promotes rapid 

combustion and high heat intensity. 

2-3 February 2010 

VES01876 3 
AECOM 

2.3.3 Locatio n of Combustio n Zon e Temperatur e Devic e [40 CF R §63.1207(f)(1 )(xix)] 

The pyrometer that monitors temperature in the rotary kiln is located top-center in the transition section 

between the rotary kiln and the SC C about two feet downstream from the exit ofthe kiln. The thermocouple 

that monitors temperature in the SC C is located on the west side of the chamber near the SC C exit duct 

2.3.4 Hazardou s Wast e Residenc e Tim e [40 CF R §63.1207(f)(1)(ix)] 

The hazardous waste gas residence time for the Unit 4 Rotary Kiln Incinerator is calculated as follows: 

• Rotary Kiln Volume -134 6 ft3 

• Secondary Combustion Chamber Volume - 3084 ft.3 

• Total Volume-443 0 ft3 

• Maximum Flue Gas Flowrate -43,00 0 acfm (717 ft3/sec) 

• Total Combustion Zone Residence Time = (4430 ft3)/(717 frVsec) = 6.2 sec 

Based on the equation 0=[(O.19L)/(NDS)], where: 

0 is the residence time in minutes, 

L is the kiln length in feet, 

N is the rotational speed n revolutions per minute, 

S is the kiln slope in feet per feet, and 

D is the internal diameter in feet, 

and inserting the known values for L (35), N (2), S (0.0174), and D (6.5) result in a residence time for the rotary 

kiln of 30 minutes. 

2.3.5 Combustio n Syste m Lea k 

The kiln itself is equipped with a double seal system that is comprised of overlapping, adjustable, stainless 

steel spring plates on both the feed and discharge ends of the kiln. The sealing edges of each plate are fitted 

with a sintered-metal wear shoe similar to a brake shoe with the inner seal resting on the kiln shell. The 

powdered metal formulation for the seal shoes include graphite granules, which make the shoes selflubricating. The void between the seals and the outer shell of the kiln is pressurized to further prevent fugitive 

emissions. In addition to the kiln seal system, Unit 4 also utilizes an induced draft fan that maintains a vacuum 

of - 0.5 to -1, 0 inches water column while waste is being fired into the system. 

2.3.6 Emergenc y Safet y Ven t 

Unit 4 is equipped with two emergency vents, one located at the kiln inlet which acts as an emergency 

pressure relief, the second is located at the top of the SC C as a thermal relief vent. 

The emergency vent at the kiln inlet would only be required for an occurrence that overwhelms the ability of 

the ID fan to control the pressure of the kiln. The vent and chute opening is designed such that waste from the 

bulk solids chute would not impede the escaping gas flow. A deflector separates the feed flow from the vent 

opening. The entrainment of solids through the surge vent is minimal. As an extra precaution, the exhaust 

2-4 February 2010 

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AECOM 

opening of the vent is angled to provide a horizontal exit, thereby minimizing solids entrainment into the air. 

The vent is kept closed by weighted louvers. These louvers will open only if the pressure in the kiln suddenly 

rises beyond the compensating capacity of the ID fan. A limit switch on the louvers will automatically shutoff all 

waste feeds to the kiln and SC C when the vent is opened. 

The incinerator is also equipped with an emergency safety vent (ESV) located at the top of the secondary 

combustion chamber. This ESV is a refractory-lined emergency thermal relief vent (TRV) which is held in the 

closed position by a pneumatic cylinder. The control valve in the line supplying air to the cylinder and the 

cylinder vent valve which opens the TRV are located in the control room for each unit. Valve locks (with keys 

attached) are utilized to deter indiscriminate operation of these valves. Opening of the TR V allows hot 

combustion gas to vent from the combustion system during emergency shutdown events. The purpose of the 

T RV is to protect the downstream APC S from excessive temperature situations. A limit switch on the TR V 

shuts off all waste feeds to the system as it senses that the cap is opening. 

2.4 Procedure s fo r Rapidl y Stoppin g Hazardou s Wast e Fee d Durin g Equipmen t 

Malfunctio n [40 CF R §63.1207(f)(1)(viii)] 

Equipment malfunctions are identified by the control system, observation of process control variables, or by 

regular field inspections. 

In the event of a minor equipment malfunction (e.g. waste feed or scrubber leaks), the control room operator 

will be notified. The control room operator will then close the waste feed valves and disable the waste feed 

pumps. 

In the event of major equipment malfunction (e.g. fire), the emergency stop button located in the control room 

will be pushed. If this button is pushed all equipment will switch to its fail-safe position. 

2.5 Ai r Pollutio n Contro l Equipmen t [40 CF R §63.1207(f)(1)(iii)(G)] 

2.5.1 Ai r Pollutio n Contro l System s Description s 

The air pollution control system consists of a tempering chamber, two spray dryer absorbers, and fabric filter 

baghouse modules. The air pollution control system neutralizes acidic compounds and removes particulate 

from the exhaust gas. Two subsystems, the spray dryer absorber and the fabric filter, carry out the chemical 

neutralization and particulate removal functions, respectively. A third subsystem, the lime system, is used to 

prepare and provide lime slurry to the spray dryer absorber for use in the chemical neutralization process. The 

induced draft fan and stack provide the mechanical energy required to transport the flue gas through the 

interconnecting ductwork, to its eventual discharge point to atmosphere. 

2.5.1.1 Tempering Chamber 

The tempering chamber is a vertical, cylindrical unit designed to cool the combustion gases using a series of 

internal dual-fluid (water and air) spray nozzles. The combustion gases enter the top of the chamber, flow 

downward through the spray pattern and exit from the bottom ofthe chamber. The spray pattern is designed 

to eliminate direct contact of water with refractory, and the chamber is designed to maintain a dry bottom under 

all operating conditions. That is, the injection rate of spray water is controlled so that it is completely vaporized 

and carried out of the chamber in the combustion gases. The tempering chamber is approximately 49' high 

with 11' I.D. and is fabricated of

 1 / 4 inch nominal plate thickness carbon steel (ASTM A36) and lined with 

refractory. The spray nozzles and extensions are fabricated of 304 S S material. 

2-5 February 2010 

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The tempering chamber is sized so that a combustion gas retention time of greater than one second will be 

maintained at all gas flows. Because some molten particulate materials in the combustion gases are cooled in 

this process unit to below their fusion point, some solids are generated and collected in the chamber. 

Therefore, the chamber has a cone bottom and a slide gate to facilitate the removal of solids. These solids are 

discharged onto a conveyor system, which transports them to a hopper. 

2.5.1.2 Lime System 

The lime system prepares lime slurry for use in the chemical neutralization process in sufficient supply and 

concentration to maintain continuous flue gas treatment in the spray dryer absorber. The system has been 

designed for batch mixing to provide this service. Veolia utilizes hydrated lime as its neutralizing agent in the 

air pollution control systems. The key neutralization parameter ofthe hydrated lime is the "CaO Equivalent." 

Figure 2-1 is the specification sheet for the hydrated lime that Veolia uses. Veolia has used this specific 

product for over 20 years and plans to continue with its use. Although if Veolia does change suppliers or type 

of lime in the future, it would have a "CaO Equivalent" specification equal to or greater than the 72.6% shown 

on Figure 2-1. 

Hydrated lime is stored in a storage bin above the lime preparation area. The storage bin is sized to hold 

enough hydrated lime to maintain several days of system operation at the maximum combustion rate of the 

incinerator. Lime is discharged through the conical storage bin bottom. The flow ofthe material from the bin is 

aided by a vibrating "live bottom," or bin activator. A variable speed screw feeder is used to meter the 

hydrated lime in the proportions required for batch mixing lime slurry. The lime is mixed with water in a tank 

beneath the lime storage bin. The screw feeder speed and the rate that water is added to the lime slurry tank 

are variable so that the desired lime solids concentration can be achieved in the tank. The variable feed 

adjustments allow water and lime to be added to the lime slurry tank at a rate that will allow a batch mode of 

mixing. An agitator is provided in the slurry tank to mix the water and lime and to.maintain the suspension of 

lime solids. The mixed lime slurry is pumped at a continuous rate of flow through a recirculation loop to the 

S D A nozzles. 

2.5.1.3 Spray Dry Absorber 

Unit 4 is equipped with two Spray Dryer Absorbers (SDA) located immediately downstream ofthe Tempering 

Chamber. Each SDA unit is fabricated of 3/8 inch carbon steel. The function of the SDAs is to: 

» Further cool the combustion gases from 600-800°F to 300-500°F, 

• Neutralize and remove HCI and other acids from the combustion gases, 

• Remove a portion of the particulate (fly ash) from these gases. 

Slurry flow to each spray dryer absorber (SDA) is metered by a flow control valve to obtain the proper feed 

concentration to the spray dryer absorber. Manual adjustment to the flow is made as a function of the SD A 

outlet temperature and as a function of the output from a hydrochloric acid (HCI) analyzer in the gas duct 

downstream of the fabric filter. 

The combined units are sized to remove more than 820 Ib/hr. of chlorine from the combustion gases. Each 

S D A is approximately 72' high by 107" in diameter. Each unit includes a head section, and a 60° conical 

hopper. Each SDA chamber has one access door in the upper section. Each hopper has one access door, a 

flanged clean-out port, and a drain connection. The SD A head section consists of a flanged inlet connection 

2-6 February 2010 

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and a hot gas inlet plenum. The dual-fluid atomizing nozzles include stainless steel housings and stellited 

inserts. The nozzles are assembled to permit field removal from the piping. The two lime slurry piping 

headers have automatic isolation valves. 

Combustion gases enter the top of each of these units, flow downward through a central duct and are 

dispersed symmetrically from this duct into the absorber chamber at a velocity and direction that assures 

optimal contact with the cloud of atomized lime slurry droplets introduced into the chamber by dual-fluid (lime 

slurry and air) nozzles. The gases then flow downward through each absorber chamber and exit through a 

bottom side duct. As the gases contact and pass through the cloud of atomized lime slurry, the water in the 

slurry evaporates, cooling the gases. Simultaneously, the lime in the slurry reacts with the hydrogen chloride 

in the gases to produce calcium salts. Some of the resulting dry material, consisting of calcium salts, fly ash 

and excess lime, falls to the conical bottom of each unit. The dry material from each unit is discharged to a 

conveyor system which transports it to a dump trailer or equivalent type system. 

2.5.1.4 Fabric Filter 

G a s exhausted from the spray dryer absorbers is distributed to two fabric filter modules connected in parallel. 

Each module is divided into three compartments connected in parallel, which contain multiple fabric filter bags 

through which the combustion gases pass to remove particulates. Within each compartment, the gas is 

passed through Teflon-coated fiberglass cloth bags. The gas passes from the outside to the inside of the filter 

bags. Particulate entrained in the gas stream is mechanically deposited on the outside of the filter bags as the 

gas passes through the cloth. 

Each compartment has a clean air plenum and housing section to contain approximately 308 bags. Each bag 

is approximately 5" in diameter by 5' long. The baghouses are fabricated from 3/16" mild steel plate, of welded 

construction, gas tight and stiffened to withstand the maximum operating negative pressure. Each 

compartment has a tube sheet that supports the bags and provides for top bag/cage removal. Access to the 

clean air plenum is via a bolted access door. Each trailer mounted unit contains the compressed air headers, 

gas inlet and outlet manifolds, and the conveyor. 

The fabric filter cleaning mechanism utilizes jets of air to clean the filter bags. Periodically, the cleaning 

sequence will be initiated. The sequence is started when the differential pressure across the filter reaches a 

predetermined setpoint of approximately 8.0" w.c. or when the operator initiates a cycle. The controller then 

sequences to each row of filter bags in each module, releasing a burst of air opposite to the direction of gas 

Flow. The quickly released burst of air dislodges dust cake on the exterior of each bag as it travels from the top 

to the bottom of the bags. Released from the bag, the dust cake falls by gravity into the hopper at the bottom 

of the module. From there it is discharged to a conveyor system which transports it to a dump trailer, or 

equivalent type system, 

Treated by the spray dryer absorbers and filtered by the fabric filters, the cleaned flue gas exits the fabric filter 

compartments to an outlet manifold for exhaust. 

2.5.1.5 Carbon Injection 

The carbon injection system will air inject activated carbon into the plenum immediately upstream of the 

baghouses and allow for a more efficient means of controlling Dioxin/Furan and mercury emissions. This 

system will be controlled by an existing PL C which will control the input of activated carbon to the baghouse 

inlet plenum. 2 to 20 pounds per hour of powdered activated carbon will be air injected into this plenum and 

2-7 February 2010 

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allow for direct contact with the stack gases exiting the SDA's! The key adsorption parameter for the carbon is 

the Iodine Number. Figure 2-2 is the specification sheet for the powder activated carbon that Veolia uses. 

Veolia has used this specific product since the start-up ofthe carbon injection system and plans to continue 

with its use. Although, if Veolia does change suppliers or type of powder activated carbon ih the future, it 

would have an Iodine Number specification equal to or greater than the 500 mg/g shown in Figure 2-2. 

The amount of carbon is dosed in a dust-free manner into a low pressure air stream via pneumatic eduction. 

The eductor uses a blower for the motive air. High and low air pressure switches ensure that the blower is 

operating correctly and that the carbon delivery system is clear from obstruction. The minimum high pressure 

setting is 4 psig and the maximum low pressure setting is 1 inch water column. The carbon/air stream will then 

travel through piping to the injection nozzle into the ductwork. The carbon will contact the gas stream exiting 

the SDA' s and allow for the adsorption of any dioxin/furans and mercury that might be present in this stream. 

Adsorption will continue as the stack gases proceed through the baghouses. The clean stack gas will exit the 

final stack via the induced draft fan and the captured solids will be discharged from the baghouses via the 

screw conveying system into an enclosed dump trailer for disposal at a Subtitle C landfill. 

2.5.1.6 Induced Draft Fan and Stack 

The induced draft fan and stack are located downstream ofthe fabric filter. Combustion gases are drawn 

through the system by a 400 hp induced draft (ID) fan, rated at 53,000 acfm at 400° F saturated, and 25" water 

column pressure. The induced draft fan provides the mechanism for transporting the incinerator flue gas 

through the spray dryer absorber, fabric filter, and all interconnecting ducts. The ID fan includes an inlet 

volume control damper to be used to control the velocity of the gas within the ducting and treatment devices. 

Treated gases are exhausted from the induced draft fan to the atmosphere through a 100-ft. high stack. The 

stack diameter for Unit 4 is 48 inches I.D. The stack is equipped with instrument sampling ports and a 

sampling platform for emissions testing. Figure 4-1 provides details on the design and sample port locations 

and configurations for the stack. 

2.6 Stac k Emission s Monitorin g [40 CF R §63.1207(f)(1)(iii)(H)] 

The continuous emissions monitoring system (CEMS) consists of sample probes, sample delivery and 

conditioning apparatus, and gas analyzers. Samples are extracted from the transition ducting located between 

the ID fan and the stack. A CE M performance test and quality assurance program has been implemented in 

accordance with the Appendix to Subpart EE E of Part 63—Quality Assurance Procedures for 

Continuous Emissions Monitors Used for Hazardous Waste Combustors. 

Responses from each CEM S are fed to the Control System (CS) where the C O hourly rolling average is 

calculated and interlocked to the waste feed cutoff valves as part of the Automatic Waste Feed Cutoff System 

(AWFCO) discussed in Section 2.8, below. The following provides a brief description of the CEM S 

instruments including the operating range and measurement principal. 

2.6.1 CE M Syste m Descriptio n 

The Continuous Emissions Monitoring Systems (CEMS) currently being utilized at Incinerator 4 analyzes for 

opacity, carbon monoxide, hydrogen chloride, total hydrocarbons and oxygen. These monitors, except 

opacity, are extractive devices mounted in the ductwork between the ID fan and the stack. The table below 

summarizes the analyzer specifications. 

2-8 February 2010 

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The opacity monitor continuously measures the stack gas opacity and reports the measurements to a n 

indicator and a recorder. An opacity that exceeds a preset limit triggers an alarm and interlock. 

Carbon monoxide and hydrogen chloride are monitored with extractive noh-disperse infrared analyzers. Total 

hydrocarbon is monitored with an extractive flame ion detector analyzer. Oxygen is monitored with a 

zirconium oxide cell. . 

Stack gas flow rate is continuously monitored using an anubar that sends a 4-20 mA signal to the PL C that 

converts the signal to acfm. 

Table 2-1 Veolia E S Technical Solutions - Continuous Emissions Monitors 

Parameter Current Mfg. Range Principle 

Oxygen COS A 0-25% Electrochemical 

Carbon Monoxide Echochem M C 3 0-200 ppmv 

0-3000 ppmv 

Infrared 

Total hydrocarbons Thermoelectron 0-100 ppmv FID/lnfrared 

Hydrogen chloride Echochem M C 3 0-1000 ppmv Infrared 

Opacity Teledyne 0-100% White light 

Stack gas flow PSE/Rosemount 0-55,000 acfm Pressure drop 

2.7 Proces s Monitorin g an d Contro l 

The facility is equipped with a state-of-the-art monitoring and control system, which facilitates compliance with 

permit conditions, and otherwise, collects process control information, facilitates efficient operation and detects 

and prevents damage to the facility. The system consists of three major components: 

• A human-machine interface (HMI) system, 

• Programmable logic controller's (PLC's), and 

• A high speed ethernet cable connects all control system components 

The desired control functions are implemented through the HMI system. All digital control and emergency 

interlocks are accomplished by the PLC . 

The control system is capable of monitoring the "operational envelope" of the incinerator and is capable of 

performing a number of activities including: 

• Control room indication of processor sensors located within the incinerator system (such as pressure 

indication of a field installed pressure transmitter); 

2-9 February 2010 

VES01876 9 
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• Process controller for single instrument loops or an individual sub-system, such as a temperature 

control loop involving a sensor reading from one temperature transmitter affecting the function of one 

temperature control valve; and 

• Alarm for an exceedance of a designated setpoint, such as a high pressure or low temperature. 

The process control computer will continuously control and monitor the operation of the incinerator. When outof-range conditions exist, it will notify the operator of those conditions. The process control computer is 

programmed to shut-down equipment (i.e., bring the system into a safe mode) when designated parameters 

are exceeded, which is a protective mechanism against potential equipment damage, operation outside of 

permit limits, or conditions that might lead to a release to the environment. 

Continuous monitoring of the incinerator and scrubber system is an important aspect of the system design. A 

digital readout of all monitoring instrumentation is displayed on the main control screen. An audible and visual 

alarm alerts the incinerator operator to significant deviations from normal operating conditions. This system 

allows an immediate response to adverse conditions by the operator. Automatic waste feed cut-off and 

incineration shutdown mechanisms are also interlocked with the monitoring system at or prior to reaching 

permit limit levels. Monitoring methods and calibration frequencies are listed in Table 2-3. 

The Incinerator has an independent process control computer that interfaces to the Allen-Bradley 

programmable controllers. The process computer is capable of controlling the incinerator in case of a failure in 

a HMI server. This computer runs a RSVIE W HMI control software that provides operator interface to all 

instrumentation and controls. 

2.8 Automati c Wast e Fee d Cut-of f Syste m [40 CF R §63.1207(f)(1)(iii)(F)] 

The incinerator has an Automatic Waste Feed Cut-Off (AWFCO) System that will shut waste feeds off in the 

event certain operating parameters deviate from allowable set points. The PL C continuously monitors 

operating parameters, making adjustments to the process as needed for proper control. Alarm logic is 

incorporated into the PL C system to automatically initiate an AWFCO. Table 2-3 summarizes the current 

AWFC O set points. AWFC O limits have been established based on several factors that are summarized 

below. 

• Requlatorv/permit limits - established to comply with existing permits. An example of this type of limit 

is the low temperature limit, below which waste cannot be fed until the proper limit is re-established. 

In addition, the HWC MACT regulations require that the AWFC O system be interlocked with the span 

of each process instrument that is part of the Continuous Monitoring System (CMS). A listing of these 

C M S instruments and their interlocked span setpoints is maintained as part of Veolia's Operating 

Record. 

• Process safety limits - established to assure process equipment is protected and unsafe operating 

conditions do not occur. An example of this is inadequate excess air in the combustion chamber that 

can lead to fuel rich conditions. 

• Utility or Power failure - established to facilitate a controlled shutdown of the process during loss of 

process air, steam, water or electricity. An example of this is the loss of instrument air that is 

necessary for certain types of process instruments to function properly. Wastes will not be reintroduced into the incinerators until proper operation of key instruments is re-established. 

2-10 February 2010 
MCOM 

In addition to the AWFC O system, operators can manually shutdown waste feeds or the entire process should 

this be needed. 

2.8.1 AWFC O Syste m Testin g

 1 

Veolia tests the AWFC O systems bi-weekly, as weekly testing would unduly interfere with operations by 

ceasing and restarting waste feeds, potentially increasing emissions, incurring excessive downtime, burning 

additional natural gas during the downtime, and increasing operating costs. Testing of the AWFCO system is 

a time-consuming and manpower intensive process. The current testing program has been in place under the 

RCR A permit for over 20 years and has proven to be adequate in detecting problems. This rationale is 

included in the facility's AWFC O Plan. In some cases this testing occurs more frequently depending on how 

often actual AWFCOs occur at the unit. Per the required frequency, incinerator personnel check the 

functionality of AWFCO logic that is part of the incinerator's PL C system to make sure that should process 

conditions deviate from allowable limits, the computer logic will initiate waste feed shutdowns as required. 

This is accomplished by manually simulating process conditions that are outside allowable limits and observing 

and documenting when the control or block valve software logic on the waste feed line begins to initiate valve 

closure. Should actual AWFCO s occur during a given testing period, these are documented by operating 

personnel to satisfy regulatory requirements for system testing. Results of this testing are documented on a 

separate AWFC O Testing Log and maintained as part of the unit's Operating Record. 

2.9 Ai r Pollutio n Contro l Equipmen t Maintenanc e Practice s [40 CF R 

§63.1207(f)(1)(iii)(G)] 

2.9.1 Progra m Overvie w 

Once equipment is installed and operational, Veolia utilizes an extensive preventative maintenance (PM) 

program to keep equipment operational and prevent breakdowns and failures. Based upon the type of 

equipment and historical operations and maintenance experience, schedules for various inspection and P M 

activities are followed. This includes aspects such as documenting detailed maintenance histories on 

equipment, routine inspection and lubrication programs for high wear equipment and non-destructive testing of 

piping and vessels using techniques like ultrasound to assess integrity. The frequency of these activities 

varies depending upon the equipment, PM activity and the incinerator's shutdown schedule. 

For example, frequent (i.e., weekly) instrument and certain mechanical equipment checks are made for critical 

process items. Lubrication, vibration analysis and other mechanical integrity checks are done at longer 

frequencies like monthly or quarterly. Finally, such items as inspecting refractory brick for wear, are typically 

performed when the entire incinerator is shut down for maintenance. 

2.9.2 Tes t Progra m Preparatio n Activitie s 

Prior to testing, instrumentation associated with key parameters of the test were checked, calibrated, replaced, 

as appropriate, to ensure proper operation ofthe instrumentation during testing (i.e., waste feed flowmeters 

and scales, CEMS, pressure transmitters, thermocouples and pyrometers, stack flowmeters, etc.). 

2-11 February 2010 

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Table 2-2 Technical Information Summary on Incineration No. 4 

Manufacturer Trade Waste Incineration 

Model No, TWI-2000, Series 2 

• Type Rotary Kiln 

Date of Manufacture 1989 

Dimension s Primary Chamber Secondary Chamber 

External Length 35' 48'6" 

External Diameter 8'8" 10'6" 

Internal Diameter T 9' 

Cross-sectional area 38 square feet 64 square feet 

Burner s Primary Chamber Burner Secondary Chamber Burner 

Manufacturer North American Trane Thermal 

Size 12.0 Million Btu/hr 30 Million Btu/hr 

Fuel Natural Ga s Natural Gas 

Primer Mover Induced Draft Fan 4,000 acfm @ 400°F saturated, 20 in. water column 

2-12 February 2010 

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Table 2-3 Current AWFC O Parameters and Limits for Incinerator No. 4 

1 , System Device Units Cutoff Limits 

Calibration 

Frequency 

primary Combustion Chamber Temperature Pyrometer °F 

£1:240 (one-minute average)2 

<1.507 (HRA') 

52.400 (instantaneous)2 

Annually 

Secondary Combustion Chamber Temperature Type K Thermocouple •F 

£1.825 (one-minute average)2 

<1.886 (HRA') 

a2,400 (instantaneous)2 

Annually 

Primary Combustion Chamber pressure Pressure transmitter in. w.c. a atmospheric (instantaneous) Quarterly 

Secondary Combustion Chamber pressure Pressure transmitter in. w.c. a atmospheric (instantaneous) Quarterly 

Spray Dryer Adsorber inlet Temperature Type K Thermocouple °F 2 1,200 (one minute average)2 Annually 

Spray Dryer Adsorber Outlet Temperature Type K Thermocouple •F 

> 500 (one minute average)2 

=•434 (HRA) 

Annually 

Total Pumpable Waste Feedrate Mass flow meter/scales lb/hr 

PCC->3256(HRA) 

SCC - >1006 (HRA) 

Annually 

Total Waste Feedrate Mass flow meter/scales Ib/hr >14.802 (HRA) Annually/ Quarterly 

LVM Feedrate Mass flow meter/scales Ib/hr 

Pumpable - >47 

Total-> 50 

Annually/Quarterly 

SVM Feedrate Mass flow meter/scales Ib/hr > 64 (12 HRA) Annually/ Quarterly; 

Mercury Feedrate Mass flow meter/scales lb/hr > 0.026 (12 HRA) Annually/ Quarterly 

Chlorine Feedrate Mass flow meter/scales Ib/hr »252 (12 HRA) Annually/ Quarterly 

Ash Feedrate Mass flow meter/scales Ib/hr >8.777(12HRA) Annually/ Quarterly 

Carbon Feedrate Mass flow meter Ib/hr >6.2 (HRA) Quarterly 

Carbon Injection System Maximum Low Pressure Pressure Switch in. w.c. >1 Quarterly 

Carbon Injection System Minimum High Pressure Pressure Switch psig <4 Quarterly 

Combustion Gas Flow Rate Anubar acfm 2 38.086 (HRA) Annually 

Stack Gas Eicess Oxygen Zirconium Oxide fuel cell % £ 3 (one minute average)2 Quarterly 

Stack carbon monoxide Infrared ppmv 

2100 (HRA) 

2500 (one minute average)2 Quarterly 

Stack Hydrocarbon FID ppmv 210 (one minute average)2 Quarterly 

Stack gas opacity White Light % 210 (one minute average)2 Quarterly 

Stack hydrogen chloride2 Infrared ppmv 

2 35 (HRA)2 

2500 (one minute average)2 Quarterly 

Liquid feedrate Mass flow meter Ib/hr 2 1.7002 Annually 

Sludge feedrate Mass flow meter Ib/hr 2 1,1002 Annually 

Drummed and Bulk Solids Feedrate Scale Ib/hr 2 15,0002

 . Quarterly 

Fabric filter pressure drop Delta P transmitter . in. w.c. s 2 or > 10 (one minute average)2 Quarterly 

Min. SorbentFeedrate Density Transducer lb/lb CIs •=1.01 

Min. Carrier Fluid Flowrate Flowmeter gal/lb Clj <1.61 Annually 

1

 HRA means "hourly rolling average" as calculated by averaging the previous 60 one-minute average values. 

2

 This is a RCRA permit limit only. 

2-13 February 2010 

VES01877 3 
Figure 2-1 Hydrated Lime Specifications 

AECOM 

Ah#a, Sliicc-is 

. HydrE.*e<1 l.-ijr.e 

Co-d-e lfP.200 

' Msets <S!'WA and wttar "aeralsala Co.dex SL>wt;jXJ.t'*CJ.<;i;iOh aa-. if. a 1. JMlKSl S 

C a <0H) 2 36.t o 9?,2 % 

C a d 2aulv«l«! = t .72. a t o 73. 6 

ca.o sosaJ • .. . 73.a i-o 74.3 

cocoa . . o. as to 1.75 

CuS0 4 .' 0.0 5 t o (J.IO 

a T5<iTjlv».1.<sat . . . . ' , a . 0X2 C o Cl.0fl.-l 

SJ.O ^ ..... . 0.-3S 4.0 0.0 5 . 

A1. ? 0 3 , •• O.2 0 (.« CT.30 

P a 2 0 . j ..... . O.G T b * O.J. 0 

MliO O.4 0 Li> 0.0 0 

.Fra a E^ G 0.3 0 • i-u 0.93 

P 2 O a . 0.0O S LO 0.01 3 

M uO .• 0.OO1 5 t o 0.003 6 

•Svalr.3.1 PhviiiqitL Ar.a.lvSl.s 

l!lau » 1O 0 irn b ICO.0 % 

Daa.*t t j - i*oun<ljj p-ai- It. 8 - Sf> t o 3 S 

<Depen.diia.3f Hpo a degre e 

c(ijr.pac.t.im:> 

2-14, February 2010 

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Figure 2-2 Carbon Specification Sheet 

ISO 9002 

NORI T America s Inc . 

Most Choices + Precise Rt» Best Performance. 

DATASHEE T TMw * 

No. 11Q1 

Nov 2003 

DARCO*FG L 

POWDERED ACTIVATED CARBON 

OARCO FGL Is a lignite coal-baaed activated carbon manufactured specifically for the removal of heavy matals 

and other contaminants typteafiy found in incinerator flue gas amission streams. Its open pore structure and fine 

partfcfe see penmit the rapid adsorption of gaseous mercury, nJioxtos {PCDD) and furans (PCDF), which is critical 

for good adserptke performance Iri flue gas streams where contact times are short: 

OARCO FGL ts a free flawing powdered carbon with minimal caking tendencies, which makes it ideal for 

automatic dosing systems with dry or wet injection directly Into the flue gas stream. It is manufactured with a very 

high ignition temperature to permit safe operation at the elevated temperatures inherent in incinerator flue gas 

Product Specifications 

Molasses decolorizing efficiency 40 min. 

Moisture, % 33 packed a max: 

Mesh size (US. Sieve Series) 

Lass than 323 mash (45 um), % 90 min. 

Typical Properties* 

Iodine number, mQ/g 500 

Total sulfur; % 0.6 

Bulk: density, tamped, g/mL 0.63 

thffi3 39 

Surface area, m'lg 580 

tgniBon temperature, °C 450 

"For general information only, not to ba used as purchase specifications. 

PactoflfaqfTransportatlon 

Standard package is 900 lb woven polypropylene bulk bags with a glued plastic liner. Alternate package includes 

pneumatic bufc trailer. 

Activated cartion (NOT REGULATED) 

Exempt ftom DOT, IATA, and I MDG regulations 

Import/Export classification: 3aQ2.1Q.QQ00 (HS Tariff Classification) 

Domestic Freight Classification: NMFC 040560 

CAS #7440-44-0 

Wet activated carbon depletes oxygen from air and, therefore, dangerously low levels of oxygen may be 

encountered. Whenever workers enter a vessel containing activated carbon, the vessel's oxygen content 

should be determined and work procedures for potentially low oxygen areas should be followed. Appropriate 

protective equipment should be worn. Avoid Inhalation of excessive carbon dust No problems are known to 

be associated in handling this material. However, the product may contain up to 12% silica (quartz). Longterm inhalation of high dust concentrations can lead to respiratory impairment. Use forced ventilation or a 

dust mask: when necessary for protection against airborne dust exposure (see Code of Federal Regulations -

TI8a 29. Subpart 2, par. 1910.1000, Table Z-3); _ 

Note: Any opacification gtvan was valid at thro of issuance, of tha publication. Howavar, wa maintain a policy of \ v^l* ^ ^ 

continuous daveiopcneftl and rosenrc ttta right t* amend anyspsdicatjon withoutnode*. a'j&A&y j 

3200 West University Avenue, Marshall, TX 75670 

Telephone (903) 923-1000*1-800-641-9245 'FAX(903) 923-1003 TtoPurf/latittorCtmipany 

ivMw.itonf-amerfca^.oqm » m/b@norif-amer/css.com 

2-15 February 2010 

VES01877 5 
AECOM 

3.0 Summary of Results 

This section summarizes the test program results including waste feed data, process data and emissions data. 

Copies of waste feed and process operating data are included in Appendix A. Appendix B presents copies 

of AECOM' s field data and calculations. 

3.1 Proces s Operatin g Condition s 

The waste feed rates and the operating limits that were established and monitored for this test program are 

summarized in Table 3-1. As can be seen from these tables and the process data in Appendix A, facility 

operations were very stable during all test runs. 

3.2 Stac k Emissio n Result s fo r Tota l Chloride s (HCI/CI 2 ) 

A summary of thetotal chlorides (HCI/CI2) emissions is provided in Table 3-2. 

• The total chlorides emissions for Unit 4 (emissions for runs 1,2, and 3 averaged 23.0 ppmv @ 7 % 

02 ) were lower than the HWC MAC T emission standard of 32 ppmv @ 7% 0 2 . 

3.3 Stac k Emissio n Result s fo r Particulat e Matte r 

h\ summary of the particulate emissions is provided in Table 3-3. 

• The total particulate emissions for Unit 4 (emissions for runs 1, 2, and 3 averaged 0.0028 gr/dscf @ 

7 % 02 ) were lower than the HWC MAC T emission standard of 0.013 gr/dscf @ 7% 0 2 . 

3.4 Stac k Emissio n Result s fo r Dioxin s an d Furan s 

h\ summary of the dioxins and furans emissions is provided in Table 3-4. 

• The dioxins and furans emissions for Unit 4 (emissions for runs 1, 2, and 3 averaged 0.361 ng/dscm 

@ 7 % 02 ) were lower than the HWC MACT emission standard of 0.40 ng/dscm @ 7% 0 2 . 

3.5 Stac k Emissio n Result s fo r Tota l Hydrocarbon s 

A* summary ofthe total hydrocarbons emissions is provided in Table 3-5. 

• The total hydrocarbons emissions for Unit 4 (emissions for runs 1, 2, and 3 averaged 1.12 ppmv @ 7 

% 02 ) were lower than the HWC MAC T emission standard of 10 ppmv @ 7% 0 2 . 

3-1 February 2010 

VES01877 6 
Table 3-1 Waste Feed Rates and Operating Conditions 

Process Parameter Units 

O PL Value 

Process Parameter Units Run 1 Run 2 Run 3 A V G 

ODeratina Parameters ~ 

Maximum Chlorine Feed Ib/hr 226 216 245 229 

Maximum Ash Feed Ib/hr 5694 - 6775 6862 6444 

Minimum Sorbent Feed lb/lb Cl 2 189 2.30 2.55 2.25 

Minimum Carrier Fluid Flow gal/lb Cl 2 2.87 3.42 3.01 3:10 

Maximum Baghouse Inlet Temperature °F ' 400 400 400 40O 

Minimum PC C Temperature ~"°F 1500 1500 1498 1499 

Minimum SC C Temperature °F 

Ib/hr 

1893 1882 1884 1886 

Maximum Pumpable Waste - PC C 

°F 

Ib/hr 3233 3235 3406 3291 

Maximum Pumpable Waste - SC C Ib/hr 1143 1164 1220 1176 

Maximum Total Waste Ib/hr 11209 13094 14387 T2897 

1176 

T2897 

Minimum Carbon Feed Ib/hr 6.2 6.2 6.2 6.2 

Maximum Stackflow - Method 5&26A acfm 37829 37638 36829 37432 

Maximum Stackflow - Method 0023A acfm 37652 37617 38265 37845 

Waste / Constituent Feed Parameters -

R M 5/26A 

Low Btu Liquid Feed Ib/hr 1904 200'2 2021 1976 

High Btu Liquid Feed ib/hr 1184 1230 1220 1211 

Specialty Liquid Feed ib/hr 1005 1142 1140 1096 

Bulk Solids Feed ib/hr 6146 7517 7632 '7098 

Containerized Solids Feed ib/hr 899 862 987 916 

Chlorine Spike Ib/hr 229 221 255 235 

Total Waste Ib/hr 11366 12974 13255 12532 

RM0023 A 

Low Btu Liquid Feed Ib/hr 2000 2009 2060 2023 

High Btu Liquid Feed Ib/hr 1229 1220 1259 1236 

Specialty Liquid Feed Ib/hr 

Ib/hr 

1139 

6129 

1161 1183 1161 

Bulk 7114 Solids Feed 

Ib/hr 

Ib/hr 

1139 

6129 7098 

""'92 8 

8114 

"'933 

1161 

7114 

Containerized Solids Feed Ib/hr 909 

7098 

""'92 8 

8114 

"'933 923 

Chlorine Spike lb/fir 112 117 121 117 

Total Waste ib/hr 11518 12533 13670 12574 

1

 Calculations used to determine spike concentration are presented in Appendix A. 

3-2 February 2010 

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MCOM 

Table 3-2 R M 5/26A Sampling Parameters and Emission Results - Total Chloride/PM 

R u n Identification R u n 1 R u n 2 R u n 3 Averag e 

Run Date 12/16/09 12/17/09 12/18/09 

Start Time 11:38 9:46 9:50 

Stop Time 12:41 10:48 10:52 

Exhaust Ga s Conditions 

Temperature (deg. F) 386 3 87 387 3 8 7 

Moisture (volume %) 35.7 36.2 35.7 35.9 

Oxyge n (dry volume %) 12.7 12.5 12.6 12.6 

Carbo n Dioxide (dry volume %) 5.7 5.9 5.5 5.7 

Volumetric Flow Rat e 

acfm 46,603 46,847 44,653 46,034 

dscfm 18,845 18,646 17,704 18,398 

Total Chlorine 

ppmv, dry @ 7% 0 2 29.2 36.4 3.5 23.0 

% of Standard 3 91.3 % 114% 10.8% 71.9% 

Total Particulate Matter 

gr/dscf @ 7 % 0 2 0.0023 0.0020 0.0042 0.0028 

% o f Standard 1 3 18.0% 15.1% 31.9 % 21.7 % 

* HCl/Clj Standard = 32 ppmv, dry @ 7% 0 2 

" Particulate Matter Emission Standard = 0.013 grfdscf @ 7% 0 2 

3-3 February 2010 

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Table 3-3 R M 0023A Sampling Parameters and Emission Results 

AECOM 

- Dioxin and Furan 

Run No. 1 2 3 Average 

Date 16-Dec-09 17-D6C-09 18-Dec-09 

Start Time 13:54 12:30 11:45 

Stop Time 16:59 15:35 14:50 

Units 

Sample Volume dscf 137.455 131.667 131.717 133.613 

Sample Volume m

3 3.89 3.73 3.73 3.78 

Moisture Content % v/v 35.6 36.4 36.0 36.0 

0 2 Concentration % v/v (dry) 12.60 12.40 12.30 1243 

C 0 2 Concentration % v/v (dry) 5.66 4.87 5.54 5.36 

Isokinetics % 100 101 99 100 

Stack Flowrate dscfm 18,601 17,665 18,002 18,089 

PCDD/PCD F 

Parameters T EF (a) 

P9 ng/m3 

T E Q 

pg ng/m3 

TEQ 

pg ng/m3 

T E Q 

2,3,7,8-TCDD 1.00 18.8 4.8E-03 24.6 6.6E-03 20.7 5.5E-03 

1,2,3,7,8-PeCDD 0.50 289 3.7E-02 340 4.6E-02 311 4.2E-02 

1,2,3,4,7,8-HxCDD 0.10 320 8.2E-03 287 7.7E-03 286 7.7E-03 

1,2,3,6,7,8-HxCDD 0.10 924 2.4E-02 854 2.3E-02 901 2.4E-02 

1,2,3,7,8,9-HxCDD 0.10 378 9.7E-03 285 j 7.6E-03 388 1.0E-02 

1,2^,4,6,7,8 -HpCDD 0.01 2j944 7.6E-03 2,442 I 6.5E-03 2,895 7.8E-03 

OCDD 0.001 1,248 3.2E-04 987 2.6 E-04 1,189 3.2E-04 

2,3,7,8-TCDF 0.10 90.2 2.3E-03 87.5 2.3E-03 90.4 2.4E-03 

' 1,2,3,7,8-PeCDF 0.05 132 1.7E-03 119 1 6E-03 151 2.0E-03 

2,3,4,7,8-PeCDF 0.50 608 7.8E-02 510 6.8E-02 692 9.3E-02 

1,2,3,4,7,8-HxCDF 0.10 282 7.2E-03 242 6.5E-03 291 7.8E-03 

l,2,3,6,7,8*HxCDF 0.10 367 9.4E-03 292 7.8E-03 379 1.0E-02 

2,3,4,6,7,8-HxCDF 0.10 860 2.2E-02 615 1.6E-02 848 2.3E-02 

1,2,3,7,8,9-HxCDF 0.10 96.5 2.5E-03 56.3 1.5E-03 86.6 2.3E-03 

1,2,3,4,6,7,8-HpCDF 0.01 957 2.5E-03 730 2.0E-03 1,007 I 2.7E-03 

1,2,3,4,7,8,9-HpCDF 0.01 132 3.4E-04 78.9 2.1 E-04 130 ^ 3.5E-04 

OCDF 0.001 210 5.4E-05 133 3.6E-05 201 5.4E-05 

TOTA L TEQs (ng/m3) = 0.218 0.204 0.241 0.221 

TOTA L TEQs (ng/m3 @ 7 % 0 2 ) 0.363 0.332 0.388 0.361 

TOTA L TEQs (g/s) 1.9E-09 1.7E-09 2.0E-09 1.9E-09 

% of Standard " = 9 1 % 83% 97% 90% 

' U.S.EPA (1989) Toxic Equivalency Factor 

6

 PCDD/PCDF Standard = 0.40 ng/dscm @ 7% Q> 

3-4 February 2010 

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AECOM 

Table 3-4 R M 25A Sampling Parameters and Emission Results 

R u n Identification 1 2. 3 Average 

R u n Date 16Dec09 17Dec09 18Dec09 

Start Time 14:07 12:51 11:45 

Stop Time 15:07 .13:51 12:45 

Exhaust Gas Conditions 

Moisture (volume %) 35.6 36.4 36.0 36.0 

Oxygen (dry volume %) 12.60 12.40 12.30 12.43 

Total Hydrocarbons 

ppm, dry 0.81 0.86 0.38 0.68 

ppm, dry adj.7% 0 2 1.35 1.41 0.61 1.12 

3-5 February 2010 

VES01878 0 
4.0 Sampling and Analytical Program 

AECOM 

The sampling activities described below were conducted during all runs. All field activities were documented in 

accordance with EPA accepted procedures and copies of airfield data sheets are included in Appendi x B of 

this report. 

4.1 Wast e Fee d Strea m Samplin g Procedure s 

Each liquid waste feed material fed during the test was sampled from taps in the feed lines. During the testing, 

a grab sample of each liquid waste feed material was collected at the start of each run, at port change, and at 

the completion of each run. Each of the three grab samples that were collected were composited so that the 

result is a single composite sample per run and analyses were performed on this composite sample. The liquid 

feed samples were characterized for ash, heat content, and total chlorine. 

For containerized solid waste feed streams, a grab sample from a randomly selected container being fed to the 

incinerator was collected using a pre-cleaned scoop at the start of each run, at port change, and at the 

completion of each run. Each of the three grab samples that were collected were composited so that the result 

is a single composite sample per run and analyses were performed on this composite sample. The solid feed 

samples were characterized for ash, heat content, and total chlorine. Sample volumes and container size and 

type are summarized below. 

Sample Type Analytical Bottle Size Grab Bottles Pe r 

Parameter Amount Run 

Liquid Samples 

Cl", Total Chlorine 500-mL Amber Glass 150-mL 1 

Liquid Samples 

Physical Parameters 500-mL Amber Glass 150-mL 1 

Solid Samples 

Cf, Total Chlorine 1-Liter Amber Glass 300-mL 

Solid Samples 

Physical Parameters 1-Liter Amber Glass 300-mL . ! 

4.2 Stac k Samplin g Procedure s 

Gases discharged from the exhaust stack were sampled by AECO M for the following parameters; 

• Flue gas velocity, flow rate, temperature, moisture content and fixed gas (0 2 and C0 2 ) composition; , 

• Particulate matter, HCI and Cl 2 ; and 

• PCDDs/PCDFs . 

4.2.1 Stac k Samplin g Locatio n 

Sample test ports in the circular 48-inch inside diameter (ID) stack are located 65.5 feet (16.4 diameters) 

downstream of the induced-draft fan and 26 feet (6.50 diameters) upstream of the stack exit to atmosphere. In 

accordance with EPA Method 1, a 12-point traverse was performed during testing. One test port level was 

used for all emissions test parameters. Figure 4-1 provides a schematic of the stack showing the location of 

4-1 February 2010 

VES01878 1 
MCOM 

the sampling ports. Actual traverse point locations and upstream/downstream distances from flow 

disturbances are shown in Table 4-1. 

4.2.2 Velocity , Moistur e an d "Fixed Ga s Determination s 

Gas stream flowrate, moisture and fixed gas concentration were determined concurrent with the EPA Method 

5/26A, and 0023A isokinetic sampling train. Gas stream velocity was determined using a pitot tube and oil 

manometer in accordance with EP A Method 2. Gas stream temperature was also determined at each ofthe 

Method 2 traverse points using a Type "K" thermocouple and pyrometer. Gas stream moisture was 

determined as specified in EPA Method 4 concurrent with the EP A Method 5/26A, and 0023A isokinetic 

sampling trains. In this procedure, the impinger contents were measured before and after each test run and 

used in conjunction with the metered gas volume to determine the gas stream moisture content. Fixed gases 

for gas stream molecular weight determination and constituent oxygen correction were determined using the 

Veolia's CEM S for 0 2i n accordance with the facility's QA CEM S plan and EPA Method 3A (instrumental 

procedure) for C0 2 during each test run. 

4.2.3 Particulat e Matter (PM), HCI an d Cl 2 

Sampling for PM , HCI and Cl 2 was performed in accordance with EPA Method 5/26A. Specific sampling details 

for the Method 5/26A sampling train are as follows: 

• Target sampling rate - 0.75 cfm 

• Sample runtime-1-hr 

• Number of sampling points per stack traverse - 6 

• Total number of sampling points -1 2 

• Number of field reagent blank sets collected -1 

4.2.4 PCDDs/PCDF s 

Method 0023A was used to sample for all target PCD D / PCD F parameters. Specific sampling details for the 

sampling train are as follows: 

• Target sampling rate - 0.75 cfm 

• Sample run time - 3-hr 

• Minimum sample volume required - 2.5 dscm 

• Number of sampling points per stack traverse-6 

• Total number of sampling points -1 2 

• Number of field reagent blank sets collected - 1 

4.2.5 Continuou s Emissio n Monitorin g 

AECO M provided measurement of C0 2 throughout all test run periods. This parameter was measured using 

the procedures specified in 40 CF R 60, Appendix A, Method 3A. In addition, AECO M conducted three, 1-hr 

test runs for THC during the dioxins and furans test condition in accordance with EP A Method 25A. 

4-2 February 2010 

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AECOM 

Veolia provided continuous emission monitoring for 0 2 during all test run periods in accordance with the 

facility's Quality Assurance Plan for their CEMS. 

4 . 3 Analytica l Procedure s 

4.3.1 Analysi s of Wast e feed Stream s 

4.3.1.1 Chemical and Physical Properties of Waste feed Streams 

Analyses to determine the chemical and physical properties of the waste feed materials were performed using 

appropriate ASTM or EPA SW-846 analytical methods. For any analytical results that were "non-detect", Vz of 

the detection limit for that parameter was used in the calculation of feed rates. 

4.3.2 Analysi s of Stac k Ga s Sample s 

4.3.2.1 Total Chlorides (HCI/CI 2 ) in Stack Ga s Samples 

Impinger samples from stack gas sampling were analyzed by ion chromatography in accordance with EPA 

Method 9056, 9057, and 26A. NaOH impinger samples were treated with sodium thiosulfate prior to the final 

analysis in order to convert residual hypochlorite to chloride, All analyses were performed by Test America 

Inc, of KnoxvilleJN. 

4.3.2.2 Particulate Matter (Gravimetric Analysis) 

Analysi s - Each Sampling train was prepared and analyzed in accordance with EPA Reference Method 5. 

Gravimetric analyses will be performed on samples collected from the Method 26A Particulate/HCI/CI 2 train. 

Weights were obtained on the front-half acetone rinse and particulate filter using a Mettler H35 analytical 

balance. Balance accuracy was checked by using Class "S " standard weights before and after tare weightings 

and sample determinations. All analyses were performed by AECOM' s TSP Laboratory in Harvard, MA. 

4.3.2.3 Stack Gas - Analysis for PCDDs/PCDF s 

The samples collected using the Method 0023A sampling train were analyzed for polychlorinated dibenzo-pdioxins and polychlorinated dibenzofurans (PCDDs/PCDFs). The analyses were conducted using a high 

resolution GC/M S as per EP A Method 8290. All analyses were performed by Vista Analytical Laboratories, Inc. 

of El Dorado Hills, CA. 

4-3 February 2010 

VES01878 3 
Table 4-1 Traverse Point Locations 

STAC K INSIDE DIAMETER: 48 inches 

SAMPLING LOCATIONS: 16.4 

6.50 

diameters downstream 

diameters upstream 

MINIMUM NUMBE R OF TRAVERS E POINTS 12 

A S SPECIFIED BY EP A METHOD 1: 

NUMBE R OF TRAVERS E POINTS SAMPLED : 12 

Traverse PointPercent of Stack 

Diameter Distance in Inches 

Number From Inside Wall From Inside Wall 

1 95.6 45.9 

2 85.4 41.0 

3 70.4 33.8 

4 29.6 14.2 

5 14.6 7.0 

6 4.4 2.1 

4-4 February 2010 

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AECOM 

Figure 4-1 Unit 4 Exhaust Stack Schematic 

4_g February 2010 

VES01878 5 
5.0 Quality Assurance 

AECOM 

This section presents the results of all QA/QC measures implemented during the field sampling program and 

all phases of subsequent analysis. Data generated for the program are judged to be valid as overall accuracy 

and precision results are consistent with general objectives. Analytical QA/QC data are presented to support 

all sample results used for determining compliance with performance criteria or emission standards. 

Throughout the overall program, all sampling was performed using sampling protocols described herein and 

approved by USEP A and the Illinois Environmental Protection Agency. 

5.1 Sampl e Collectio n QA/Q C 

5.1.1 Waste Feed Streams 

Samples of all waste feed streams were collected as designated in the comprehensive performance test plan. 

Grab intervals for these samples were as defined in Section 4.1 ofthis report. 

5.1.2 Stack Sampling QA/Q C 

The stack sampling program incorporated a variety of measures to ensure that sound data would be obtained. 

All samples were collected atthe stack sampling locations as planned and in accordance with applicable 

method procedures. One field blank for the entire sampling event was submitted for analysis along with 

program samples. 

Sampling QA/QC measures for this program included calibration of all applicable sampling equipment used as 

described below. Field equipment were calibrated according to EP A procedures specified in EPA-600/4-77-

027b (August 1977) and 40 CF R 60, Methods 1-5, as well as manufacturer's specifications. 

5.1.3 Pre-Samptin g Activitie s 

Pre-sampling activities included equipment calibration, sample media preparation, cleaning of sample train 

glassware, preparation of computer-generated sample labels and other miscellaneous tasks. Each of these 

activities are described or referenced in the following subsections. Other pre-sampling activities included such 

details as team meetings, equipment packing and shipment, equipment setup, and finalization of all details 

leading up to the coordinated initiation of the sampling program. 

5.1.4 Equipmen t Calibratio n 

A most important aspect of pre-sampling preparations is the inspection and calibration of all equipment 

planned to be used for the field effort. Equipment is inspected for proper operation and durability prior to 

calibration. Calibration of equipment is conducted in accordance with the procedures outlined in the EP A 

document entitled "Quality Assurance Handbook for Air Pollution Measurement Systems; Volume III— 

Stationary Source Specific Methods" (EPA-600/4-77-027b). Equipment calibration is performed in accordance 

with EPA guidelines and/or manufacturer's recommendations. Examples of field equipment used and typical 

calibration requirements follows: 

5-1 February 2010 

VES01878 6 
AECOM 

• Probe nozzles (QA Handbook Section 3.4.2, pg. 19) - make three measurements ofthe nozzle ID (to 

the nearest 0.001 in.) using different diameters with a micrometer. Difference between the high and 

low values should not exceed 0,004 in. Post-test check - inspect for damage. 

* * 

• Pitot tubes (QA Handbook Section 3.1.2, pp. 1-13) - measured for appropriate spacing and 

dimensions or calibrate in a wind tunnel. Rejection criteria given on the calibration sheet. Post-test 

check - inspect for damage. 

« Thermocouples (QA Handbook Section 3.4.2, pp, 15-18) - verify against a mercury-in-glass 

thermometer at two or more points including the anticipated measurement range. Acceptance limits -

impinger ±2°F; DG M ±5.4°F; stack ±1.5 percent of stack temperature. 

• Dry gas meters (QA Handbook Section 3.4.2, pp. 1-12) - calibrate against a wet test meter. 

Acceptance criteria - pretest Yi = Y + 0.02; post test Y = ± 0.05 Yi. 

• Field barometer (QA Handbook Section 3.4.2, pp. 18-19) - compare against a mercury-in-glass 

barometer or use Airport Station BP and correct for elevation. Acceptance criteria - ± 0.02 in. Hg; 

post-test check - same. 

Pre-test and post-test calibration data are provided in Appendi x C. 

5.1.5 Glasswar e Preparatio n 

Sample train glassware and sample containers require specialized pre-cleaning to avoid contamination of the 

sample from the collection container or devices. Cleaning/storage procedures that were conducted for each 

sample train glassware are summarized below. Note that all bottle caps are fitted with teflon liners that are 

cleaned in the same manner as the bottles themselves. Sample containers used for waste feed streams were 

purchased pre-cleaned and sealed to specified EP A protocols. 

« EP A Method 0023A glassware and containers (PCDDs/PCDFs ) - wash with soap and water, rinse 

three times with deionized (Dl) water, bake at 400°C for 2-hours, rinse three times with pesticide grade 

methylene chloride, rinse three times with pesticide grade toluene and air dry. Open ends were sealed 

prior to shipment to the field with clean aluminum foil. 

• EP A Method 26A glassware and components (particulate matter and HCI/CI 2 ) - wash with soap 

and water, rinse three times with deionized (Dl) water and air dry. Open ends were sealed prior to 

shipment to the field with paraffin. 

• Waste feed sampling glassware - sample containers were purchased from Fisher Scientific and are 

certified clean using EP A guidelines. A certificate of analysis was attached to each lot. 

5.1.5.1 Sample Media Preparation 

All reagents were checked in accordance with AECOM' s existing Q C Program to minimize the probability of 

using contaminated solvents. This included the use of the proper grade reagents/solvents as specified in the 

test method, selection of reagents from the same lot and collection and analysis of the appropriate blanks. 

Sampling media was procured and prepared in accordance with the appropriate test methods as described 

below. 

5-2 February 2010 

VES01878 7 
AECOM 

« XA D resin is purchased new and packed in specially designed sorbent traps. All glass cleaning and 

sorbent packing procedures followed the protocols specified in EPA Method 0023A. 

« Teflon filters used in the Method 26A sampling train were supplied by AECOM' s TSP Lab. 

5 . 2 Chain-of-Custod y 

Chain-of-custody procedures were followed for all samples as follows: 

• Each isokinetic train was set-up and recovered in a clean area adjacent to the incinerators. 

• Samples were collected, sealed and labeled appropriately. 

• All samples were packed in bubble wrap or other absorbent material and placed in either sample 

coolers or appropriate DOT shipping packages (dangerous goods items). 

• All samples were subsequently shipped via Priority Overnight FedEx service to the designated 

laboratory. 

5 . 3 Anaiytica i QA/Q C 

This section provides a detailed presentation of QA/QC results from sample analysis as reported by the 

analytical laboratory. QC protocols followed such as calibration checks and additional method-required 

protocols are described in the case narratives and analytical data packages provided in Appendix D. Also, 

unless noted otherwise, all holding times and method-specific QC criteria were met and reported results meet 

all applicable NELAC requirements. 

5.3.1 Analysi s of Wast e Fee d Stream s 

5.3.1.1 Chemical and Physical Properties of Waste Feed Streams 

Analyses to determine the chemical and physical properties ofthe waste feed materials were performed using 

appropriate ASTM or EP A SW-846 analytical methods. QA/QC requirements for the determinations of 

chemical and physical properties of the waste feed materials are summarized in Table 5-1. All QA/Q C 

requirements were met, no sample analyses were rejected and all data were determined to be valid. 

5.3.2 Analysi s of Stac k Ga s Sample s 

5.3.2.1 Total Chlorides (HCI/CI 2 ) in Stack Ga s Samples 

All holding times and QC criteria were met and no sample analyses were rejected, and therefore all data were 

determined to be valid. QA/QC requirements for stack gas analyses for chloride are presented in Table 5-2. 

5.3.2.2 Particulate Matter (Gravimetric Analysis) 

Evaluation of results of gravimetric analysis of Method 5 samples was based on routine laboratory practices 

and processing of lab blank and field blank samples. No contamination was noted in the lab acetone blank 

and minimal particulate contamination was observed in the field acetone blank sample, and thus blank 

correction up to the maximum allowed by the method (0.01 mg/g) was performed. Additional Q C measures 

5-3 February 2010 

VES01878 8 
AECOM 

followed by the gravimetric lab, such as maintenance of proper ambient conditions and use of standard 

weights, ensured valid data. 

5.3.2.3 Stack Gas - Analysi s for PCDDs/PCDF s 

All holding times and QC criteria were met and no sample analyses were rejected, and all data were 

determined to be valid. QA/QC requirements for these analyses are summarized in Table 5-3. 

5-4 February 2010 

VES01878 9 
AECOM 

Table 5-1 QA/QC Requirements for Chemical/Physical Properties of Waste Feed 

Quality Parameter Target Criteria 

Method Blanks Less than 5% of sample levels 

Matrix spikes 

(chlorine) 

80% to 120% of spiked value 

Duplicate Analyses Range < 10% 

Lab: Control Samples 90%-110% recovery - Ash 

98%-102% recovery - GCV 

80%-120% recovery - Chlorine 

5-5 February 2Q10 

VES01879 0 
AECOM 

Table 5-2 QA/QC Requirements for Chlorides in Stack Gas 

Quality Parameter Target Criteria 

Laboratory Control 

Samples 

90% -110% of true value 

Matrix spikes 75%-125% recovery 

Duplicate Samples RPD < or = 20% 

Field Reagent Blanks Less than 5% of sample 

levels 

Method Blanks Less than 5% of sample 

levels 

RPD = Relative Percent Difference 

5-6 February 2010 

VES01879 1 
Table 5-3 QA/Q C Requirements for PCDD/PCD F Analyses of Stack Gas Samples 

Quality Parameter Target Criteria 

Internal standards Various depending on congener 

Method Blanks ND or <5% of field concentration 

Ongoing precision 

and recovery (OPR) 

study 

Various depending on congener 

Field Reagent 

Blanks 

ND or <5% of field concentration 

5-7 February 2010 

VES01879 2 
> 

VES01879 3 
o 

AECOM 

Appendix A 

Facility Operating Data 

o 

o 

VES01879 4 
OPERATTNG DATA AND FEED SUMMARY 

VES01879 5 
Unit 4 Operating Parameter 

Limits Set During December, 2009 

Testing 

Run 1 Run 2 Run 3 Average 

Max. Chlorine Feed (Lb/hr) 226 216 245 229 

(Ave. of test run ave.'s) 

Max. Ash Feed (Lb/hr) 5694 6775 6862 6444 

(Ave. of test run ave.'s) 

Min. Sorbent Feed (Lb/lb CI2) 1.89 2.30 2.55 2.25 

(Ave. of test run ave.'s) 

Min. Carrier Fluid Flow (Gal/lb CI2) 2.87 3.42 3.01 3.10 

(Ave, of test run ave.'s) 

Max. Baghouse Inlet Temp. (Deg F) 400 400 400 400 

(Ave. of test run ave.'s) 

Min. PCC Temperature (Deg F) 1500 1500 1498 1499 

(Ave. of test run ave.'s) 

Min. SCC Temperature (Deg F) 1893 1882 1884 1886 

(Ave. of test run ave.'s) 

Max. Pumpable Waste - PCC (Lb/hr) 3233 3235 3406 3291 

(Ave. of max. HRA's of each test run) 

Max. Pumpable Waste - SCC (Lb/hr) 1143 1164 1220 1176 

(Ave. of max. HRA's of each test run) 

Max. Total Waste (Lb/hr) 11209 13094 14387 12897 

(Ave. of max. HRA's of each test run) % 

Min. Carbon Feed (Lb/hr) 6.2 6.2 6.2 6l2 

(Ave. of test run ave.'s) 

Max. Stackflow (ACFM) - Method 5 & 26 37829 37638 36829 37432 

(Ave. of max. HRA's of each test run) 

Max. Stackflow (ACFM) - Method 0023A 37652 37617 38265 37845 

(Ave. of max. HRA's of each test run) 

VES01879 6 
Unit** (PM.HCI/CI2) 

Run#1 

Date: 12/16/09 

TestTime: 11:38 to 12:41 

Run Length (minutes) - 63 

Average Thermal Chlorine Ash 

Feedrate Loading Loading Loading 

Waste Type Btu/lb %Chlorine %Ash (Ib/hr) (MMBtu/hr (Ib/hr) (Ib/hr) 

PCC High Btu 9000 1.25 1.32 1184 10.66 14.8 •15.6 

PCC Low Btu 258 0.12 0.27 1904 0.49 2.3 5.1 

SCC High Btu 10100 0.11 0.15 1005 10.15 1.1 . 1.5 

Bulk Solids 200 0.04 80.8 6146 1.23 2.5 4965.7 

Containerized Solids 900 0.02 78.5 899 0.81 0.2 705.8 

(Chlorine Spike) 25 89.8 0.1 229 0.01 205.3 * 0.2 

Totals 11366 23.3 226 5694 

Containerized Solids: Number of Total Charges Average CI2 Spike Waste 

Charges Weight Per Hour Lb/Hr Lb/Hr Lb/Hr 

40 1184 38.1 1128 229 899 

6.0 Ib/chg 

89.8% CI2 

Bulk Solids: Total Average 

Weight Lb/Hr 

6453 6146 

Unit #4 (D/F) 

Runfrl 

Date: 12/16/09 

TestTime: 13:54 to 16:59 

Run Length (minutes) •- 185 

Average Thermal Chlorine Ash 

Feedrate Loading Loading Loading 

Waste Type Btu/lb %Chlorine %Ash (lb/hr) (MMBtu/hr] (Ib/hr) (Ib/hr) 

PCC High Btu 8680 0.64 0.67 1229 10.67 7.9 8.2 

PCC Low Btu 226 0.13 0.26 2000 0.45 2.6 5.2 

SCC High Btu 9390 0.12 0.16 1139 10.70 1.4 1.8 

Bulk Solids 215 0.06 72.5 6129 1.32 3.7 4443.8 

Containerized Solids 900 0.02 69.9 909 0.82 0.2 635.2 

(Chlorine Spike) 25 89.8 0.1 112 0.00 100.5 ' 0.1 

Totals 11518 24.0 116 5094 

-

Containerized Solids: Number of Total Charges Average CI2 Spike Waste 

Charges Weight Per Hour Lb/Hr Lb/Hr Lb/Hr 

115 3147 37.3 1021 112 909 

3.0 ib/chg 

89.8% CI2 

Bulk Solids: Total Average 

Weight Lb/Hr 

18899 6129 
Unit 4 Run 1 

I n c Statio n BurnTim e Rec-Dru m Ibs 

4 Shredded D e c 16 200 9 12:36P M PT001 733 

4 Aux D e c 16 200 9 12:35P M 353446- 3 33 

4 Aux Dec 16 2009 12:34P M 353446- 3 30 

4 Aux D e c 16 2009 12:33P M 353446- 3 30 

4 Shredded D e c 16 2009 12:29P M PT001 1042 

4 A u x D e c 16 2009 12:27P M 353446- 3 28 

4 A u x D e c 16 2009 12:27P M 353446- 3 30 

4 Aux D e c 16 200 9 12:26P M 353446- 3 30 

4 Shredded D e c 16 2009 12:23P M PT001 763 

4 A u x D e c 16 2009 12:20P M 353446- 3 31 

4 A u x D e c 16 200 9 12:20P M 353446- 3 29 

4 A u x D e c 16 2009 12:19P M 353446- 3 30 

4 A u x D e c 16 200 9 12:19P M 353446- 3 30 

4 A u x D e c 16 200 9 12:19P M 353446- 3 30 

4 A u x D e c 16 200 9 12:18P M 353446- 3 29 

4 A u x D e c 16 200 9 12:18P M 353446- 3 29 

4 Shredded D e c 16 200 9 12:16P M PT001 721 

4 A u x D e c 16 200 9 12:11P M 353446- 3 29 

4 A u x D e c 16 200 9 12:10P M 353446- 3 30 

4 A u x D e c 16 200 9 12:10P M 353446- 3 30 

4 Aux D e c 16 200 9 12:09P M 353446- 3 29 

4 Aux D e c 16 200 9 12:09P M 353446- 3 30 

4 A u x D e c 16 200 9 12:0 8 PM 353446- 3 29 

4 A u x Dec 16 2009 12:08P M 353446- 3 29 

4 Shredded D e c 16 200 9 12:06P M PT001 779 

4 A u x D e c 16 200 9 12:01P M 353446- 3 29 

4 A u x D e c 16 200 9 12:00P M 353446- 3 29 

4 A u x D e c 16 200 9 12:00P M 353446- 3 29 

4 A u x D e c 16 200 9 11:59A M 353446- 3 28 

4 A u x D e c 16 200 9 11:59A M 353446- 3 30 

4 A u x D e c 16 200 9 11:59A M 353446- 3 29 

4 A u x Dec 16 200 9 11:58A M 353446- 3 29 

4 Shredded D e c 16 200 9 11:57A M PT001 819 

4 A u x D e c 16 200 9 11:51A M 353446- 3 30 

4 A u x D e c 16 200 9 11:51A M 353446- 3 29 

4 A u x D e c 16 200 9 11:51A M 353446- 3 30 

4 A u x D e c 16 200 9 11:50A M 353446- 3 29 

4 A u x D e c 16 200 9 11:50A M 353446- 3 30 

4 A u x D e c 16 200 9 11:49A M 353446- 3 31 

4 A u x D e c 16 2009 11:49A M 353446- 3 29 

4 Shredded D e c 16 200 9 11:48A M PT001 779 

4 A u x D e c 16 200 9 11:43A M 353446- 3 29 

VES01879 8 
I Unit 4 Run l 

I n c Statio n BurnTim e Rec-Dru m Ibs 

4 A u x Dec 16 200 9 11:42A M 353446- 3 29 

4 A ux Dec 16 200 9 11:42A M 353446- 3 30 

4 A ux Dec 16 200 9 11:41A M 353446- 3 30 

4 A ux Dec 16 200 9 11:41A M 353446- 3 30 

4 A ux Dec 16 200 9 11:40A M 353446- 3 30 

4 Shredded D e c 16 200 9 11:39A M PT001 817 

Tot 

4 8 Row s Span : 0 (Hrs) 57 (Min) Uniqu e IDs : 2 7637 

Containers: 

40 Charges Charge Wgt 1184 

Bulk: 

8 Charges Charge Wgt • 6453 
I Unit 4 Runf f 

I n c Statio n BurnTim e Rec-Dru m Ibs 

4 Shredded Dec 16 2009 4:57P M PT00 1 874 

4 Aux Dec 16 2009 4:55P M 354026- 4 27 

4 Aux Dec 16 2009 4:54P M 354026- 4 28 

4 Aux D e c 16 2009 4:54P M 354026- 4 27 

4 A u x Dec 16 2009 4:53P M 354026- 4 27 

4 Shredde d Dec 16 2009 4:51P M PT00 1 960 

4 A u x Dec 16 2009 4:48P M 354026- 4 27 

4 A u x D e c 16 2009 4:47P M 354026- 4 28 

4 A u x Dec 16 200 9 4:46P M 354026- 4 28 

4 A u x D e c 16 2009 4:46P M 354026- 4 27 

4 A u x D e c 16 200 9 4:45P M 354026- 4 27 

4 A u x Dec 16 200 9 4:44P M 354026- 4 27 

4 Shredded Dec 16 2009 4:43P M PT001 777 

4 A u x D e c 16 2009 4:40P M 354026- 4 27 

4 A u x Dec 16 2009 4:39P M 354026- 4 27 

4 A u x Dec 16.2009 4:39P M 354026- 4 27 

4 A u x Dec 16 200 9 4:38P M 354026- 4 31 

4 . A u x Dec 16 200 9 4:37P M 354026- 4 28 

4 A u x Dec 16 2009 4:36P M 354026- 4 28 

4 Shredded D e c 16 2009 4:35P M PT00 1 772 

4 A u x D e c 16 2009 4:33P M 354026- 4 27 

4 A u x D e c 16 2009 4:31P M 354026- 4 28 

4 A u x Dec 16 2009 4:31P M 354026- 4 27 

4 A u x Dec 16 2009 4:30P M 354026- 4 27 

4 A u x D e c 16 2009 4:29P M 354026- 4 28 

4 A u x D e c 16 200 9 4:28P M 354026- 4 26 

4 Shredde d Dec 16 2009 4:27P M PT00 1 831 

4 A u x Dec 16 2009 4:24P M 354026- 4 28 

4 A u x Dec 16 200 9 4:23P M 354026- 4 28 

4 A u x Dec 16 2009 4:22P M 354026- 4 27 

4 A u x Dec 16 2009 4:21P M 354026- 4 28 

4 A u x Dec 16 2009 4:20P M 354026- 4 27 

4 A u x Dec 16 2009 4:20P M 354026- 4 29 

4 Shredded Dec 16 200 9 4:18P M PT00 1 970 

4 • A u x Dec 16 200 9 4:14P M 354026- 4 28 

4 . Au x Dec 16 200 9 4:13P M 354026- 4 28 

4 A u x Dec 16 200 9 4:12P M 354026- 4 27 

4 A u x Dec 16 200 9 4:12P M 354026- 4 27 

4 A u x Dec 16 200 9 4:11P M 354026- 4 27 

4 A u x Dec 16 200 9 4:10P M 354026- 4 27 

4 Shredde d Dec 16 200 9 4:09P M PT00 1 . 795 

4 A u x D e c 16 200 9 4:05P M 354026- 4 26 

VES01880 0 
I Unit 4 RunT T 

I n c Statio n BurnTim e Rec-Dru m Ibs 

4 A u x Dec 16 200 9 4:04P M 354026- 4 27 

4 A u x D e c 16 2009 4:03P M 354026- 4 27 

4 A u x D e c 16 2009 4:02P M 354026- 4 27 

4 A u x Dec 16 2009 4:02P M 354026- 4 31 

4 A u x D e c 16 2009 4:01P M 354026- 4 28 

4 Shredded Dec 16 2009 4:00P M PT001 784 

4 A u x D e c 16 200 9 3:52P M 354026- 4 26 

4 A u x Dec 16 200 9 3:51P M 354026- 4 27 

4 A u x D e c 16 200 9 3:51P M 354026- 4 27 

4 A u x Dec 16 200 9 3:50P M 354026- 4 28 

4 A u x Dec 16 200 9 3:49P M 354026- 4 28 

4 Shredde d Dec 16 200 9 3:48P M PT001 850 

4 A u x Dec 16 200 9 3:45P M 354026- 4 28 

• 4 A u x Dec 16 2009 3:43P M 354026- 4 27 

4 A u x Dec 16 200 9 3:43P M 354026- 4 28 

4 A u x Dec 16 200 9 3:42P M 354026- 4 27 

4 A u x Dec 16 2009 3:41P M 354026- 4 28 

4 Shredde d Dec 16 200 9 3:40P M PT001 848 

4 A u x . Dec 16 200 9 3:37P M 354026- 4 28 

4 A u x Dec 16 200 9 3:35P M 354026- 4 28 

4 A u x Dec 16 200 9 3:35P M 354026- 4 28 

4 A u x Dec 16 2009 3:34P M 354026- 4 27 

4 A u x Dec 16 200 9 3:33P M 354026- 4 28 

4 Shredde d Dec 16 200 9 3:32P M PT001 1136 

4 A u x Dec 16 200 9 3:28P M 354026- 4 28 

4 A u x Dec 16 2009 3:26P M 354026- 4 28 

4 A u x Dec 16 200 9 3:26P M 354026- 4 27 

4 A u x Dec 16 200 9 3:25P M 354026- 4 27 

4 A u x Dec 16 200 9 3:24P M 354026- 4 27 

4 Shredde d Dec 16 2009 3:23P M PT001 744 

4 A u x D e c 16 2009 3:18P M 354026- 4 27 

4 A u x Dec 16 200 9 3:17P M 354026- 4 27 

4 A u x Dec 16 200 9 3:17P M 354026- 4 28 

4 A u x D e c 16 200 9 3:16P M 354026- 4 27 

4 A u x D e c 16 200 9 3:15P M 354026- 4 27 

4 Shredde d Dec 16 200 9 3:14P M PT001 850 

4 A u x D e c 16 200 9 3:10P M 354026- 4 27 

4 A u x D e c 16 200 9 3:09P M 354026- 4 27 

4 A u x D e c 16 200 9 3:09P M 354026- 4 27 

4 A u x D e c 16 200 9 3:08P M 354026- 4 27 

4 A u x D e c 16 200 9 3:07P M 354026- 4 28 

4 Shredde d Dec 16 200 9 3:06P M PT001 1005 

VES01880 1 
|Unit4 Run l 

1 In c Statio n BurnTim e Rec-Dru m Ibs 

4 Aux D e c 16 2009 3:02P M 354026- 4 27 

4 Aux D e c 16 200 9 3:01P M 354026- 4 27 

4 Aux D e c 16 200 9 3:00P M 354026- 4 27 

4 Aux D e c 16 2009 2:59P M 354026- 4 27 

4 A u x D e c 16 2009 2:59P M 354026- 4 30 

4 Shredded D e c 16 200 9 2:58P M PT001 785 

4 Aux D e c 16 200 9 2:52P M 354026- 4 27 

4 A u x D e c 16 200 9 2:52P M 354026- 4 27 

4 A u x D e c 16 200 9 2:51P M 354026- 4 28 

4 A u x D e c 16 200 9 2:50P M 354026- 4 27 

4 Shredded D e c 16 200 9 2:49P M PT001 830 

4 A u x D e c 16 2009 2:46P M 354026- 4 27 

4 A u x D e c 16 200 9 2:45P M 354026- 4 27 

4 A u x D e c 16 200 9 2:43P M 354026- 4 27 

4 A u x D e c 16 200 9 2:43P M 354026- 4 27 

4 A u x D e c 16 200 9 2:42P M 354026- 4 27 

4 A u x D e c 16 200 9 2:41P M 354026- 4 27 

4 Shredded D e c 16 200 9 2:40P M PT001 835 

4 A u x D e c 16 200 9 2:36P M 354026- 4 27 

4 A u x D e c 16 200 9 2:35P M 354026- 4 27 

4 A u x D e c 16 200 9 2:35P M 354026- 4 27 

4 A u x D e c 16 200 9 2:34P M 354026- 4 27 

4 A u x D e c 16 200 9 2:33P M 354026- 4 28 

4 Aux D e c 16 200 9 2:32P M 354026- 4 28 

4 Shredded D e c 16 200 9 2:31P M PT001 932 

4 A u x D e c 16 200 9 2:27P M 354026- 4 26 

4 A u x D e c 16 200 9 2:26P M 354026- 4 27 

4 A u x D e c 16 200 9 2:25P M 354026- 4 27 

4 A u x D e c 16 200 9 2:25P M 354026- 4 26 

4 A u x D e c 16 200 9 2:24P M 354026- 4 27 

4 Aux D e c 16 200 9 2:23P M 354026- 4 28 

4 Shredded D e c 16 200 9 2:22P M PT001 640 

4 A u x D e c 16 200 9 2:18P M . 354026- 4 27 

4 A u x D e c 16 200 9 2:17P M .354026- 4 27 

4 A u x D e c 16 200 9 2:16P M 354026- 4 27 

4 A u x D e c 16 200 9 2:16P M 354026- 4 28 

4 A u x D e c 16 200 9 2:15P M 354026- 4 27 

4 A u x D e c 16 200 9 2:14P M 354026- 4 27 

4 Shredded D e c 16 200 9 2:13P M PT001 1094 

4 A u x D e c 16 200 9 2:09P M 354026- 4 27 

4 A u x D e c 16 200 9 2:08P M 354026- 4 27 

4 A u x D e c 16 200 9 2:07P M 354026- 4 27 

4 Aux D e c 16 200 9 2:07P M 354026- 4 27 

VES01880 2 
Unit 4 Runf T 

I n c Statio n BurnTim e Rec-Dru m Ibs 

4 A u x Dec 16 200 9 2:06P M 354026- 4 29 

4 A u x Dec 16 200 9 2:05P M 354026- 4 27 

4 Shredded Dec 16 200 9 2:04P M PT001 811 

4 A u x Dec 16 200 9 2:00P M 354026- 4 28 

4 A u x Dec 16 200 9 1:59PM 354026- 4 27 

4 A u x Dec 16 200 9 1:58PM 354026- 4 27 

4 A u x Dec 16 200 9 1:58PM 354026- 4 27 

4 A u x Dec 16 200 9 1:57PM 354026- 4 27 

4 A u x D e c 16 200 9 1:56P M 354026- 4 27 

4 Shredded D e c 16 200 9 1:55PM PT001 776 

T o t 

137 Rows Span : 3 (Hrs) 2 (Min) Unique IDs : 2 22046 

Containers: 

115 Charges Charge Wgt 3147 

Bulk: 

22 Charges Charge Wgt 18899 
I

Unit 4 Run 1 

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12/16/09 11:39 AM! p{|^2jWe1glttfep^Dnfee6rr1 

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3:47 PM" 

3:48 PM; ~ 

3:49 PM!"" 

3:50llPM'r 

3:51 PMf 

3:52 PM; 

3:5J3"PM"'' 

3T54_PMi~ 

3:55 PM;" 

3:56 PM:'" 

3:57 PM: 

'3:58"p"M;"" 

3:59PM'"" 

4":0b"PM[l 

'4.6'i PM? 

4:"b2PM: 

4:63~PM?" 

4:04 PM" 

4?0SPM;" 

4:06PM;" 

4:07 PM! 

4:6b PM"" 

4:09 PM: 

•fclOPMi' 

4:1 i PM' 

4:12 PM' 

4:13 PM " 

4:14 PM"" 

4:15PM!" 

4:16 PMl' 

4:17 PM 

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4:19 PMf 

456 Phi): 

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4:22 PMi 

4:24""PM-; 

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4:27PM? 

4:28 PM";" 

4J29PM: 

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4.31"'TM? 

4:32 PM." 

4:33 PM 

'4:34'PM:' 

'4735PM:" 

4:36 PMj" 

67.0r 

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''°66.9~ 

"66.9:" 

66.91 

67.0 

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' 67.4." 

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67.3: 

67.17 

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66.9 

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66.6 " 

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67.2 

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67.0" 

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6.2! "66".9!"' 

" "672": 66. a; 

6.2 66.8[ 

6.2 6678; 

6.2'' ~ "66.7?' 

6.2, ~ 66.7; 

6.2 65.7 

6.2 66.7" 

"6.22 66.8. ' 

"" 6.2; " 6673? "" 

6.2; 67.2! 

6.2; 67.1,; 

. 6.2!' ""67.1|" 

"6.2 ' 67.0 

'"6.2 7' "671? 

6.2! 67.0, 

" 6> "' 6b!9 

6.2,""" 7 66.8; "" 

'""6.2 " 6678!"" 

' 6.2 " ""'7 "66.8: " 

440.9: 5.7| 

'437.9: 5.8; 

' 433.8, "" 6.6. 

"430.1'i 679?'"" 

427.2' " 6.8 " 

425.3 " 67b 

424.4: 6.9" 

42473!"" "7. 6 

42476. 6.0 

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8 

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" 425.6 ""67 4 

425.8 " 6.4s" 

42a6! 675? 

428.6: 6.6: 

"431 ."3T "" 5.5 

"43475; ' """ 5.4, 

438 T "" 5?4 

440 7. "574"; 

442.0. 5.4 

442.1 '" 5.5; 

441.1. 5.5' " 

438.9:' " 575?" 

435.8, 5?5 

432,6; 5.6j 

'436.2! 5.6; 

5.6j 

5.6; 

' 429.0. 577? " 

428.8 5.7? " 

'"42972'? 5.88""" 

" 430.4" 5?9! 

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"43'5?4: ' " 

"'"579?"" 

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437.4; 6.6T 

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440.4;' :7?2 : 

442.1! 7.2; 

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'445.6! ...j. ... 

447.7 6.3j 

449.9; "" "" 6.7! " " 

449.3;"' 6.7: " 

446.6! 6.8i 

" 444.2?" ' '6.4: 

442.7! 5.9! 

""442-2"' 6.5 

443.3 • 

444.9. b.7j 

44771: 6.B! 

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447.0 5.6. 

445?4 "."""5.3?"" 

443.7' " .... . 

'• 44175:"" ?' "574: 

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1371? 

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'12.8 " 

13.2 ' 

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11.3 

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11.3 

11.6 

11.6 

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' T1.5?" 

' 12.2" 

"J4.9P 

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"12.5;? 

13.4 

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7 13.0 " 

12.6":' 

12.6 

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" 13.2 

"14.2 

. 14.5.' 

14.4" 

1505.3!_ 

1497?ij ' 

"'1499.6!" 

"150472?" 

1515.8 

"152376?" 

1528:4! 

' 1526767' 

"150872'"' 

"i"5'6"6'.S:"" 

"149378? 

1493.6 

1494.3 

'1500.52 

?i?soi7i] 

1499.5? 

150272" 

1 563.8"; 

72502.9? 

1500.4!" 

1484.2" 

"J473?6| " 

1473:1!" 

' 1466.1:" 

"1472.5; 

J477.3!" 

1482.6." 

"1493?0'_ 

?149077; 

"1486.1';" 

"1483797" 

"1484.6? 

"i4967? 

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"i5i3."9:_ 

"1523742 

' "ibiaij 

"1568.2;" 

"1501.5 

'" 1494.9? 

"149179: 

1492.1 

149075:" 

'"149271?' 

'J49'376." 

' 149672? 

'" i488:3;_ 

'1482.2 

i479.f 

1482.4;" 

"J484.2;l 

:

 148676: 

1918.9| 

J911.57"" 

1962.2!" 

1"189071?"" 

'189675:? 

"1893.81' 

"189973:" 

Tboojb;" 

7? 1898.7:" 

189b.5i" 

1879?1 

18767a"" 

" 188375; 

7"i896.2':"" 

ji'967?9i"" 

71909777" 

1902.9 " 

" 189676'!"' 

"ji'sg'iTb1" 

" 1?B9b.jj'' 

I'l 88775?" 

"188474? 

"1881761 " 

1883.9. 

"1888?3; 

'"l89i7BT 

T895.'lj" 

"?1896.0?" 

"1899.1I" 

7"l'9bo.'2!"7 

'1895761? 

" T8887T, " 

' 18837br 

" 'i?881.'3! 

'1886761' 

" 186276?" 

-887.2? 

"Tsbi.bl" 

?J8907lT 

_1885:0? 

1879?5:" 

"'1877.57' 

"1875.3!" 

"187573!" 

. .1.87571? 

"i'8867^7 

" 1893.2'r 

"196277?' 

"'MOOjf 

"1892]3!"" 

" 1881.7 ' 

1873.6 " 

ii67.'9;" 

"I8'7"i.l7 

37355.3! 

"37932i"!"" 

""3'867i757" 

"3740775? 

7372197T? 

37165:2? "' 

"3761176?" 

36905717" 

J802471?? " 

37989/1 • " 

37083.1 ' 

'3689477!" 

"3674471: 

" 36612.6? " 

'"36404.8!" 

3844B.9? 

"37S75?5; 

"3706878! " 

"3761375? 

3767777[' 

"37052.7? 

"37"072'78i '" 

3719"6.4i 

"3769173? 

"37b9"6.5'7"" 

'3687"4.i! 

"37647.0:7 

36907.3? 

36793.6? " 

"3663972? 

"36563.4 

36625.2 "' 

""36567.1?"" 

? 36493.7. 

36433.9. " 

73634776: 

' 36102.7 

"37609.11" 

"'37420.3 

"36727.5]" ' 

"367"0'8.9;'" 

36659.5' 

7'36787.'0i" 

3827178?" 

?37i53?4r " 

73714775?" 

37015;4> 

36944.3! 

7'36973.7i" 

37714.8 " 

38403.0' " 

"7_3763874?"" 

3?764274?"" 

"b7"bi2.r?" 

7.6! 12.8; 2016.5: 1135.5: 

'7.S ' 13.6] " 2005.V " 1144.0; 

7.6 " 13.1' 2008.1 113^.2 

7b" " 12.7?" "200972 ' 1135797 " 

"7.6 " ' '"i'z."o? 2022.7 "ii'31.~2T 

7.6' 12.6: 2022.3 113776?' 

"77b: ' 12.3 "2014.3. 1135.9 

" 7b " ' " 12.3?" " "'200972:'" 1133.3:" " 

"7.6" ' '12.8: 2"bib.3 " i"i"43."2 

"7?6. 13.7 i9'96."3;

" ""1137:2;"" 

7.6! 12.9! "'199471 ii'bb/b: 

" 776?" "12.6! " 1997.8 i W 

" 7?6! "" i2?2|" """200878?" ii"33.3l 

"776!""' i i i 20i6.3:

" '11423?"" 

7.6."' " 12.2? " 200975?" ' ' 1135.6'"" 

"77'6l "127;"' "2005?5: "1133.3! 

' 7?6! 'T3?l'r " 2002.9 1142.7?" 

77b: " " "12.5? " 1995.il' 1146.2?" 

7.6 12.6? ' 1988.3 "1136.3!" 

7.6! """1276;"" " "'i9"B7.5:

'" " ' '113"5?9. 

"776! ~ "13.1 "198775"" ii'42.3'"' 

7.6. ' 13.3: 1985.3 ' 1136.8; 

7.6: 12.9! '1988.3: 1135.9 " 

7.6! 12.4! """ 1988.6':""" "i 145.7:" 

"'776! 12.6"" """1982.1? " il3¥.9l" 

7.6 12.5" 1989.4 " . "1139.7.""" 

" 7.6?' "12S" 1985.7."" "T 137.2: 

7.6." '"'i98"5.T ' "1142.377" 

""i'i'il"" "1988.6?" ' 'ii'43.2 

7.6 13.1 " "198678! "iT37!b:" 

. ... 1376! 1982.8 1146 6: 

""776'"" 12.8? 19B1.7! 1145.7' 

"'7.6! " 126! 1989.6. "i 143.2" ' 

"7.6; ' "125?" "" 1994.9?' " 1139.3? ' 

"776;" "li s """" 1B97.B! "' Ti39.3["" 

7.6' ll7aF;"" 200575] " """113879!" ' " 

' '7.6: 12.1: 2009.5! "' ' 1148.7!" " 

7.6:"" 12.4 ""'266476?' 1l4i'.5. " 

7.6'' "13".2?" "2662.2: " "ii'47:4" 

"7.7: " 12.9" 266"77'3 ' "" " il'38.5i 

7.6" " "i2".7i" 2002.6. ""il"397'"" 

" 7.7? "' " 12.9? 2001.5? 1141.9! 

7.6! '" "1277! 200171:' "' " iibo.b"" 

"7.6:" 128!" 20b26i" " 1145.7: 

?7.6: .12.7' '"'."2604.8!""? 7 1148.3, 

' 777? " 12.1 PC04?6 1139:7: 

77b;" ... " 2001.1' " " "1"14'6.6''" 

"""7?"6! 12.6; 266773? " 1144.4 

""7.7!?" 13.0! 2062.2: 1146.6? 

7.7: 12.9" 2000.7 ' 1144797 " 

IzC ... ",1995.6? ' "'"li"46.2"" 

• 7.7 12.8?T '1990.8. 114577:?' 

* 7"."7! 7 12.6? "" ' 1990.5 "114476?" 

" '7.7? 12.3" ""199471? "'114577? " 

1204.9; 

" '1262.4! 7 

1204797 

"12387b:' 

7127577? 

12737]' 

""124676:" 

7i2ii7i?" 

120270?" 

117970! 

"1'223.9'r 

1254.2! 

"128676!" 

" '125572: " 

"1242.0!' 

1222.0!" 

"120574?" 

"117476?" 

" i208.3r 

1211:27" 

"1225.9!" 

"i2i£ij" 

122379!" 

122579'" 

2121976} ' 

i'214'77?" 

- ! 213.7 " 

1229.817 

' 122873; 

1223.62 

VITAS 

"121776;? 

?l22774!_ 

1236.6] 

" 1263.5? 

2i"3m".6!"7 

12527 

"1231.3: 

'"12181:" 

1194.6 

' 117576: • 

l"2i"7?6r 

2i21377!_ 

1223.4: " 

71222.0!" 

" 1226.9." 

21253.7? 

' 12787b?!" 

71246.4!" 

1229.3":' 

1215.1!' 

"121272:' 

"1202.4? 

"I20374: 

3.68 

2.64 

"4.58 

"2.84 

24.04 

3.70 

"3.85 

"3.27 

3.35 

' 0.78 

"i.'6'4 

""3.10 

"3?57 

3.36 

" "3.00 

..... 

"f.36 

"2766 

2.73 

23766 

3? 

2;94 

'236 

""3780 

"~3.'80 

"3.62 

"3?13 

4]10 

"2.65 

"6771 

' "2729 

'~i.'70 

' "2.86 

"1794 

'"•'2720 

" "3?63 

"2.49 

" 6.73 

" 6749 

"bib 

"2.24 

"1747 

2?91 

"o.bb 

2716 

"2.44 

"2.50 

""1.30 

"2.31 

~3".54 

~2700 

" ?3.57 

' 3:65 

VES018808 
Unit4 Runl Lb/Hr • Lb/F13 

B'a;lrii?-H6WifHm'e;Sli!iW:P 

Peg F Deg F Lb/Hr 

12/16/09 X22 Weight 4:37 PMj 

"lo/ifi/no, !ia-'ip*D(iiii'~ 

6.2, 

l^/ 10fU3 H.3Q rm; 

iM6/09 4:39 PM! ~ 

6.2. 

6.2"' "12/16/09 4:40 PMl ~.e'%~~ 

'12/16709 4:41 PMj 6.2 

12/16/09 4:42 PMi 6.2 

'l2/i6/09"4r43PM;' -.. 6 - 2 . -

12/16/09 4:44 PM" 6.2. " 

"i2/167094:4"5'PM!" 6?2 

12/16/09 4:46 PM! 6.2; 

12/16/09 4:47 PM; 

6.2 

12/16/09 4:49 PM' 6.2 

12/16/09 4:50 PMi 8.2 " 

12/16/09 4:51 PM; 6.2'' 

12/16/09 4:52 PM! '6|2 

12/16/09 4:53 PM! 6.2': " 

12/16/09 4:54 PM! " 6.2, 

'l2?i'6"/b9'4:55'PMT" 6.2 ' 

" 12/167634:56 PM;' "6.2:"' 

12/16/09 4:57 PMl 6.2! 

'12/16/09 4:"58"PM'-"" " 6.2 

"Y2rt"a>694"s9"pSii 6.2 

Average! 6?2[" 

66.7' 

'"66.6! 

" '66.6i " 

' 66.6:'" 

66.77" 

' 6K9: ' 

67.0! 

66.9: 

67.2 

"67.1!" 

"67.0!" 

67.0 

' 67:07 

66".9i" 

66.9, 

88.9" 

"66.7;" 

66.8" 

"6677;" 

"j36.8?" 

ebb"' 

66?9" 

67.1" 

:SDA OutlBtTeh.p?| B/H DP! Low 

439.V 

'437.1 

435.6: 

434:5*;" 

434.6/ 

433.7! 

434.0! 

434.7 

"43676]'' 

""437:5]" 

438?S_ 

439.7 

"439:9!" 

439.5. 

439.6 

"""438:4?" 

437.4 

436.5 

436.2 

'436.2?" 

435.7' 

"435.2; 

"43'478': ' 

''436.01"' 

5.4: 

5.5: 

]]'5.6? 

5.6? 

5.7! 

5.7 

5.8, 

5.8' 

'5?9s* 

'5?9[" 

6.0 

"6.0? 

" 6.0: ' 

5.9!' 

""6.0":"' 

6.6;" 

... ^ 

6.6:' 

7.1! 

7.1 " 

"772!" 

" 6.6] 

OmeSlun^:Flow»| PEC.T'.mpfi SCg. W 

14.9! 

'1576/ Ti-?/ 

14.4T 

"T474" 

"liof" 

"l3.9r 

"KS? 

143' 

"14:5/ 

U"S! 

14.9?? 

"15/0! 

" 15.6:" 

15.2]! ' 

15.5]" 

"T5.6i~ _-„...p 

" "I5"ji_ 

'"i5;6; 

"15:4" 

"15747" 

15.5 

l!0'2StfeH •02 Dry Xil.Weight 

1492.9; 1881.11 37534.0; . 7.7! 12.0' 1995.6 

"1493.2 1892.il "37497^"' >.?;'""' i'2.5 "' 1999.6, 

1491.9; 1893.8? " 3749776!' 7.7;"" ' 13.0: " 1992.3 ' 

1486."3 1887.2] 37562.9 "7.'6 ' 13?6? " "1996.3! " 

1484.8] ''1880.8? 37397.0 7.7!" "" 12?9! 139479?" 

"'"T487:0] 1877.1]" 37339.4 •~"7.7;~" i"2.7? ""2010737 

14923 187679? 37229.2 "' ... .... 12.4. '""2017.9? 

"""1496.7! "1883.9,'" "372"il'.5* 7.6" "1271/ " " "262172;"' 

i504.'9l" """ '189372? ' 37'i86?K~ 7*6! "" 11.8- '""2626.1]" 

""1511747" "" 1906:6; "3699078!" 776"" "12.6* " 26'i6.'8!" 

1504.9: "1898.57 " 3702478?" " 776?" " i3?2r "266979/ 

1505.7?"'"' '1891.2?'.'' " 36958.5!'' * "7.6 ""lie]""" ""'2017.2''" 

150674: 1887.0? " 3696978 ...... "lis/ " '"2017.9?" 

' "1507.6] "" 1887.4 3706*478" ' "7.6 1275" ' 2016.1'!" 

" '1512.5: ' 18B6.'4?- ' "3692973?" 7.6 i2.6 2010.3 

1*517.9] " i88976v " "36838797 "7.6! ' "i27i:" ' ""zm2.8L 

152273!" ""1892.7 ""201275? : " 

1897.3] 

3680976! 7 6 " i'2.6; 

""zm2.8L 

""201275? 

""152576? 

""1892.7: " 

1897.3] 38085.6! 7.6: "' 12.5] 2000.0; 

" 1517.0; " 1893.4*' "37373.1':" -~7jj-, •: "13.4':

" " 2662.9! ' 

"'T61579; ""i887.47 36784.5 776." ~ '12.4? " "2609.9?" 

' 1516:3 1886.8. 367*39.2" "7.6 " " " 12.3':" ' " "2667.3] " 

""1521787 1888.1 "" ' 3669779]" 7.6"" " 12.3? '"" 266773;'" 

152477! 1889.9;" ' 37102.8 776' " 12.4 " "2'6ii'.o]" 

1499.5! "1893.6 [" r """I"' "12.61 2066.3! 

Lb/Hr 

X12 Weight 

PPM 

•C07Dry;Corr, 

1143.6! 1220.5; 3.79 

1138.6 1243.5] 4.02 

'1144:9'; 1244.4s 2.62 

""iT4'8.77" " 1233.2! "2.55' 

"1140.61 "1236.1? 259 

""1142.3? ""1292.8] "Ti d 

"li'54.7| 1261.1' ' '"'2.77 

115477? i?.4o.o: 3.65 

i 146.6! 1238.61 4767 

""1148.7:" "i'235?2. 2.78 

""ii4i."9:"'" 1214.7/ " 

'""114273! "1185.8; 2?80 

"1137.6; ' il90.7; " " 'M i 

i 144.6.: "121776:" ' 4?27 

iT36.3! ' 1225.9 "4.01 

1141.9 1218.6! " " 5.61 

1137.6! 1227.8! 5.13 

1135.0! 1235.2! 4.32 

"' i*i3973i" "1233.2 " 6.78 

ii4l.c: 1227.8 '"i'.95! 

11437S 1223.1! ' "'4778 

" 1*14672*" 1227.4 3.91 

~ 114474' "'" ' 1221.5 3?13! 

" 1139.0! 122.8.9: 

VES018809 
Uni

t 4 Run 1 

Tirne_Stamp Stac

k Flow HRA 

12/16/09 11:39 AMi 

12/16/09 11:40 AMj 

12/16/09 11:41 AM ! 

12/16/09 11 

12/16/09 1? 

:42 AMj 

:43 AMj 

12/16/09 11:44AM! 

12/16/09 1145 AM ; 

"12/16/09 11:46 AMI 

"12/16/09 11:47 AM : 

"12/16/09 11:48 AMT 

12/16/09 11:49 AM ' 

12/16/09 11:50 AMi 

12/16/09 11:51 AMI 

12/16/09 11:52 AM ! 

12/16/09 11:53 AMi 

12/16/09 11:54 AMi 

12/16/09 11:55 AMI 

12/16/09 11:56 AM | 

'12/16/09 11:57 AMi" 

12/16/09 11:58 AMi" 

12/16/09 11:59 AMi 

12/16/0912:00 PMi 

12/16/09 12:01 PM;' 

12/16/0912:02 PMj 

12/16/09 12:03 PM:' 

12/16/09 12:04 PM; 

12/16/09 12:05 PM; 

12/16/09 12:06 PMj 

12/16/09 12:07 PMi 

12/16/09 12:08 PM ; 

12/16/09 12:09 PM; 

"12/16/09 12": 10 PMi 

12/16/09 12:11 P M 

12/16/09 12:12 PM;" 

12/16/09 12:13 PM: 

12/16/09 12:14 PMi 

12/16/09 12:15 PMi 

12/16/09 12:16 PMI 

12/16/09 12:17PMi 

37396.0 

37435.9 

37461.1 

'37480.9 

T7487 3 

37476.2 

"37493V2 

37522.8 

"375310 

"'375315 

37506.5 

"37493.2 

17494.9 

3751 p 

37542.3 

375517 

3753371 

37530.2 

"37535.7 

12/16/09 12:18 PMj 

12/16/09 12:19 PMf" 

12/16/09 12:20 PM[ 

12/16/09 12:21 PMj~' 

12/16/09 12:22 PMi 

12/16/09 12:23 PMi 

12/16/09 12:24 PMi 

12/16/09 12:25 PMi 

37569.1 

37587.8 

37583.6 

"375714 

375627 

3756761 

'375797 

37575.6 

'37561 9 

37557.7! 

375676 

~37604.4i 

"3763672! 

3765478 

'37647791 

37672.5 

3776321 

17747 1 

3777376 

37766.5 

"37753.6 

"37753> 

"37772.6 

37796J 

377982 

~37774.5 

"377670 

"37769.3 

VES018810 
Unit 4 Run 1 

Time_Stamp Stack Flow HRA 

12/16/09 12 26 P M 37804.3 

12/16/09 12:27 P M "37826.3 

12/16/09 12:28 P M 37829.5 

12/16/09 12:29 P M 37821.5 

12/16/09 12:30 P M 37832.0 

12/16/09 12:31 P M 37840.3 

12/16/09 12:32 P M 37845.1 

12/16/09 12:33 P M 37847.4 

12/16/09 12:34 P M 37836.1 

12/16/09 12:35 P M 37824.4 

12/16/09 12:36 P M 37823.1 

12/16/09 12:37 P M 37827.3 

12/16/09 12:38 P M 37831.1 

12/16/09 12:39 P M 37829.0 

12/16/0912:40 P M 37814.1 

12/16/0912:41 P M 37816.7 

Maximum "37829. 0 

VES018811 
Unit 4 Run 1 J 

12/16/09 1:55 PMi 37687.8 

12/16/091:56 PM ! ~3769779 

12/16/09 1:57 P M • 37705.6 

12/16/09 1:58 PMl 3769671 

12/16/09 1:59 PMi 37685.1 

12/16/09 2:00 PMj 37689.4 

12/16/09 2:01 PM ; 37690.7 

12/16/09 2:02 P M 37688.5 

12/16/09 2:03 PM ; "37679.7 

12/16/09 2:04 PM ; 37657;9 

12/16/09 2:05 PM ! 37653.7 

12/16/09 2:06 PM ! 37649.8 

12/16/09 2:07 PM : 37651.9 

12/16/09 2:08 P M 376513 

12/16/09 2:09 P M 37655.8 

12/16/09 2:10 P M 37638.3 

12/16/09 2:11 P M "" '37625.1 

12/16/09 2:12 PM ! 37638.8 

12/16/09 2:13 PM ; '37629.1 

12/16/09 2:14 PM ; '37618.7 

12/16/09 2:15 PMi 3760974 

12/16/09 2:16 PMi 37603.4 

12/16/09 2:17 P M 37582.2 

12/16/09 2:18 PM ! 37574.1 

12/16/09 2:19 P M 37555.7 

12/16/09 2:20 PM . ~~ 37535-4 

12/16/09 2:21 P M 37513.9 

12/16/09 2:22 P M 3749675 

12/16/09 2:23 P M "37484. 8 

12/16/09 2:24 P M 37485.3 

12/16/09 2:25 P M 37502.4 

12/16/09 2:26 P M 37499.9 

12/16/09 2:27 P M " 37500.1 

12/16/09 2:28 P M 375"05" 3 

12/16/09 2:29 P M 3749776 

12/16/09 2:30 P M 37491.8 

12/16/09 2:31 P M 37484.6 

12/16/09 2:32 P M 37475.3 

12/16/09 2:33 P M 37464.3 

12/16/09 2:34 P M 37456.4 

12/16/09 2:35 P M 3744571 

12/16/09 2:36 P M 374368 

12/16/09 2:37 P M -3743070 

12/16/09 2:38 P M 37425.1 

12/16/09 2:39 PMj 37438.9 

12/16/092:40 P M 37453.5 

12/16/09 2:41 P M 3745575 

12/16/09 2:42 P M 37456.5 

12/16/09 2:43 P M 37452:3 

12/16/09 2:44 P M 37425';9 
Unit 4 Run 1 

Time^Stamp,, Stack,Fl6w:HRA 

12/16/09 2:45 PMi 

12/16/09 2:46 PM ' 

12/16/09 2:47 PM' 

12/16/09 2:48 PMi 

12/16/09 2:51 P M 

12/16/09 2:54 PMi 

12/16/09 3:01 PMj 

12/16/09 3:02 PMi 

12/16/09 3:03 PMi 

12/16/09 3:04 PMI 

12/16/09 3:05 PMi 

"12/16/09 3:06 PMi 

•12/16/09 

12/16/09 

"12/16/09 3:11 P M 

12/16/09 3j13PM: 

"12/16/093:14 P M 

12/16/09 3:15 PMi 

12/16/09 3:16 PM? 

12/16/09 3:17 PMj 

12/16/09 3:18 PM ; 

12/16/09 3:19 PM , 

12/16/09 3:20 PMi 

12/16/09 3:21 PM : 

12/16/09 3:22 P M 

12/16/09 3:23 P M 

12/16/09 2:49 PMj 

12/16/09 2:50 P M 

12/16/09 2:52 PMi 

"12/16/09 2:53 PM;" 

12/16/09 2:55 PMj 

12/16/09 2:56 PM? 

"12/16/09 2:57 PMi 

12/16/09 2:58 PMi 

12/16/09 2:59 PM! 

12/16/09 3:00 PMi 

12/16/09 3:07 PM , 

"12/16/09 3:08 PM ! 

3j09PMi 

3:10 PM ! 

12/16/09 3:12 PM : 

12/16/09 3:24 PM; 

T2/16/09 3:25 PMi 

"12/16/09 3:26 PM ; 

12/16/09 3:27 PM ; 

12/16/09 3:28 PMi 

12/16/09 3:29 PM ; 

12/16/09 3:30 PMj 

12/16/09 3:31 P M 

12/16/09 3:32 P M 

12/16/09 3:33 PM, 

12/16/09 3:34 PM ; 

37442.1 

17452.9. 

37460.4 

37464.6 

37453.6 

37445.5 

"374667 

37466.5 

'3747675 

37480.4 

'37469.2 

37479.2 

37'486.3 

'3748473 

'3747779 

37463.5 

374476 

3744173 

37466.6 

3745575 

37448.8! 

1743978" 

37433.'8 

37429.0 

"374382 

'37458.7 

37461.4 

37455.1 

37468.8 

37478.4 

~374f p 

'37494:4 

"37484:8 

37472.5 

37479.1 

37484.8 

37493.4 

37497.7 

37497.6 

' 37'485.3 

37458".4j 

3745076 

"37448.6 

37468.4 

" 37472Ji 

37474.4 

37476.4 

37476.2 

37493.1 

1751778 
Uni

t 4 Run 1 

Time_Stamp / Stacj<;FI6

w HR # 

12/16/09 3:35 P M 37543.0 

12/16/09 3:36 P M "37567.6 

"" '12/16/09 3:37 P M """ 37590.2 

12/16/09 3:38 P M 37613.3 

12/16/09 3:39 P M 37620.1 

12/16/09 3:40 P M "37616. 4 

""12/16/09 3:4i"PM 37623.1 

12/16/09 3:42 P M 37628.5 

12/16/09 3:43 P M '""37635.0 

12/16/09 3:44 P M 37649.1 

12/16/09 3:45 P M '""37651 9 

12/16/09 3:46 P M 37646.8 

12/16/09 3:47 P M 37645.8 

12/16/09 3:48 P M 37643.9 

12/16/09 3:49 P M 376413 

12/16/09 3:50 PM, 37624.8 

12/16/09 3:51 P M 37618.0 

12/16/09 3:52 P M *"37620 7 

12/16/09 3:53 PM] 37609.4 

12/16/09 3:54 PM | 

" 37594.1 

12/16/09 3:55 PMI 3757475 

12/16/09 3:56 PM; " 37538.9 

12/16/09 3:57 PM: 37507.3 

12/16/09 3:58 PMi 37520.0 

12/16/09 3:59 PM; 37519.9 

12/16/09 4:00 P M 37515.7 

12/16/09 4:01 PMi 3751371 

12/16/09 4:02 PM ; 37505.1 

12/16/09 4:03 PM, 37474.9 

12/16/09 4:04 PMi 37467.9 

12/16/09 4:05 PM; '37470.3 

12/16/09 4:06 PM: 37474.7 

12/16/09 4:07 PM, ""'

" "37473" 0 

12/16/09 4:08 PM; ""37467.2 

12/16/09 4:09 PM; 37450.4 

12/16/09 4:10 PM: 37419.8 

12/16/09 4:11 PM) 37401.5 

12/16/09 4:12 PM; "37380. 6 

12/16/09 4:13 PM ! 37360.5 

12/16/09 4:14 PM! 

12/16/09 4:15 PMi 

12/16/09 4:14 PM! 37347.0 

12/16/09 4:15 PMi '37332.1 

12/16/09 4:16 PMj 37316.7 

12/16/09 4:17 PM; 373013 

12/16/09 4:18 PM | '"' 37287.4 

12/16/09 4:19 PM; 37269.0 

12/16/09 4:20 PMi 37277.1" 

12/16/09 4:21 PM 37283.0 

12/16/09 4:22 PMi 37278.5 

12/16/09 4~:23 PM! 37276.3 

12/16/09 4:24 PM! ""372716 

VES018814 
Unit 4 Run 1 

i';"Tilfie£Stamp Stack Row HRA 

12/16/09 4:25 P M 

12/16/09 4:26 PM | 

12/16/09 4:27 PM : 

12/16/09 4:28 PMi 

12/16/09 4:29 PM ; 

12/16/09 4j30_PM, 

'"12/16/09"4:31 PMf 

12/16/09 4:32 PM* 

12/16/09 4:33 P M 

12/16/09 4:34 PM : 

12/16/09 4:35 PMi 

12/16/09 4:36 PM': 

12/16/09 4:37 PM ; 

WWIOQ^QPMl 

12/16/09 4:39 PM : 

12/16/09 4:40 PM . 

12/16/09 4:41 PM : 

12/16/09 4:42 PMj 

12/16/09 4:43 P M 

12/16/09 4:44 PM , 

12/16/09 4:45 PM ! 

12/16/09 4:46 PM ! 

12/16/09 4:47 PMl 

12/16/09 4:48 PMI 

12/16/09 4:49PM ! 

12/16/09 4:50 PMj 

12/16/09 4:51 PM ; 

12/16/09 4:52 PM ; 

12/16/09 4:53 PW 

12/16/09 4:54 PMi 

12/16/09 4:55 PMi 

12/16/09 4:56 PW 

12/16/09 4:57 PM ; 

12/16/09 4:58 PMi 

12/16/09 4:59 PM ! 

Maximum 

37270.1 

37295.6 

J7298. 3 

37274.5 

'372649 

37258.5 

37254.8 

'3726478 

37270.8 

1725575 

37242.7 

17229 7 

"3721674 

17202.5 

37188.2 

371862 

17184.9 

117184.3 

'37182.2 

371702 

37145.5 

3713875 

. 2 ^ 25 3 

"3713178 

l'713l7l 

''3713378 

37'1'15.5 

1709674 

3709178 

37111.7 

371222 

37125.0 

37130.6 

17101.4 

37093.5! 

17651.91 

VES018815 
Unit 4 Run 1 I | 

Time_Stamp ' Liquid Weight HRT Total Weight HRT1 X-22 HRT 

12/16/09 11 39 A M 3239.8 8797.8 ! 1120.7 

12/16/09 11:39 A M 3239.9; 8797.9 i 1120.7 

12/16/09 11:39 A M 3239.8; 8797.81 1120.7 

12/16/09 11:39 A M *'"""""""323&81" " 8797.8! 1120.7 

12/16/09 11:40 A M 3239.7; 9614.71 1120.5 

12/16/09 11:40 A M '"3239.6 ] 9614.6' 1120.5 

12/16/09 11:40 A M ""3239.6 : • 9614.6; 1120.5 

12/16/09 11:40 A M ''3239Jf" 9614.7 1120.4 

12/16/09 11:41 A M 3239.6! 9644.6 1120.4 

12/16/09 11:41AM 3239.51 9644.5 1120.3 

12/16/09 11:41 A M 3239.5!" 9674.5 1120.3 

12/16/09 11:41 A M 3239.21 9704.2 1120.3 

12/16/09 11:42AM[ 3238.71 9679.7 1120.3 

12/16/09 11:42 AMj 3238.3 9685.3 1120.2 

12/16/09 11:42 AM ; 32371.' 9684.1 1120.2 

12/16/09 11:42 AMi 3236T2T 9688.2 1120.1 

12/16/09 11:43 AMI "'~T " 3235.61'" 9687.6 1120.1 

12/16/09 11:43 AMj 3235.1; 9693.1 1120.1 

12/16/09 11:43 AM ; 3234.8; 9692.8 1120.0 

12/16/09 11:43 AM ; "'"'~~32347! " "* 9669.7 1120.0 

12/16/09 11:44 AMi 3234.8; 9669.8 1119.9 

12/16/09 11:44 AMi "'''"323479 1 9669.9 1119.8 

12/16/09 11:44 AMi 3235.6] 9670.0 1119.7 

12/16/09 11:44 AMi 3235Q . 9670.0 1119.7 

12/16/09 11:45 AMI 3235.1! 9670.1 1119.7 

12/16/09 11:45 AM] 3235.3; 9670.3 1119.8 

12/16/09 11:45 AM ; 3235.5| 9670.5 1119.8 

12/16/09 11:45 AMi . —~ i 9670.7 1119.9 

12/16/09 11:46 AMi 32361); 9671.0 1119.9 

12/16/09 11:46AMi 3236.1 j 9671.1 1119.9 

12/16/09 11:46 AMi 3236.6"' 9671.6 1120.0 

12/16/09 11:46 AM ! 3236.2j 8815.2 1120.0 

12/16/09 11:47 AM ! 3236.2! 8815.2 1120.0 

12/16/09 11:47 AM ; "~'^2ZQA\' ~ 88157? 1120.0 

12/16/09 11:47 AMj "3236!b["' 8815.0 1120.0 

12/16/09 11:47 AMi 3236.1,1 8815.1 1119.9 

12/16/09 11:48 AMi 3236.0: 8815.0 1120.0 

12/16/09 11:48 AM ! 3236.'0: 8815.0 1119.9 

12/16/09 11:48 AM : 3235.9;' 8814.9 1119.8 

12/16/09 11:48 AM ' 323571 9593.7 1119.7 

12/16/09 11:49 AM ! 3235.5! 9593.5 1119.7 

12/16/09 11:49 AMi 3235.3! 9570.3 1119.8 

12/16/09 11:49 AMI 3235.2! 9576.2 1119.8 

12/16/09 11:49 AMi 3235.1 f " 9576.1 1119.7 

12/16/09 11:50 AM] 3234.9i 9583.9'j. 1119.6 

12/16/09 11:50 AMI 3234.7; 9613.7 1119.6 

12/16/09 11:50 A M 3234.7 " 9590.7 1119.5 
Unit 4 Run 1 

'Sr^B'me_Stamp Liquid Weight HRT Total Weight HRT X-22 HRT 

12/16/09 11 50 A M 3234.6 9596.6 ! 1119.5 

12/16/09 11:51 A M 3234.6 9596.6! 1119.4 

12/16/09 11:51 A M '1234 4 9603.4! 1119.4 

12/16/09 11:51 A M 3234.2 9603.2! 1119.4 

12/16/09 11:51 A M '3234 4 9632.4 1119.4 

12/16/09 11:52 A M 3234.5 9662.5 1119.4 

12/16/09 11:52 A M 32346 9662.6 1119.3 

12/16/09 11:52 AMj 3234.7 9662.7] 1119.2 

12/16/09 11:52 A M 3234.9 9662.9 1119.2 

12/16/0911:53 A M '73235. 0 9663.0; 1119.1 

12/16/09 11:53 A M 32351 9663.1 1119.0 

12/16/0911:53 A M " 32351' 9663.1 1119.0 

12/16/09 11:53 A M 3235.1 9663.1 1118.9 

12/16/09 11:54 A M """32351 " 9663.1 1118.9 

12/16/09 11:54 A M 323576: 9663.0 1118.9 

12/16/09 11:54 A M 3235.6 96531 1118.8 

12/16/09 11:54 A M 3235.6 9663.0 1118.8 

12/16/09 11:55 AM , 3235.6] 9663.0 1118.8 

12/16/09 11:55 A M 3234.81 9662.8 1118 J 

12/16/09 11:55 A M 3234.8; 9662.8 1118.6 

12/16/09 11:55 AM ! 3234.7 " 9662.7 1118.6 

12/16/09 11:56 AMI 3234.6! 9662.6 1118.5 

12/16/09 11:56 AM ! 3234.5 9662.5 1118.5 

12/16/0911:56 AMj 3234.4; 9662.4 1118.4 

12/16/09 11:56 AM : 3234.4] 9662.4 1118.3 

12/16/09 11:57 AMI 3234.3 9662.3 1118.3 

12/16/0911:57 AMj 3234.4| 9662.4 1118.2 

12/16/09 11:57 AM ; 32344] 9662.4 1118.2 

12/16/09 11:57 AM ; 3234.4 10033.4 1118.2 

12/16/09 11:58 AM ! ' "" "3234.4 ; 10033.4 1118.2 

12/16/09 11:58 AMj 32343; 10033.3 1118.0 

12/16/09 11:58 AM : 3234.2;' 10033.2 1118.1 

12/16/09 11:58 AM* " " 3234.21 10062.2 1118.2 

12/16/09 11:59 AM ; 3234.5; 10062.5 1118.1 

12/16/09 11:59 AM ; 3234.61 10091.6 1118.0 

12/16/09 11:59 AMj 323481 10091.8 1118.0 

12/16/0911:59 AMI 3235.1] 10122.1 1118.1 

12/16/09 12:00 PM ; 3235.2 10150.2 1118,1 

12/16/09 12:00 PM ; "32351! .10150.3 1118.1 

12/16/09 12:00 PM l 3235.4! 10179.4 1118.1 

12/16/09 12:00 PMj 32314! 10179.4 1118.0 

12/16/09 12:01 PM , 3235.2; 10208.2 1118.1 

12/16/09 12:01 PMl ' 323517 10237.1, 1118.1 

12/16/09 12:01 PMl 32351: 10237.1, 1118.1 

12/16/09 12:01 PMi 3235.51 10237.5 1118.2 

12/18/09 12:02 PM ; 3236.0! 10238.0, 1118.1 

12/16/09 12:02 PM : 3236.5! 10238.5, 1118.1 
Unit 4 Run 1 | 

TimeiStamp ; Liquid WeightiHRT .Total Weight HR T X-22 HRT 

12/16/09 12:02 PM ; 3236.9 10238.9 1118.2 

12/16/09 12:02 PMj 3237.2 10239.2 1118.2 

12/16/09 12:03 PMl 3237.5 10239.5 1118.3 

12/16/09 12:03 PM ; 3237.6 10239.6 1118.3 

12/16/09 12:03 PM,: 3237.7; 10239.7 1118.3 

12/16/09 12:03 PMi 3237.8 9504.8 1118.4 

12/16/0912:04 PM ; 3237.9] 9504.9 

3237.9; 9504.9 

1118.5 

12/16/09 12:04 P M 

3237.9] 9504.9 

3237.9; 9504.9 1118.5 

12/16/09 12:04 PMi 3237.8 9481.8 1118.5 

12/16/09 12:04 PM : 32378 9481.8 1118.4 

12/16/09 12:05 PM ; 32377! 9458.7 1118.5 

12/16/09 12:05 PM-! 3237.7! 9435.7, 1118.6 

12/16/09 12:05 PM : 3237.7! 9435.7! 1118.6 

12/16/09 12:05 PM ; 3237.5 9419.5, 1118.6 

12/16/09 12:06 PMi " "3237.3; 9419.3] 1118.6 

12/16/09 12:06 PM ; 3237.1; 9396.11 1118.8 

12/16/09 12:06 PM ! 3237.6j 9396.0: 1118.7 

12/16/09 12:06 PMi 3236.91 10151.9! 1118.7 

12/16/09 12:07 PM | "'''3236i j 10127.9; 1118.7. 

12/16/09 12:07 PMl "3237T0] 10128.6 1118.7 

12/16/0912:07 PM ! 323679] 10104.9; 1118.8 

12/16/09 12:07 PMI ~ 3237761 10105.0! 1118.8 

12/16/09 12:08 PM ; 323679; 10104.9! 1118.8 

12/16/09 12:08 PM ! 3236.9! 10104.9'; 1118.9 

12/16/09 12:08 PMi '323679; 10133.9i 1118.9 

12/16/09 12:08 PMj . """'3236.8! 10133.8! 1118.9 

12/16/0912:09 PMj 3236.7] 10162.7! 1118.9 

12/16/09 12:09 PMi 32 3677]' 10162.7! 1119.0 

12/16/09 12:09 PMi 3236"il 10192.6; 1119.0 

12/16/09 12:09 PM- 3236.6! 10221.6; 1119.0 

12/16/09 12:10 PMI 3236.6; 10221.6] 1119.1 

12/16/09 12:10 PMi "3236.6; 10251.6! 1119.0 

12/16/09 12:10 PMi 3236.6j 10251.6! 1119.1 

12/16/09 12:10 PMi 3236.4i 10281.4; 1119.2 

12/16/09 12:11 PM : 3236.3r 10281.3! 1119.1 

12/16/09 12:11 PM? " 3236.1! 10310.1! 1119.1 

12/16/09 12:11 P M 3236.07 10310.0: 1119.2 

12/16/09 12:11 PM ; ...... 32 — i 10309.9! 1119.2 

12/16/09 12:12 PMi 3235.9; 10309.9! 1119.2 

12/16/09 12:12 PM | "3235.9]" 10309.9! 1119.2 

12/16/09 12:12 PM ! 3235.7; 10309.7; 1119.2 

12/16/09 12:12 PM ! 323575] 10309.5! 1119.2 

12/16/09 12:13PM | """323575]" 9289.5, 1119.2 

12/16/09 12:13 PMi "3235.3! 9289.3; 1119.3 

12/16/09 12:13 PMi 3235.21 9289.2! 1119.3 

12/16/09 12:13 PM] 3235.1 9266.11 1119.3 

12716/09 12:14 PMi 3235.0! 9242.0, 1119.3 
Unit 4 Run 1 

Liquid Weight HRT_ Total Weight.HRT X-22!;HRT 

12/16/09 12:14PM 3234.9 9241.9 1119.3 

"12/16/09 12:14>M~ *32341 s 9218.8 1119.4 

12/16/09 12:14 PM " 32345 "9218.5 1119.3 

12/16/09 12:15 P M 323473 9194.3 1119.3 

' 12/16/09 12:15 PM 323472 9170.2 1119.3 

12/16/09 12:15 P M 3234.3 9170.3 1119.3 

12/16/09 12:15 P M 3234.5 9147."5 1119.4 

12/16/09 12:16 P M "' 3235.1 " 9148.1 1119.5 

12/16/09 12:16 P M '323579 9125.9 1119.5 

12/16/09 12:16 PMi ""''3236.3 9847.3 1119.5 

12/16/09 12:16 PM ; 3236.6 9830.6 1119.5 

12/16/09 12:17 PM ! 3236.8! 9808.8 1119.6 

12/16/09 12:17 PMi """""7323679 ; 9808.9 1119.6 

12/16/09 12:17 PMi "'"'"3236777 9808.7 1119.6 

12/16/09 12:17 PMi 3236.6] 9808.6 1119.6 

12/16/09 12:18 P M 3236.4! 9808.4 1119.6 

12/16/09 12:18 PMi """3236!2 i 9837.2 1119.7 

12/16/09 12:18 PM! 3235.8; 9836.8 1119.7 

12/16/09 12:18PM : 323574! 986574; 1119.7 

12/16/09 12:19 PMi '323576! 9895.0; 1119.7 

12/16/09 12:19 PM ! "323476] 9894.6! 1119.7 

12/16/09 12:19 PM : 3234.2 9924.2I 1119.6 

12/16/09 12:19 PMi " 3233.8 9923.8; 1119.6 

12/16/09 12:20 PM; "3233.4 9953.4; 1119.6 

12/16/0912:20 PMi 32331: 9953.1; 1119.6 

12/16/0912:20 PM! " 3232.7 9981.7! 1119.6 

12/16/0912:20 PMi 3232.2 10012.21 1119.7 

12/16/0912:21 PMi 3231.7 10011.7! 1119.7 

12/16/09 12:21 PMi 3231.3] 10011.31 1119.7 

12/16/09 12:21 PM; "3230.8 ! 10010.8! 1119.8 

12/16/09 12:21 PM; '323674! 10010.4; 1119.8 

12/16/09 12:22 PMi 3229787 16669.8 1119.8 

12/16/0912:22 PMi 3229.3> IO669.3! 1119.9 

12/16/09 12:22 PMi 3228.87 10008.8; 1119.8 

12/16/09 12:22 PM | "3228 ^ 10008.4i 1119.9 

12/16/09 12:23 PMi 3228.2!" 10008.2! 1119.9 

12/16/09 12:23 PM.| 3228.0' 16668.O! 1119.9 

12/16/09 12:23 PMi 3228.6] 10008.0'; 1119.9 

12/16/09 12:23 PMi 322779; 10770.9! 1119.9 

12/16/09 12:24 PMi 3227.7 9977.7; 1119.8 

12/16/09 12:24 PMi '322776 9977.6: 1119.8 

12/16/09 12:24 PM : 3227.5 9977.5* 1119.7 

12/16/09 12:24 PMi 3227.3| 9947.3; 1119.7 

12/16/09 12:25 PM; 3227.3; 9917.31 1119.7 

12/16/09 12:25 PMi 322773: 9917.3; 1119.7 

12/16/09 12:25 PM! 3227.2, 9887.2; 1119.6 

12/16/09 12:25 PM: 3227727 9887.2! 1119.6 
Unit 4 Run 1 

. !'Time_Stamp Liquid Weight HRT Total Weight JHRT X-22 HR T 

12/16/09 12:26 P M 3227.4 9857.4 1119.6 

12/16/0912:26 P M 3227.5 'T82775 1119.7 

12/16/09 12:26 P M 3227.7 9827.7 1119.8 

12/16/0912:26 P M 3228.0 9858.0 1119.8 

12/15/0912:27 P M 322873 9858.3 1118.8 

12/16/0912:27 P M 322874 9888.4 1116.9 

12/16/0912:27 P M '322876 99*16.6 1114.7 

12/16/09 12:27 P M '""7"'"3225. 4 9913.4 1112.5 

12/16/0912:28 P M :3222. 8 9910.8 1110.3 

12/16/0912:28 P M 3220.1 9968.1 1108.2 

12/16/0912:28 P M 3217.3 9905.3 1106.0 

12/16/0912:28 P M 321475 9902.5 1103.8 

12/16/0912:29 P M 3212.4 9900.4 1101.6 

12/16/09 12:29 P M 3210.4 9898.4 1099.4 

12/16/0912:29 P M 3208.5 10938.5 1097.2 

12/16/0912:29 P M 3206.6 10936.% 1094.9 

12/16/0912:30 P M 3204.8 . 10934.8 1092.7 

12/16/0912:30 P M '320370 '1093376 1090.5 

12/16/0912:30 P M 3201.2 ""109317 2 1088.4 

12/16/09 12:30 PM , "3199.0 16929.0 1086.2 

12/16/09 12:31 P M 3196.6 10156.6 1084.0 

12/16/0912:31 P M " 3193.9 10153.9 1081.9 

12/16/0912:31 PM ' '""3191 2 10151.2 1079.7 

12/16/0912:31 PM : 3188.3 10118.3 1077.6 

12/16/0912:32 P M 318573 10086.3 1075.4 

12/16/0912:32 PMi 3182.5 10083.5 1073.3 

12/16/0912:32 PM ; 3179.5 10050.5 1071.1 

12/16/0912:32 PMi 3176.5 10047.5 1069.1 

12/16/0912:33 PMi 3173.5 10014.5 1066.9 

12/16/09 12:33 PMi '" " '3170.4 9981.4 1064.8 

12/16/0912:33 PMj 3167.4 9978.4 1062.7 

12/16/09 12:33 PMi 3164.2 10005.2 1060.5 

12/16/09 12:34 PMi 316172 10002.2 1058.4 

12/16/0912:34 PMj '315871 9999.1 1056.2 

12/16/09 12:34 PM ! 3154.9 10025.9 1054.1 

12/16/0912:34 PM : 31517 10022.7 1051.9 

12/16/09 12:35 PM ! 3148.6 10019.6 1049.7 

12/16/09 12:35 PMi 314575 10049.5 1047.5 

12/16/0912:35 PM ; 3142.4 16646.4 1045.4 

12/16/09 12:35 PM ; 3139.5 10043.5 1043.2 

12/16/09 12:36 PMi 3T36761 10040.6 1041.1 

12/16/09 12:36 PM] 3133.9 ""10037.9 1038.9 

12/16/09 12:36 PMj ..... 3i3i7T 10035.1 1036.7 

12/16/09 12:36 PM ; 3128.4 10032.4 1034.5 

12/16/09 12:37 PM l 3125.7 10762.7 1032.2 

12/16/09 12:37 PMi 3123.0 10760.0 1030.0 

12/15/09 12:37 PMj 3120.2 10757.2 1027.8 
Unit 4 Run 1 I 

Time_iStamp Liquid Weight HRT Total Weight HRT X-22 HRT 

12/16/09 12:37 P M 3117.2 10754.2 1025.6 

12/16/09 12:38 PM 3114.2 10751.2 1023.4 

12/16/09 12:38 P M 3111.3 10748.3 1021.1 

12/16/09 12:38 PM 3108.3 10745.3 1018.9 

12/16/09 12:38 PM: 3105.2 10742.2 1016.6 

12/16/09 12:39 PM 3102.0 ""10739. 0 1014.3 

12/16/09 12:39 PM 3099.0; 10736.0 1012.1 

12/16/09 12:39 P M 3096.2 10733.2 1009.8 

12/16/09 12:39 P M 3093.3 10730.3 1007.6 

12/16/09 12:40 PM 3090.5 9910.5 1005.5 

12/16/09 12:40 P M ~""1087. 6 9907.6 1003.2 

12/16/09 12:40 P M 3084.8: 9904.8 1001.0 

12/16/09 12:40 PMi 30819 99019 998.8 

12/16/09 12:41 PM ! 3079.0 9869.0 996.6 

12/16/09 12:41 PM. 3076.1' 9866.1 994.3 

12/16/09 12:41 PM. 3673.2! 9833.2, 992.1 

12/16/09 12:41 PM ; 3070.3i 9800.3 989.9 

VES018821 
Unit 4 Run 1 

Time Stamp Liquid Weight-HRT Total Weight HRT X-22 HRT 

12/16/09 1 55 P M 2795.7 8154.7 812.1 

12/16/09 1:55 P M 2798.8 8157.8 815.3 

12/16/09 1:55 P M 28018 8160.8" 818.7 

12/16/09 1:55 P M 2804.8 8939.8 819.9 

12/16/09 1:56 P M 2807.7 8942.7 821.2 

12/16/09 1:56 PM 2810.8 V 8945.8 823.1 

12/16/09 1:56 P M " " * "2813. 7 8948.7 825.4 

12/16/09 1:56 P M 2816.7 8978.7 .827.7 

12/16/09 1:57 P M 281977 8981.7 830.0 

12/16/09 1:57 P M 2822.7 8984.7 832.3 

12/16/09 1:57 PMi "28257 8 9014.8 834.6 

12/16/09 1:57 PM; 2828.9, 9017.9' 836.9 

12/16/09 1:58 PMj "2831.9 8136.9 839.2 

12/16/09 1:58 PMj 7"283479; 8139.9i 841 5 

12/16/091:58 PMi 2838.0: 8143.0i 843.8 

12/16/091:58 PMi 2841.0; 8173.6 846.1 

. 12/16/091:59 PM ; '284476; 8176.0] 848.3 

12/16/091:59 PMi 284678S 8178.8) 850.6 

.12/16/091:59 PMi 284979! 8208.9: 852.9 

12/16/091:59 PM; 2852787 8211.8] 855.2 

12/16/09 2:00 PM ' 2855.8; 

""""""7285877! 

8214.8] 857.6 

12/16/09 2:00 PMi 

2855.8; 

""""""7285877! 8245.7i 859.8 

12/16/09 2:00 PM ; 

12/16/09 2:00 PM; 

12/16/09 2:01 PM: 

12/16/09 2:01 PMj 

"12/16/09 2:01 PMi 

12/16/09 2:01 PM ; 

12/16/09 2:02 PM : 

28617} 

2864.7] 

2867761" 

"2870.77" 

7287378;' 

2876.7; 

'287978! 

8248.7 

8251.7 

8254.6 

8257.7 

12/16/09 2:02 PMi 

12/16/09 2:02 PMi 

12/16/09 2:02 PM] 

12/16/09 2:03. PMi 

12/16/09 2:03 PMl 

12/16/09 2:03 PM | 

12/16/09 2:03 PMl 

12/16/09 2:04 PM; 

12/16/09 2:04 PMi 

12/16/09 2:04 PM! 

12/16/09 2:04 PM ! 

12/16/09 2:05 PM ; 

12/16/09 2:05 PMl 

'12/16/09 2:05"PMf 

12/16/09 2:05 PMi 

12/16/09 2:06 PMI 

12/16/09 2:06 PMi 

12/16/09 2:06 PMi 

2882.8! 

288671 

2889737 

2892.3'; 

2895.4! 

289876; 

2901.8; 

290479; 

290779i 

" 291171! 

2914.lT 

291771 

"29267l[ 

'292373;' 

29267 3' 

292973; 

2932747 

'2935.4! 

8260.8 

826377; 

8266.8] 

8269.81 

'82737'ij 

8276.3i_ 

'827973! 

8282.4i 

"8285761 

"82887a 

82919" 

1294.9' 

82 9871 

9112.11 

91157TJ 

12/16/09 2:06 PMi 

12/16/09 2:07 PMi 

12/16/09 2:07 PMi 

2938.3 

2941.4 

"294473! 

9195.4: 

9225.3" 

862.2 

864.4 

866.7 

869.1 

871.4 

873.7 

876.0 

878.3 

880.6 

883.0 

885.3 

887.6 

889.9 

901.7 

904.0 

9118.il 906.3 

91213! 908.7 

9151.3] 911.0 

9154.31 913.2 

9157.4] 915.5 

9189.4! 917.8 

9192.3; 920.0 

922.4 

924.6 
Unit 4 Run 1 

iTimeTjSlgirftp'sf Liquid Weight HRT I Total Weight HRT I X-22 HRT 

12/16/09 2:07 PMj 2947.2! 9228.2! 927 0 

12/16/09 2:07 PMi 2950.11 9231.1 929.3 

12/16/09 2:08 P M '2952.8 : 9260.8; 931.6 

12/16/09 2:08 PMi 2955.6* ~ 9263.6! 933.9 

12/16/09 2:08 P M 295875] " 9266.5; 936.2 

12/16/09 2:08 PMi ""'""" " 296137 ' 9296.3 1 938.5 

12/16/09 2:09 PMI 2964.3] 8658.3! 940.8 

12/16/09 2:09 PMi 2967.41 86614] 943.2 

12/16/09 2:09 PMi 2970.3! 8691.3 ; 945.4 

12/16/09 2:09 PM] 2973.4 8670.4! 947.7 

12/16/09 2:10 PM : 297641 8673.4i 950.0 

12/16/09 2:10 PM ; 2979.51 " 8676.5; 952.3 

12/16/09 2:10 PMi "2982.6! 8655.6! 954.7 

12/16/09 2:10 PM , 2985.81 8658.8, 956.9 

12/16/09 2:11 PMl 2988.97 8661.9! 959.2 

12/16/09 2:11 PM ; 2992.1! 8642.1 961.5 

12/16/09 2:11 PM ; .. 2995!3i 8645.3I 963.8 

12/16/09 2:11 PM] 2998.6: 8648.6] 966.1 

12/16/09 2:12 PMI '30018 ! 8627.8; 968.4 

12/16/09 2:12 PM ; 3005167"': 8631.0) . 970.7 

12/16/09 2:12 PMi 360876:" " 8634.0; 973.0 

12/16/09 2:12 PM ! '

 f 3011.0 ! 8637.0 975.3 

12/16/09 2:13 P M "361379: . 8639.9 977.5 

12/16/09 2:13 PM ! 3016.9] 8642.9 979.9 

12/16/09 2:13 PM ; 3019:8! 8645.8! 982.2 

12/16/09 2:13 PM ; 3'622.5; 9742.5! 984.5 

12/16/09 2:14 PMi 30252; 9745.2I 986.8 

12/16/09 2:14 PMj "3027.9: 9747.9 989.1 

12/16/09 2:14 PMi 3030.8! 9750.8 991.3 

12/16/09 2:14 PM ! 3033.6! 9780.6 993.6 

12/16/09 2:15 PMj 3636.4! ' """978374 996.0 

12/16/09 2:15 PMj 303973!"" " 8878.3 998.3 

12/16/09 2:15 PM . 3042.1 8908.1 1000.6 

12/16/09 2:15 PMi "'"!3045.6 ; 8911.01 1002.8 

12/16/09 2:16 PM ; 3047.8! 8913.8! 1005.2 

12/16/09 2:16 PMi 3050.4;' 8921.41 1007.5 

12/16/09 2:16 PM] '"30'53.'4 : 8924.4! 1009.8 

12/16/09 2:16 PMi 3056.2;" ' 8927.2! 1012.2 

12/16/09 2:17 PMi 3059.0. 8934.0 1014.4 

12/16/09 2:17 PMi 3061.8; 8936.8 1016.7 

12/16/09.2:17 PM ! ""3664:87" 8939.8 1019.0 

12/16/09 2:17 P M 3067.7! 8945.7 10213 

12/16/09 2:18 PM ; 3070.6; 894876 1023.5 

12/16/09 2:18 PM ! 3'673.6j' 89516: 1025.8 

12/16/09 2:18 PM : 3076.6; 8958.6 1028.1 

12/16/09 2:18 PM] 3079.5! 8961.51 1030.4 

12/16/09 2:19 PMi 308275]'"' 8964.51 1032.8 

12/16/09 2:19 PM | 3085:77 8967.7 1035.1 

12/16/09 2:19 PMi 3088.8! 8970.8! 1037.5 

12/16/09 2:19 PM | 8973.8 1039.8 
Unit 4 Run 1 I I 

Tim e Stamp Liquid Weight HRT Total Weight HRT X-22 HRT 

12/16/09 2:20 P M 3095.0 8977.0 1042.1 

12/16/09 2:20 P M 3098.6 8980.0 1044.4 

12/16/09 2:20 P M 3101.0 8983.6 1046.7 

12/16/09 2:20 P M 310379 8985.9 1049.0 

12/16/09 2:21 P M 3106.9 8988.9 1051.3 

12/16/09 2:21 P M 310978 8991.8 1053.6 

12/16/09 2:21 P M 3112.7 ""'8994. 7 1055.9 

12/16/09 2:21 P M 3115.6 8997.6 1058.4 

12/16/09 2:22 P M 3118.6 9000.6 1060.7 

12/16/09 2:22 P M 3121.5 9003.5 1063.1 

12/16/09 2:22 PM 3124.6 9006.6 1065.5 

12/16/09 2:22 P M 312776 9649.6 1067.8 

12/16/09 2:23 P M 3130.6 9652.6 1070.1 

12/16/09 2:23 P M 313377 "*"'9655. 7 1072.4 

12/16/09 2:23 P M 3136.6 9658.6 1074.7 

12/16/09 2:23 P M 3139.7 9689.7 1077.1 

12/16/09 2:24 P M ' ' 3142.6 "9692. 8 1079.4 

12/16/09 2:24 P M 3145:8 9695.8 1081.7 

12/16/09 2:24 P M 3148.9 9725.9 1084.0 

12/16/09 2:24 P M 315179 9728.9 1086.3 

12/16/09 2:25 P M "31547 9 9731.9 1088.6 

12/16/09 2:25 P M 3157.8 9760.8 1090.8 

12/16/09 2:25 PM . """"""3166. 8 9763.8 1093.1 

12/16/09 2:25 PM, 3163.8 9766.8 1095.4 

12/16/09 2:26 P M "'3166. 6 9796.6 1097.8 

12/16/09 2:26 PM ' 3169.5 8995.5 1100.1 

12/16/09 2:26 P M 3172.3 8998.3 1102.3 

12/16/09 2:26 PM; """" ' 3175.1 9028.1 1104.7 

12/16/09 2:27 PM : 317778 9006.8 1107.0 

12/16/09 2:27 PM , 3180.5' 9009.5 1109.2 

12/16/09 2:27 PM 1 31'83.2 9038.2 1111.5 

12/16/09 2:27 PM. 3185.9 9016.9 1113.7 

12/16/09 2:28 PMj 3188.6 9019.6 1116.1 

12/16/09 2:28 PM ! 3191.3 9022.3 1118.3 

12/16/09 2:28 PM ; 3194.1; 900071- 1120.6 

12/16/09 2:28 PM , 3197.0, 9003.0 1122.9 

12/16/09 2:29 PMi 3199.9 9005.9 1125.1 

12/16/09 2:29 PM ! 3262.9: 9008.9 1127.4 

12/16/09 2:29 PM"! 3205:9"! 9011.9 1129.7 

12/16/09 2:29 PM ; 3209.1; 9015.1 1132.0 

12/16/09 2:30 PM , 3212:3" 9018.3 1134.2 

12/16/09 2:30 PM ! 3215.5. 9021.5 1136.4 

12/16/09 2:30 PM ; 3218.7: 9024.7 1137.4 

12/16/09 2:30 PM ; 3221.fr 9027.5 1137.6 

12/16/09 2:31 PM ; 3224.0; 9030.6 1137.8 

12/16/09 2:31 PM . 3226.4! 9032.4 1137.9 

12/16/09 2:31 PMi 3228.0; 9034.0 1137.9 

12/16/09 2:31 PM ; 3229.0: 9967.0 1138.1 

12/16/09 2:32 PM . 3229.7: 9967.7 1138.2 

12/16/09 2:32 PM ; 3230.2. 9968.2 1138.3 
Unit 4 Run 1 

'"Time 'Stamp Ciquid Weight JRIR: ;Tbtai^eighf2HRT X-227HRT 

12/16/09 2:32 P M 3230.5 9968.5 1138.4 

12/16/09 2:32 P M 32307 9968.7 1138.6 

12/16/09 2:33 P M 3230.7 9996.7" 1138.7 

12/16/09 2:33 P M 3230.6 9996.6 1138.7 

12/16/09 2:33 P M 3230.6 9996.6 1138.8 

12/16/09 2:33 P M "3230. 5 10024.5 1138.9 

12/16/09 2:34 P M 3230.3 10024.3 1139.0 

12/16/09 2:34 P M 323a2 '10024. 2 1139.1 

12/16/09 2:34 P M 3229.9 10050.9 1139.2 

. 12/16/09 2:34 P M 3229.5 10050.5 1139.3 

12/16/09 2:35 P M 7 3229.1 10050.1 1139.4 

12/16/09 2:35 P M 3228;9 10076.9 1139.4 

12/16/09 2:35 P M 3228.4 10076.4 1139.4 

12?16/09 2:35P M 3228.2 10076.2 1139.3 

12/16/09 2:36 P M 3228.1 '"10103. 1 1139.1 

12/16/09 2:36 P M 3228.2 10103.2 1139.0 

12/16/09 2:36 P M 32284 10103.4 1139.0 

12/16/09 2:36 P M 3228.6 9313.6 1138.9 

12/16/09 2:37 P M "322879 9313.9 1138.8 

12/16/09 2:37 P M 3229.2 "" '9314.2 1138.7 

12/16/09 2:37 P M 3229.4 9314.4 1138.7 

12/16/09 2:37 PM ' " " 3229.7 9314.7 1138.7 

12/16/09 2:38 P M 3230.6 9315.0 1138.5 

12/16/09 2:38 P M 3230;2 9315.2 1138.4 

12/16/09 2:38 P M 3236.3 9315.3 1138.3 

12/16/09 2:38 PM ' '323674; 9315.4 1138.2 

12/16/09 2:39 P M 3230.5 9288.5 1138.1 

12/16/09 2:39 P M 323676 9288.6 1138.1 

12/16/09 2:39 PMj 323678! 9261.8 1138.0 

12/16/09 2:39 P M 3230.9' 9261.9 1137.9 

12/16/09 2:40 PM; 32311 9262.1 1137.8 

12/16/09 2:40 P M 3231.3- 9234.3 1137.8 

12/16/09 2:40 P M 3231.4: 9234.4 1137.8 

12/16/09 2:40 P M 3231.6! 10042.6 1137.8 

12/16/09 2:41 P M 3231.5 10015.5 1137.7 

12/16/09 2:41 P M *3231.5 : 10015.5 11377 

12/16/09 2:41 PM ; " """""3231.5 - 10015.5 1137.7 

12/16/09 2:41 PMi 32315 10042.5 1137.7 

12/16/09 2:42 PMi 323174! 10042.4 1137.7 

12/16/09 2:42 PM.i 3231.3, 10042.3 1137.7 

12/16/09 2:42 PM ; ""3231.T 10069.1 11377 

12/16/09 2:42 PM , 3230.8; 10068.8 1137.6 

12/16/09 2:43 P M 3230.7 10068.7 1137.6 

12/16/09 2:43 PM ; 3230.6! 10095.6 1137.6 

12/16/09 2:43 PM : 3230.4 10095.4 1137.6 

12/16/092:43 PMl 3230.3! 10122.31 1137.5 

12/16/09 2:44 PM | 3230.T 10122.1 1137.5 

12/16/09 2:44 PM : " 3229.9 T6T2T9 1137.5 

12/16/09 2:44 PM ; 3229.6 10121.6 1137.5 

12/16/09 2:44 PM ' 322975; 10121.5 1137.5 
Unit 4 Run 1 

:i0gujd';vtfigffili i Total WeighfHRT X--22 HRT 

12/16/09 2:45 PMj 3229.1 101211 1137.5 

12/16/09 2:45 P M ; 3228.9 10120.9 1137.4 

12/16/09 2:45 PM! 3228.7 10147.7 1137.5 

12/16/09 2:45 PM; 3228.6 9375.6 1137.4 

12/16/09 2:46 PM; 3228.5 "''937575 1137.5 

12/16/09 2:46 PM! 3228.5 9402.5 1137.5 

12/16/09 2:46 PMl 3228.5 9402.5 1137.4 

12/16/09 2:46 PM, 3228.4 9402.4 1137.5 

12/16/09 2:47 PMi 3228.5 9375.5 1137.4 

12/16/09 2:47 P M 3228.5 9375.5 1137.4 

12/16/09 2:47 PM """32287 8 9375.8 1137.4 

12/16/09 2:47 PM 3229.0 9348.0 1137.4 

12/16/09 2:48 PM 3229.2 9348.2 1137.5 

12/16/09 2:48 P M '•3229. 6 9348.6 1137.5 

12/16/09 2:48 PM 3230.6 9322.0 1137.5 

12/16/09 2:48 PM 3230.4j 9322.4 1137.4 

12/16/09 2:49 PM """"""""3230 9 9322.9 1137.5 

12/16/09 2:49 P M "~3231.4 . 9296.4 1137.5 

12/16/09 2:49 P M 32318. 9296.8 1137.5 

12/16/09 2:49 P M 3232.6 10127.0, 1137.5 

12/16/09 2:50 PM! 3232.2; 10127.2. 1137.3 

12/16/09 2:50 P M 3232.3! 10127.3; 1137.2 

12/16/09 2:50 P M 3232.2! 10127.2! 1137.1 

12/16/09 2:50 P M "'•" 3232.2 10154.2: 1137.1 

12/16/09 2:51 P M -"••-7"~ "32322! 10154.2; 1137.1 

12/16/09 2:51 P M 3232.2! 10154.2; 1137.1 

12/16/09 2:51 P M 3232.1 10182.1 1137.1 

12/16/09 2:51 P M 32319I 10181.9, 1137.2 

12/16/09 2:52 P M ""'32317! 1018171 1137.3 

12/16/09 2:52 PM 3231.3! 10208.3; 1137.3 

12/16/09 2:52 PM 3230.9; 10207.9! 1137.3 

12/16/09 2:52 P M 3230.5; 10207.51 1137.3 

12/16/09 2:53 P M " "3230 1 10234.1! 1137.2 

12/16/09 2:53 PM 3229.9; 10233.9; 1137.2 

12/16/09 2:53 PM, 3229.6r

 10233.6! 1137.2 

12/16/09 2:53 PM' 3229.3!' 10233.3] 1137.2 

12/16/09 2:54 PM! 3229.0I 10233.0; 1137.2 

12/16/09 2:54 PM : 322879; 10232.9; 1137.2 

12/16/09 2:54 PM! ""'322876! 10232.6! 1137.2 

12/16/09 2:54 PM! 3228.3; 10232.3; 1137.2 

12/16/09 2:55 PM ' 3228,1 j 10232.1 i 1137.2 

12/16/09 2:55 PM ; 3227.9; 10231.9] 1137.2 

12/16/09 2:55 PMj 3227.8; 10231.8; 1137.2 

12/16/09 2:55 PM! 3227.8. 9455.8I 1137.1 

'12/16/09 2:56 PMi 3227.9; 9455.9! 1137.1 

12/16/09 2:56 PMi 3227.9! 9455.9! 1137.1 

12/16/09 2:56 PM; 322871! 9456.1; 1137.0 

12/16/09 2:56 PMi "

:

 ""'"" 322873; 9429.3! 1137.0 

12/16/09 2:57 PMi 3228.4! 9429.4' 1136.9 

12/16/09 2:57 PMj 3228.3! 9429.3! 1136.9 
Unit 4 Run 1 1 

• \TimeyS'tamp i. jLjquid Welight tHRT Total-Weight HRT X'22 HRT 

12/16/09 2:57 P M 3228 3 9402.31 1136.9 

12/16/09 2:57 P M """""""3228. 1 9402.11 1136.9 

12/16/09 2:58 P M 3227.8 9374.8] 1136.8 

12/16/09 2:58 P M 3227.5 10159.51 1136.8 

12/16/09 2:58 P M '32273 10159.3! 1136.8 

12/16/09 2:58 P M 3227.1 T0132.il 1136.7 

12/16/09 2:59 PM , 3227.1! 10132.1, 1136.8 

12/16/09 2:59 P M 3227.1 10162.1! 1136.8 

12/16/09 2:59 PMi 3227.0 10135.01 1136.8 

12/16/09 2:59 PMj 3227.0 10135.0! 1136.8 

12/16/09 3:00 PMI 32261 10161.8! 1136.7 

12/16/09 3:00 PM | "'3226.8': 10133.8L_ 1136.7 

12/16/09 3:00 PM ! 3226.8 10133.81 1136.7 

12/16/09 3:00 PM! 322678 10160.81 1136.7 

12/16/09 3:01 PM< 3226.8: 10160.8] 1136.7 

12/16/09 3:01 PMj 3226.7! 10160.7! 1136.7 

12/16/09 3:01 PM ; 3226.6] 10187.6] 1136.7 

12/16/09 3:01 PM , 3226T51 10187.5! 1136.6 

12/16/09 3:02 PM! 3226.4! 10214.41 1136.7 

12/16/09 3:02 PM , 3226.4i 10214.4; 1136.6 

12/16/09 3:02 PMJ 3226.3 10214.3; 1136.6 

12/16/09 3:02 PM ! 3226.21 10214.2| 1136.7 

12/16/09 3:03 PM : 3226.1j 10214.1! 1136.6 

12/16/09 3:03 PMi 3226.1] 10214.1; 1136.6 

12/16/09 3:03 PM ; 32267ij 

l226Ti ; 

10214.11 1136.5 

12/16/09 3:03 PMi 

32267ij 

l226Ti ; 10214.11 1136.5 

12/16/09 3:04 PMl 32262] 10214.2] 1136.5 

12/16/09 3:04 PM ; 3226.4! 10214.4; 1136.4 

12/16/09 3:04 PMi 3226.6] 10214.65 1136.4 

12/16/09 3:04 PM; 3226.8! 9403.8] 1136.4 

12/16/09 3:05 PMi 3227!2; 9404.2; 1136.4 

12/16/09 3:05 PM.; T227.5T 9404.5! 1136.4 

12/16/09 3:05 PM | "V3227.8] 9404.8 1136.4 

12/16/09 3:05 PMi 3228'! i l 9378.1; 1136.4 

12/16/09 3:06 PM; 3228.3; 9378.3; 1136.4 

12/16/09 3:06 PMl 3228!4i 9378.4! 1136.5 

12/16/09 3:06 PM- "322877] 9349.7! 1136.5 

12/16/09 3:06 PM? "7""322879 ! 10355.0, 1136.5 

12/16/09 3:07 PMI 3229! Ii 10355.1: U36. 5 

12/16/09 3:07 PM; 3229.3! 10328.3lj 1136.5 

12/16/09 3:07 PM! 3229.5| 10328.5j__ 1136.5 

12/16/09 3:07 PMl 3229.7, 10356.71 1136.6 

12/16/09 3:08 PMj 323070; 10330.0! 1136.6 

12/16/09 3:08 PM; 3230.2! 10330.2; 1136.6 

12/16/09 3:08 PM] 3230.3! 10357.3; 1136.7 

12/16/09 3:08 PM! ~ 3230.4!" 10330.4; 1136.8 

12/16/09 3:09 PM | 3230.2T 10330.21 1136.7 

12/16/09 3:09 PM; 3230.01 10357.01 1136.7 

12/16/09 3:09 PM|. ""3229l8[ 10329.8! 1136.8 

12/16/09.3:09 PM | 7 ^29.6? 10329.6! 1136.8 
Unit 4 Run 1 

Time^Stamp •Liquid WeightiHRT X-22 HRT 

12/16/09 3:10 P M 3229.4 10356.4; 1136.7 

12/16/09 3:10 P M ! " 3229.1 10356.1 1136.7 

12/16/09 3:10 P M 3228.9 10355.9: 1136.6 

12/16/09 3:10 P M 3228.8 1038Z8; 1136.7 

12/16/09 3:11 P M 3228.7 10382.7! 1136.7 

12/16/09 3:11 P M 3228.4 10382.4; 1136.7 

12/16/09 3:11 PM" '3228!i 10382.1 ! 1136.8 

12/16/09 3:11 P M 3227.9 10381.9! 1136.8 

12/16/09 3:12 P M " 322778 10381.81 1136.8 

12/16/09 3:12 PM "3227 8 10381.81 1136.8 

12/16/09 3:12 PM, 3227.8 '10381.8; 1136.8 

12/16/09 3:12 P M 3227.9 10381.9! 1136.8 

12/16/09 3:13 PMI 3228.1 10382.1 j 1136.8 

12/16/09 3:13 PMi '3228.2 10382.2,1 1136.8 

12/16/09 3:13 PMi 3228.41 10382.4! 1136.8 

12/16/09 3:13 PM; 3228.6! 9288.6! 1136.9 

12/16/09 3:14 PM ; 3229.6 9289.0 1136.8 

12/16/09 3:14 PM; 3229.1! 9289.1 1136.9 

12/16/09 3:14 PM ; 3229.3: 928973 1136.9 

12/16/09 3:14 PMl "~3229.6 ! 10112.6' 1136.9 

12/16/09 3:15 PM | 3229.9: 10112.9! 1136.9 

12/16/09 ^ 5 PMi 3236.6! 10113.0; 1136.8 

12/16/09 3:15 PM : 323672 [ 10086.2 1136.8 

12/16/09 3:15 PM : 3230.4 10113.4 1136.8 

12/16/09 3:16 PM ! 3230.6! 10113.6 1136.8 

12/16/09 3:16 PMl 3230.8! 10085.8 1136.9 

12/16/09 3:16 PM ! 3236.8: 10112.8 1136.9 

12/16/09 3:16 PM ! 3230.9] T6V12.9 1136.9 

12/16/09 3:17 PM ; 323679! 1008579 1137.1 

12/16/09 3:17 PM; 3230.9; ~"10113. 9 1137.1 

12/16/09 3:17 PM] 

' 32H6& 10113.8 1137.1 

12/16/09 3:17PMI 3236.6! 10086.6 1137.2 

12/16/09 3:18 PMi 3230.4 '""10113. 4 1137.3 

12/16/09 3:18 PMi 3230.2; 10113.2 1137.3 

12/16/09 3:18 PM ; 3230.0] 10086.0! 1137.2 

12/16/09 3:18 PM | 3230.0 10113.0 1137.2 

12/16/09 3:19 PM ! 3230.0; 1011370 1137.2 

12/16/09 3:19 PM ! 323676 10113.0 1137.1 

12/16/09 3:19 PM ! 322979; 10112.9 1137.1 

12/16709 3:19 PMI "'322979!' 10112.9 1137.1 

12/16/09 3:20 PM ! 3229.7! 10112.7 11371 

12/16/09 3:20 PMj 3229.6; 10112.6 1137.1 

12/16/09 3:20 PM ! 3229.6! 10112.6 1137.0 

12/16/09 3:20 PM'! 322977 10112.7 1137.1 

12/16/09 3:21 PMJ 3229.8; 10112.8 1137.1 

12/16/09 3:21 PMi 3230.Y 10113.1 1137.0 

12/16/09 3:21 PMj 3230.5! 10113.5 1137.0 

12/16/09 3:21 PMi 3230.6 10113.6 1137.0 

12/16/09 3:22 PM ; 3231767 10114.0 1136.9 

12/16/09 3:22 PMl 3231.3! 10114.3 1136.8 
Unit 4 Run 1 

77l;?FimelSMi^plii; Liquid Weight'HRT Total Weight HR T X-22 HRT 

12/16/09 3:22 P M 3231.6 10114.6! 1136.8 

12/16/09 3:22 P M 3232.0 9475.0; 1136.8 

12/16/09 3:23 P M 3232.3 9475.3S 1136.8 

12/16/09 3:23 P M 3232.4 9475.4 1136.8 

12/16/09 3:23 P M 3232.5 9475.5! 1136.9 

12/16/09 3:23 P M 3232.6 10191.6 1136.9 

12/16/09 3:24 P M :

3232. 6 1019176 1136.9 

12/16/09 3:24 P M 3232.5 . 10191.5 1136.9 

12/16/09 3:24 P M 3232.5 10164.5 1136.9 

12/16/09 3:24 P M 323276 10191.6 1137.0 

12/16/09 3:25 P M 3232.6 10191.6 1137.0 

12/16/09 3:25 P M " 323276 10165.6 1137.0 

12/16/09 3:25 P M 3232.5"; 10192.5 1137.0 

12/16/09 3:25 PM , 

:

~ " 32 3273 ""101927 3 1137.1 

12/16/09 3:26 PM : 3232.1! 10165.1 1137.1 

12/16/09 3:26 PM : "'"323270' 10192.0 1137.1 

12/16/09 3:26 PM ; ""32319] 10191.9 1137.1 

12/16/09 3:26 PM | 3231.7: 10164.7 1137.0 

12/16/09 3:27 PM ; 3231.6: 10192.6 1137.0 

12/16/09 3:27 PM ; 3231.71 10192.7 1136.9 

12/16/09 3:27 PM; ""3231.7 ; 10166.7 1137.0 

12/16/09 3:27 PM . 3231.8: 10166.8; 1136.9 

12/16/09 3:28 PMi 323270 10195.0 1136.9 

12/16/09 3:28 PMl 3232.3 10195.3 1136.9 

12/16/09 3:28 PMi 3232!4! 10195.4 1136.9 

12/16/09 3:28 PMi """" " 3232i!5! 10195.5 1136.9 

12/16/09 3:29 PMi 3232.6; 101 9576 1136.9 

12/16/09 3:29 PM ; 323276; 10195.6; 1136.9 

12/16/09 3:29 PMi '"'323274 ? 10195.4, 1136.9 

12/16/09 3:29 PM ; 323272; 10195.2! 1136.9 

12/16/09 3:30 PM ; 3231.9; 10194.9- 1136.9 

12/16/09 3:30 PM ! 3231.61 '10194776; 1136.9 

12/16/09 3:30 PM ; 3231.2! 10194.2 1136.9 

12/16/09 3:30 PMi 3230.8; 10193.8 1136.9 

12/16/09 3:31 PM : 3230.4; 10193.41 1136.9 

12/16/09 3:31 PMI 3230.6; 10193.0; 1136.9 

12/16/09 3:31 PMi " 3229.8f 10192.8! 1137.0 

12/16/09 3:31 PM ! 3229.4! 9260.4! 1137.0 

12/16/09 3:32 PMi 322971! 9260.11 1136.9 

12/16/09 3:32 PMi 3228.9! 9259.91 1136.9 

12/16/09 3:32 PM ! 3228.6[ 9259.61 1137.0 

12/16/09 3:32 PM ; "322874! 

3228.2: 

10395.4! 1137.0 

12/16/09 3:33 PMl 

"322874! 

3228.2: 10367.21 1137.0 

12/16/09 3:33 PMl 3228.3; 10367.3! 1137.0 

12/16/09 3:33 PMj 3228.31 10367.3; 1137.0 

12/16/09 3:33 PMl 3228.5! 10367.5; 1137.0 

12/16/09 3:34 PMj 3228.6! 10367.6; 1137.0 

12/16/09 3:34 PMi 3228.7; 10367.7- 1137.0 

12/16/09 3:34 PM ; 3228.9! 10367.9'; 1137.0 

12/16/09 3:34 PMI 3229767 10368.0! 1137.0 
Unit 4 Run 1 1 

!•: iiTirhe.vSterh'p^if LiquidWeightaRX TotaLWeight HRT X-22 HRT 

12/16/09 3:35 PM 3229.1 10368.11 1137.0 

12/16/09 3:35 PM 3229.5 1036975! 1137.1 

12/16/09 3:35 P M 3230.6 10370.0; 1137.0 

12/16/09 3:35 PM 3230.0 10376.6. 1137.0 

12/16/09 3:36 PM 32 3676 10371.0; 1137.0 

12/16/09 3:36 P M 3229.9 10370.9] 1137.0 

12/16/09 3:36 PM 3229.8 10370.81 1137.0 

12/16/09 3:36 PM 3229.6 10343.6! 1137.0 

12/16/09 3:37 PM 3229.3 10343.3! 1137.0 

12/16/09 3:37 P M 3229.0 10343.0; 1137.1 

12/16/09 3:37 PM 3228.7 10342.7! 1137.0 

12/16/09 3:37 PM 3228.5 10370.5! 1137.0 

12/16/09 3:38 PM 3228.1 10370.1; 1137.0 

12/16/09 3:38 PM 732287 6 10370.0! 1137.0 

12/16/09 3:38 PM 3228.1 10370.1: 1137.1 

12/16/09 3:38 P M "322873 10370.3! 1137.1 

12/16/09 3:39 PM '"'322875 10370.5! 1137.2 

12/16/09 3:39 P M ""'"3228.6 . 10370.6; 1137.1 

12/16/09 3:39 P M """'"3228. 6 10370.6! 1137.1 

12/16/09 3:39 P M 322875 10370.5! 1137.2 

12/16/09 3:40 PM, 32284 16376.4; 1137.1 

12/16/09 3:40 PMi " " " 3228.3 10370.3: 1137.1 

12/16/09 3:40 PM: 3228.2 10370.21 1137.2 

12/16/09 3:40 PM; 3228.2 10383.2! 1137.2 

12/16/09 3:41 PM; 3228.1: 10383.1! 1137.2 

12/16/09 3:41 PM; 3228.0 1038376; 1137.2 

12/16/09 3:41 PMi 3228.1! 10383.11 1137.1 

12/16/09 3:41 PMI 322774 10383.4! 1137.2 

12/16/09 3:42 PM| 32277 i ! 10383.1: 1137.2 

12/16/09 3:42 PM | 3226.8! 10382.8! 1137.1 

12/16/09 3:42 PM; 3226.6 10382.6! 1137.2 

12/16/09 3:42 PM; 3226.5; 10382.51 1137.2 

12/16/09 3:43 PMI 3226.3! "10382.3 1137.2 

12/16/09 3:43 PM! "3226.3! 10383.3 1137.2 

12/16/09 3:43 PMi 3226.01 10383.0) 1137.3 

12/16/09 3:43 PM! 3225.9! 16355.97"" 1137.3 

12/16/09 3:44 PMj 3226.6 10383.6; 1137.3 

12/16/09 3:44 P M 3226.6! 10383.0! 1137.3 

12/16/09 3:44 PMi 3226.1! 10383.11 1137.3 

12/16/09 3:44 PMi '.""'""3226.3 ! 10383.3j 1137.2 

12/16/09 3:45 PM ' " TM 3226.6 10383.6] 1137.2 

12/16/09 3:45 P M 3226.7; 10383.7! 1137.3 

12/16/09 3:45 PMi 3226.91 10384.9! 1137.3 

12/16/09 3:45 PMi 3227."6r 10385.6: 1137.2 

12/16/09 3:46 PMi 3227.21 10385.2! 1137.1 

12/16/09 3:46 PM ; 3227.4! 16358.4! 1137.1 

12/16/09 3:46 PM; 3227.7 10358.71 1137.2 

12/16/09 3:46 PM ; 3228.0; 16359.0: 1137.2 

12/16/09 3:47 PMi 3228.2: 10359.21 1137.2 

12/16/09 3:47 PMl 3228.5! 10359.5]""" 1137.2 
Unit 4 Run 1 

U\ -.Time»Stamp iiqOiiitiiiifi t Total-Weight" HR T X-22-HRT 

12/16/09 3:47 PM 3228.6 10359.6 • 1137.2 

12/16/09 3:47 PM 3228.6 10359.6: 1137.2 

12/16/09 3:48 PM 3228.5 10359.5 1137.1 

12/16/09 3:48 PM 3228.4 "10359.4 1137.2 

12/16/09 3:48 P M 3228.2" 10359.2 1137.3 

12/16/09 3:48 P M 3228.0 11209.0 1137.3 

12/16/09 3:49 P M 3227.6 11208.6 1137.2 

12/16/09 3:49 PM 3227.4 11208.4 1137.2 

12/16/09 3:49 P M """3227 ! 3 11208.3 1137.1 

12/16/09 3:49 P M 3227.3 '1046673 1137.1 

12/16/09 3:50 P M 3227.3 10406.3 1137.1 

12/16/09 3:50 P M 3227.3 10406.3 1137.3 

12/16/09 3:50 P M 3227.4' 10434.4 1137.4 

12/16/09 3:50 P M 3227.4; 10407.4 1137.4 

12/16/09 3:51 P M 3227.3; 10407.3 1137.4 

12/16/09 3:51 PM. "322721 10434.2 1137.4 

12/16/09 3:51 P M 3227.2! 10406.2 1137.3 

12/16/09 3:51 PM; 3227.11 10406.1 1137.3 

12/16/09 3:52 PMi 32274] 10433.4 1137.1 

12/16/09 3:52 PMi '3227"6! 10406.6; 1137.1 

12/16/09 3:52 PMi 3227.9! 10406.9; 1137.1 

12/16/09 3:52 PMi 3228.4 10433.4! 1137.1 

12/16/09 3:53 PMi """""322878 ; 10406.8; 1137.1 

12/16/09 3:53 PMl 3229.2; 10407.2] 1137.2 

12/16/09 3:53 PM ' " • 3229.5 10407.5; 1137.1 

12/16/09 3:53 PM ' 3229.8' 10407.8' 1137.2 

12/16/09 3:54 PM; 3230.4! 10408.4! 1137.2 

12/16/09 3:54 PM | 7""323078] ' 10408.8! 1137.1 

12/16/09 3:54PMI 3231.3; 10409.3! 1137.1 

12/16/09 3:54 PM ! 3231.8! 10409.8: 1137.1 

12/16/09 3:55 PM ' 3232.3; 10410.3! 1137.1 

12/16/09 3:55 PM : ""323276 1 10410.6; 1137.1 

12/16/09 3:55 PMi 3232.9. 10410.9! 1137.1 

12/16/09 3:55 PM; "3232.9T 10410.9 1137.2 

12/16/09 3:56 PM : 3232.9 10410.91 1137.2 

12/16/09 3:56 PM ; 3233.6 10411.0! 1137.2 

12/16/09 3:56 PM; 3232!9! 10410.9 1137.2 

12/16/09 3:56 PM | 323277!" 10410.7! 1137.2 

12/16/09 3:57 PM ; 3232.6; 10410.61 1137.2 

12/16/09 3:57 PMi 3232.71 10410.7! 1137.2 

12/16/09 3:57 PM | 32'32!'5 10410.5! 1137.2 

12/16/09 3:57 PM ; 3232.6; 10410.6! 1137.2 

12/16/09 3:58 PMj 3232.9! 10410.9S 1137.2 

12/16/09 3:58 PMi 3233.1 9626.1; 1137.2 

12/16/09 3:58 PMi 3233.2," 9626.2; 1137.2 

12/16/09 3:58 PMj 323372! 9826.2] 1137.3 

12/16/09 3:59 PM ! """'""'""323371 ! 9626. l i 1137.3 

12/16/09 3:59 PMi 3233.0! 9596.0; 1137.3 

12/16/09 3:59 PM ' "323278; 9595.8i 1137.3 

12/16/09 3:59 PM : "~323277 ! 9595.7 1137.3 
Unit 4 Run 1 1 

Time Stamp i1 Liquid Weight HRT Total Weight HRT X-22 HRT 

12/16/09 4:00 P M 3232.7 9568.7! 1137.3 

12/16/09 4:00 P M 3232.7 9568.7|_ 1137.3 

12/16/09 4:00 P M 3232.5 9568.5j_ 1137.3 

12/16/09 4:00 P M 3232.4 10325.4! 1137.4 

12/16/09 4:01 P M 3232.3 10325.3] 1137.4 

12/16/09 4:01 P M 323273 10325.3: 1137.4 

12/16/09 4:01 P M 3232.3 10326.31 1137.4 

12/16/09 4:01 P M "32327 2 10326.2; 1137.3 

12/16/09 4:02 PM, 3232.2 10299.2! 1137.4 

12/16/09 4:02 P M 3232.1 10330. Ii 1137.4 

12/16/09 4:02 PM ' 3232.0 10330.0; 1137.4 

12/16/09 4:02 PM ; •"TM3231. 9 10329.9! 1137.4 

12/16/09 4:03 PM: " 32318 10356.8! 1137.4 

12/16/09 4:03 PMi 3231.7 10356.7i 1137.4 

12/16/09 4:03 PMI 3231.5| 10356.5! 1137.5 

12/16/09 4:03 PM : """"3231. 3 10383.31 1137.5 

12/16/09 4:04 PM ! 3231 !6 10383.0: 1137.4 

12/16/09 4:04 PM | 3230.6! i0382.6i 1137.4 

12/16/09 4:04 PM ; 323674 10409.4: 1137.4 

12/16/09 4:04 PM ! 3230.2 10409.2; 1137.4 

12/16/09 4:05 PMi 

,, | 

3229.8: 10408.8! 1137.4 

12/16/09 4:05 PMi "'322975; 10408.51 1137.5 

12/16/09 4:05 PM : 3229721 10434.21 1137.5 

12/16/09 4:05 PM ; "

:

'322878 ; 10433.8; 1137.5 

12/16/09 4:06 PMi ""322875! 10433.5! 1137.5 

12/16/09 4:06 PMi 7

 3228.2- i 0433.21 1137.5 

12/16/09 4:06 PMI 3227.9! 10432.9. 1137.5 

12/16/09 4:06 PM; "'3227.6; 9427.6! 1137.5 

12/16/09 4:07 PMi 3227.2? 9427.2! 1137.6 

12/16/09 4:07 PM ; 3227.0; 9427.0I 1137.6 

12/16/09 4:07 PM ; 3226.8! 9426.8: 1137.6 

12/16/09 4:07 PM | 322678: 9398.5! 1137.6 

12/16/09 4:08 PM^ 3226.5J 9398.5! 1137.6 

12/16/09 4:08 PM ! 3226.4 9398.4! 1137.6 

12/16/09 4:08 PM ; 3226.2! 9371.2! 1137.5 

12/16/09 4:08 PM ; 3226.37 9371.31 1137.5 

12/16/09 4:09 PM ! 322675: 9371.5! 1137.6 

12/16/09 4:09 PMi "" 3226.7 9344.7; 1137.6 

12/16/09 4:09 PM ; 3226.8 9344.8! 1137.6 

12/16/09 4:09 PM | 3227.01 10140.0. 1137.6 

12/16/09 4:10 PMi 3227.1 10113.1 1137,7 

12/16/09 4:10 PM | 3227.2; 10113.2; 1137.6 

12/16/094:10 PM ; 3227.3; 10113.3! 1137.7 

12/16/09 4:10 PM; 3227.2; 10113.2! 1137.7 

12/16/09 4:11 PM* 322771; 10113.1; 1137.7 

12/16/094:11 PM ! 3227.1] 10113.11 1137.7 

12/16/094:11 PMi 3227.2; 10140.2! 1137.7 

12/16/09 4:11 PM ; 3227.1 10140.1! 1137.7 

12/16/09 4:12 PM ! 322679' 10139.9; 1137.7 

12/16/09 4:12 PMI "'3226.71 10166.7! 1137.7 
Unit 4 Run 1 | 

'

 1 Time_Stamp | Liquid Weight HRT iMi : Weight HRT X-22.HRT 

12/16/09 4:12 PM! 3226.4 10166.4 1137.8 

""2/16/0 9 4:12 PM, " 3226.1,1 10166.1! 1137.8 

12/16/09 4:13 PMi 3225.8 10192.8! 1137.9 

12/16/09 4:13 PM | 322514 10192.4] 1137.9 

12/16/09 4:13 PMI "3225. 6 10192.6' 1137.9 

12/16/09 4:13 PMi "3224. 7 10219.7; 1137.9 

12/16/09 4:14 PM, 3224.4 10219.41 1138.0 

12/16/09 4:14 PM ' "3224.3 10219.3 1138.0 

12/16/09 4:14 PMj 3224.2 10219.2) 1138.0 

12/16/09 4:14 PMI 3223.9; 9368.9] 1138.0 

12/16/09 4:15 P M 3223.8 9396.8! 1138.0 

12/16/09 4:15 PM! ~3223.8 ! 9396.8 1138.2 

12/16/09 4:15 PMl 32237; 9396.7 1138.1 

12/16/09 4:15 P M 3223.6; 9369.6; 1138.2 

12/16/09 4:16 PM: 322316] 9369.6! 1138.2 

12/16/09 4:16 PM^ 3223.6] 9369.6 1138.2 

12/16/09 4:16 PM; "~3223.8 1 9342.8 1138.1 

12/16/09 4:16 PMi 3224.2; 9343.2 1138.1 

12/16/09 4:17 PMi 3224.61 9343.6 1138.0 

12/16/09 4:17 PMI "' 3225121 9316.2 1138.1 

12/16/09 4:17 PM ! 3225.6 ""9316.6 1138.0 

12/16/09 4:17 PMi 3226.1 9317.1 1138.0 

12/16/09 4:18 P M 3226.6! 9290.6 1138.0 

12/16/09 4:18 P M 3227.61 9291.0 1138.1 

12/16/09 4:18 PMi 3227.3! 9291.3 1138.2 

12/16/09 4:18 P M 322775' 10234.5 1138.3 

12/16/09 4:19 PMi 3227.6; 10234.6 1138.2 

12/16/09 4:19 P M 3227.7, 10234.7 1138.3 

12/16/09 4:19 P M 322777 10234.7 1138.3 

12/16/09 4:19 P M 3227.8] 10234.8 1138.3 

12/16/09 4:20 P M 3227.9; 10263.9 1138.3 

12/16/09 4:20 P M 3227.91 10263.9 1138.4 

12/16/09 4:20 P M " " :

3227.8 ! 10263.8 1138.5 

12/16/09 4:20 P M 3227.7! 10290.7 1138.5 

12/16/09 4:21 P M "73227.51 10290.5 1138.5 

12/16/09 4:21 PM : 32272' 10290.2 1138.5 

12/16/09 4:21 PM ! "322618! 10317.8 1138.5 

12/16/09 4:21 PMi " "3226.51 10317.5' 1138.5 

12/16/09 4:22 PMi 3225.9S 10316.9; 1138.5 

12/16/09 4:22 PM ; "3225. 3 10343.3! 1138.5 

12/16/09 4:22 PM | 322487 10342.8: 1138.5 

12/16/09 4:22 PM : 3224.2' 10342.2; 1138.5 

12/16/09 4:23 PMl 3223.9! 10341.9! 1138.6 

12/16/09 4:23 PMl 3223.6" 10369.6; 1138.6 

12/16/09 4:23 PMl 3223.5! 10369757 1138.5 

12/16/09 4:23 PMl """3223.3T 9625.3! 1138.5 

12/16/09 4:24 PM | ""322372; 9625.2! 1138.5 

12/16/09 4:24 PMi """322371! " 9625.1| 1138.6 

12/16/09 4:24 PMi 322167 9625.0! 1138.6 

12/16/09 4:24 PM | 322278r 9625.8 1138.7 
Unit 4 Run 1 

Time,Stamp^ # Liquid Weight HRT Total WlidhtPiRT X-22 HRT 

12/16/09 4:25 P M . 3222 6 9625.6 1138.7 

12/16/09 4:25 P M 3222.8 9625.8 1138.8 

12/16/09 4:25 P M 322279 "9598.9 1138.8 

12/16/09 4:25 P M 32231 959971 1138.8 

12/16/09 4:26 P M 3223.3 9599.3 1138.8 

12/16/09 4:26 P M 122376 957276 1138.9 

12/16/09 4:26 P M '" 3223.9 9572.9 1139.0 

12/16/09 4:26 P M 3224.3 9573.3 1139.1 

12/16/094:27 P M 3224.6 9545.6 1139.1 

12/16/09 4:27 P M 3224.9 9545.9 1139,1 

12/16/09 4:27 P M 322576 9546.0 1139.2 

12/16/09 4:27 P M 7

3225. 2 10377.2 1139.2 

12/16/09 4:28 P M ""3225. 3 10349.3 1139.2 

12/16/09 4:28 P M '"""'"'3225. 5 103 4975 1139.3 

12/16/09 4:28 P M 3225.7 1034977 1139.3 

12/16/09 4:28 P M 3225.9 10349.9 1139.3 

12/16/09 4:29 P M 3226.2 10376.2 1139.4 

12/16/09 4:29 PM : 3226.6- 10376.6 1139.5 

12/16/09 4:29 PM : "3226. 9 103 7679 1139.5 

12/16/09 4:29 P M 3227737 10405.3 1139.5 

12/16/09 4:30 PM . 322776; 10405.6 1139.6 

12/16/09 4:30 PM : "~322778 : 10432.8 1139.6 

12/16/09 4:30 P M """""322876 ; 10433.0 1139.7 

12/16/09 4:30 PM ; :

32287 3 10433.3 1139.8 

12/16/09 4:31 PMj '"3228. 6 10460.6 1139.7 

12/16/09 4:31 PMi "3228.71 10460.7 1139.7 

12/16/09 4:31 PMI 3228.9; 10460.9 1139.8 

12/16/09 4:31 P M 3229.'1 10489.1 1139.8 

12/16/09 4:32 PM , 322972 10489.2 1139.8 

12/16/09 4:32 PMI 3229.2: 10489.2 1139.8 

12/16/09 4:32 PMI 3229.3; 10489.3 1139.9 

12/16/09 4:32 PM ! 3229.4 9353.4 1139.9 

12/16/09 4:33 PM | 322973 9353.3 1139.9 

12/16/09 4:33 PM : 322973 9380.3 1139.9 

12/16/09 4:33 PMi 3229.2. 9380.2 1140.0 

12/16/09 4:33 PMj 322971; 9352.1 1140.1 

12/16/09 4:34 PMj " 3228.9 9351.9 1140.0 

12/16/09 4:34 PMi 3228.8; 9351.8 1140.1 

12/16/09 4:34 PMj 3228.7 9324.7 1140.1 

12/16/09 4:34 PMi 3228777 9324.7 1140.2 

12/16/09 4:35 PM l " 3228781 9324.8 1140.3 

12/16/09 4:35 PM | 322875; 9296.5 1140.3 

12/16/09 4:35 PMI "322873! 929673 1140.4 

12/16/09 4:35 PM | "

:

322872 : 10068.2 1140.4 

12/16/09 4:36 PMi "322872; 10040.2 1140.5 

12/16/09 4:36 PM 1 3228.2 10040.2 1140.5 

12/16/09 4:36 PM ; ""'"37228772 1 10040.2 1140.5 

12/16/09 4:36 PMI 3228.11 T664"67i 1140.5 

12/16/09 4:37 PM ; " 322872; 10068.2 1140.5 

12/16/09 4:37 PMj 3228.21 10068.2 1140.5 
Unit4 Run l | I 

• ;;:,\;Time2Stamp - | Liquid Weight HRT Total Weight HRT 

12/16/09 4:37 PMi 3228.3! 10068.3 1140.5 

12/16/09 4:37 PM ; ""'"322872 ' 10068.2 1140.5 

12/16/09 4:38 PM; 3228.2! "1006872 1140.5 

12/16/09 4:38 PMi ' "322876V "T606876 1140.5 

12716/09 4~38 PMi 32276! " 10098.61 1140.5 

12/16/09 4:38 PM| 3227.3 10098.3! 1140.5 

12/16/09 4:39 PM! 322678!" 10097.8 1140.5 

-""12/16/09 4:39 PMl ' 322676! 10124.6 1140.6 

12/16/09 4:39 PM ! 3226.4: 10124.4 1140.7 

12/16/09 4:39 PMi 3226.3; 10124.3 1140.7 

12/16/09 4:40 PMj 3226.2 " 10151.2 1140.8 

12/16/09 4:40 PM! """"'"-'322671! ToTsT.i 1140.8 

12/16/09 4:40 PM! 3226.0! 10151.0 1140.9 

12/16/09 4:40 PMi 3226.0! 9330.0 1140.8 

12/16/09 4:41 PMi 3226.0! ""9330.0 1140.9 

12/16/09 4:41 PM! 3226.'3 9330.3 1140.9 

12/16/09 4:41 PM ; "' 3226!4i "933074 1141.0 

12/16/09 4:41 PM! 3227.3; 930373 1141.0 

12/16/09 4:42 PM! " 3227.7i 9303.7 1141.0 

12/16/09 4:42 PM ! 3228!6j " 93040 1141.2 

12/16/09 4:42 PM ! 3228.1 f 9277. f 1141.2 

12/16/09 4:42 PM ; 3228.2j 9277.2 1141.3 

12/16/09 4:43 PM! 322874! 9277:4 1141.3 

12/16/09 4:43 PM ! 3228.'5r 9249.5 1141.4 

12/16/09 4:43 PMi 3228.9

 :"" 9249.9 1141.5 

12/16/09 4:43 P M 3229. lj 10027.1 1141.5 

12/16/09 4:44 PM ! 3229.3 ioooo. ^ 1141.5 

12/16/09 4:44 PM , 322975! 10000.5 . 1141.6 

12/16/09 4:44 PM, 322978!""" 10000.8 1141.7 

12/16/09 4:44 PMj 3229.9j 10027.9 1141.7 

12/16/09 4:45 PMi 3229.9! 10027.9 1141.8 

12/16/09 4:45 PMj 3230.0; 10028.0 • 1141.8 

12/16/09 4:45 PM! 3230.1!' "" 10027.1 1141.9 

12/16/09 4:45 PMj 3230.0: f0027.0 1141.9 

12/16/09 4:46 PMj 3229.8! 10026.8 1142.0 

12/16/09 4:46 PM! '""""322975 ! 10053.5 1142.1 

12/16/09 4:46 PM ! 3229.1. ' 10053.1 1142.1 

12/16/09 4:46 PM ! 3228.7

 7""~ 10080.7 1142.1 

12/16/09 4:47 PM! 3228.3 10080.3 1142.2 

12/16/09 4:47 PM' ""~3227.9 ' 10079.9 1142.2 

12/16/09 4:47 PM ! 3227.4! 10107.4 1142.2 

12/16/09 4:47 PMi 3227.'2; 10107.2 1142.2 

12/16709 4:48 PMj 322679! ' 10106.9 1142.2 

12/16/09 4:48 PMi 3226.6! 10106.6 1142.3 

12/16/09 4:48 PMj '""""322674 ? 10133.4 1142.2 

12/16/09 4:48 PMj "3226.4 9283.4 1142.2 

12/16/09 4:49 PM] "'"3226.5 ! 9283.5 1142.3 

12/16/09 4:49 PMI 3226.5 §283.5 1142.3 

12/16/09 4:49 PMi 3226.6 9*283.6, 1142.3 

12/16/09 4:49 PM! 3226.6" 9255.6! 1142.4 
Unit 4 Run 1 

. Time Stamp-

 1 Liquid Weight HRT Total Weight HRT X-22 HRT 

12/16/09 4:50 P M 3226.7 9255.7 1142.4 

12/16/09 4:50 P M 3226.8 9255.8 1142.4 

12/16/09 4:50 P M 3226.9 9227.9 1142.2 

12/16/09 4:50 PMi 3227.0 9228.0 1142.3 

12/16/09 4:51 P M 3227.2! 9228.2 1142.3 

12/16/09 4:51 PMi 3227.5 9201.5 1142.3 

•12/16/09 4:51 PM | 3227.7 10161.7 1142.3 

12/16/09 4:51 PMi 3228.0 10162.0 1142.4 

12/16/09 4:52 P M 3228.1 10135.1 1142.3 

12/16/09 4:52 P M 3228.3. 10135.3 1142.3 

12/16/09 4:52 PM 3228.4 10135.4 1142.3 

12/16/09 4:52 P M 3228.3. 10109.3 1142.4 

12/16/09 4:53 P M "3228.3'i 10109.3 1142.5 

" " 12/16/09 4:53 P M "3228. 3 10109.3 1142.4 

12/16/09 4:53 PMj 3228.3; 10109.3 1142.4 

12/16/09 4:53 P M 3228.11 10136.1 1142.3 

12/16/09 4:54 P M 3227.8! 10135.8 1142.3 

12/16/09 4:54 P M 3227.6; 10162.6! 1142.4 

12/16/09 4:54 P M " 322773; 10162.3! 1142.4 

12/16/09 4:54 PMj 3227.1; 10162.1! 1142.4 

12/16/09 4:55 PM ; 3226.8j 10189.81 1142.5 

12/16/09 4:55 P M 3226.7 10189.7) 1142.4 

12/16/09 4:55 P M 3226.6. 10189.6; 1142.4 

12/16/09 4:55 PMj 3226.6; 10216.6! 1142.4 

12/16/09 4:56 P M 3226.5! 10216.5! 1142.4 

12/16/09 4:56 P M 3226.4! 10216.4! 1142.4 

12/16/09 4:56 P M 32263 10216.3; 1142.5 

12/16/09 4:56 P M 3226.3 10216.3": 1142.5 

12/16/09 4:57 P M 3226:27 10216.21 1142.6 

12/16/09 4:57 PMl 3226.2; 10216.2! 1142.7 

12/16/09 4:57 PMi "'32261! 10216.3; 1142.7 

12/16/09 4:57 PMi 3226.4: 11090.4! 1142.8 

12/16/09 4:58 PMi 3226.4; 11090.4| 1142.8 

12/16/09 4:58 PMj 3226.4! 11090.4! 1142.8 

12/16/09 4:58 PMI 3226.6! 11090.6: 1142.8 

12/16/09 4:58 P M i " ' 3226.8! 11090.8! 1142.8 

Maximum ~""732337 2 f 11209.6, 1142.8 

VES018836 
Unit#4 (PM,HCI/C!2) -

Run #2 

Date: 12/17/09 

TestTime: 09:46 to 10:48 

Run Length (minutes) - 62 

Average Thermal Chlorine Ash 

Feedrate Loading Loading Loading 

Waste Type Btu/lb %Chlorlne %Ash (Ib/hr) (MMBtu/hr (Ib/hr) (Ib/hr) 

PCC High Btu 8640 0.25 0.32 1230 10.63 3.1 3.9 

PCC Low Btu 251 0.13 0.28 2002 0.50 2.6 5.6 

SCC High Btu 9430 0.36 0.46 1142 10.77 4.1 5.3 

Bulk Solids 196 0.1 80.1 7517 1.47 7.5 6021.5 

Containerized Solids 900 0.01 85.7 862 0.78 0.1 739.0 

(Chlorine Spike) 25 89.8 0.1 221 0.01 198.1 "0.2 

Totals 12974 24.2 216 6775 

Containerized Solids: Number of Total Charges Average CI2 Spike Waste 

Charges Weight Per Hour Lb/Hr Lb/Hr Lb/Hr 

38 1119 36.8 1083 221 862 

6.0 Ib/chg 

89.8% Cl2 

Bulk Solids: Total Average 

Weight Lb/Hr 

7768 7517 

Unit #i (D/F) 

Run #2 

Date: 12/17/09 

Test Time: 12:30 to 15:35 

Run Length (minutes) - 185 

Average Thermal Chlorine AshFeedrate Loading Loading Loading 

Waste Type Btu/lb "/.Chlorine %Ash (Ib/hr) (MMBtu/hr] (IWhr) (lb/hr) 

PCC High Btu 8590 0.25 0.37 1220 10.48 3.1 . 4.5 

PCC Low Btu 154 0.14 0.27 2009 0.31 2.8 5.4 

SCC High Btu 9910 0.22 0.29 1161 11.51 2.6 3.4 

Bulk Solids 198 0.05 77.6 7098 1.41 3.5 5508.2 

Containerized Solids 900 0.01 74.6 928 0.84 0.1 692.4 

Chlorine Spike) 25 89.8 0.1 117 0.00 104.8 -0.1 

Totals 12533 24.5 117 6214 

Containerized Solids: Number of Total Charges Average CI2 Spike Waste 

Charges Weight Per Hour Lb/Hr Lb/Hr Lb/Hr 

120 3222 38,9 1045 117 928 

3.0 Ib/chg 

89.8% CI2 

. Bulk Solids: Total Average 

Weight Lb/Hr 

21886 7098 

VES018837 
|Unit4 Run 2 

Station 

msmm 

BurnTime Rec-Drum 

1042 

4 Aux Dec 17 2009 10:43AM 353610-3 30 

4 Aux Dec 17 2009 10:43AM 353610-3 29 

4 Aux Dec 17 2009 10:42AM 353610-3 30 

4 Aux Dec 17 2009 10:42AM 353610-3 29 

4 Shredded Dec 17 2009 10:38AM PT002 926 

4 Aux Dec 17 2009 10:36AM 353610-3 30 

4 Aux Dec 17 2009 10:35AM 353610-3 30 

4 Aux Dec 17 2009 10:35AM 353610-3 30 

4 Aux Dec 17 2009 10:35AM 353610-3 30 

4 Shredded Dec 17 2009 10:30AM PT002 906 

4 Aux Dec 17 2009 10:28AM 353610-3 29 

4 Aux Dec 17 2009 10:28AM 353610-3 29 

4 Aux Dec 17 2009 10:27AM 353610-3 30 

4 Aux Dec 17 2009 10:27AM 353610-3 29 

4 Aux Dec 17 2009 10:26AM 353610-3 29 

4 Aux Dec 17 2009 10:24AM 353610-3 30 

4 Shredded Dec 17 2009 10:22AM PTO 02 919 

4 Aux Dec 17 2009 10:19AM 353610-3 29 

4 Aux Dec 17 2009 10:18AM 353610-3 29 

4 Aux Dec 17 2009 10:17AM 353610-3 29 

4 Aux Dec 17 2009 10:17AM 353610-3 30 

4 Aux Dec 17 2009 10:16AM 353610-3 29 

4 Aux Dec 17 2009 10:15AM 353610-3 30 

4 Shredded Dec 17 2009 10:14AM PT002 1029 

4 Aux Dec 17 2009 10:10AM 353610-3 29 

4 Aux Dec 17 2009 10:09AM 353610-3 30 

4 Aux Dec 17 2009 10; 08AM 353610-3 29 

4 Aux Dec 17 2009 10:08AM 353610-3 29 

4 Aux Dec 17 2009 10:07AM 353610-3 29 

4 Aux Dec 17 2009 10:06AM 353610-3 30 

4 Shredded Dec 17 2009 10:05AM PT002 908 

4 Aux Dec 17 2009 10:01AM 353610-3 29 

4 Aux Dec 17 2009 10:00AM 353610-3 29 

4 Aux Dec 17 2009 9:59AM 353610-3 29 

4 Aux Dec 17 2009 9:59AM 353610-3 30 

4 Aux Dec 17 2009 9:58AM 353610-3 30 

4 Aux Dec 17 2009 9:57AM 353610-3 29 

4 Shredded Dec 17 2009 9:56AM PT002 1056 

4 Aux Dec 17 2009 9; 52AM 353610-3 30 

4 Aux Dec 17 2009 9:51AM 353610-3 29 

4 Aux Dec 17 2009 9:50AM 353610-3 30 

4 Aux Dec 17 2009 9:50AM 353610-3 30 

4 Aux Dec 17 2009 9:49AM 353610-3 29 

4 Aux Dec 17 2009 9:48AM 353610-3 29 

4 Shredded Dec 17 2009 9:47AM PT002 982 

Tot 

46 Rows Span: 0 (Hrs) 58 (Min) Unique IDs: 2 8887 

Containers: 

38 Charges Charge Wgt 1119 

Bulk: 

8 Charges Charge Wgt 7768 

VES018838 
!••* • wmmmm 

I n c Statio n BurnTim e Rec-Dru m Ibs 

4 692 

4 Aux Dec 17 2009 3 :25PM 353610-4 26 

4 A ux Dec 17 2009 3 :24PM 353610-4 26 

4 Aux D e c 17 2009 3 :23 PM 353610-4 26 

4 Aux Dec 17 2009 3 :22PM 353610-4 26 

4 Shredded Dec 17 2009 3 :21PM PT002 912 

4 A ux Dec 17 2009 3 :19PM 353610-4 26 

4 Aux Dec 17 2009 3 :18PM 353610-4 26 

4 A ux Dec 17 2009 3 17PM 353610-4 26 

4 Aux Dec 17 2009 3 16PM 353610-4 26 

4 A ux Dec 17 2009 3 16PM 353610-4 26 

4 A u x Dec 17 2009 3 15PM 353610-4 26 

4 Shredded Dec 17 2009 3 14PM PT002 1274 

4 Aux Dec 17 2009 3 11PM 353610-4 26 

4 A u x Dec 17 2009 3 10PM 353610-4 26 

4 Aux Dec 17 2009 3 09PM 353610-4 26 

4 A u x Dec 17 2009 3 09PM 353610-4 26 

4 Aux Dec 17 2009 3 08PM 353610-4 26 

4 A u x Dec 17 2009 3 07PM 353610-4 26 

4 Shredded Dec 17 2009 3 05PM PT002 809 

4 A ux Dec 17 2009 3 00PM 353610-4 27 

4 A ux Dec 17 2009 2 59PM 353610-4 27 

4 Aux Dec 17 2009 2 59PM 353610-4 27 

4 A ux Dec 17 2009 2 58PM 353610-4 27 

4 Aux Dec 17 2009 2 57PM 353610-4 27 

4 A ux Dec 17 2009 2 56PM 353610-4 27 

4 Shredded Dec 17 2009 2 55PM PT002 1119 

4 Aux Dec 17 2009 2 51PM 353610-4 27 

4 Aux Dec 17 2009 2 51PM 353610-4 27 

4 A ux Dec 17 2009 2 50PM 353610-4 27 

4 . A ux Dec 17 2009 2 49PM 353610-4 28 

4 Aux Dec 17 2009 2. 49PM 353610-4 27 

4 Aux Dec 17 2009 2 48PM 353610-4 27 

4 Shredded Dec 17 2009 2' 47PM PT002 1077 

4 A u x Dec 17 2009 2: 44PM 353610-4 27 

4 A ux Dec 17 2009 2: 43 PM 353610-4 27 

4 A ux Dec 17 2009 2: 43PM 353610-4 27 

4 A u x Dec 17 2009 2: 42PM 353610-4 28 

4 A ux Dec 17 2009 2: 41PM 353610-4 27 

4 A ux Dec 17 2009 2: 40PM 353610-4 27 

4 Shredded Dec 17 2009 2: 39PM PT002 962 

4 A u x Dec 17 2009 2: 36PM 353610-4 27 

4 Aux Dec 17 2009 2: 35PM 353610-4 27 

4 A ux Dec 17 2009 2: 34PM 353610-4 27 

4 A ux Dec 17 2009 2: 33PM 353610-4 27 

4 A ux Dec 17 2009 2: 33PM 353610-4 27 

4 A ux Dec 17 2009 2: 32PM 353610-4 27 

4 Shredded Dec 17 2009 2: 31PM PT002 897 

4 A ux Dec 17 2009 2: 25PM 353610-4 27 

4 A ux Dec 17 2009 2: 25PM 353610-4 27 

4 A ux Dec 17 2009 2: 24PM 353610-4 28 

4 A u x Dec 17 2009 2: 23PM 353610-4 26 

VES018839 
Unit 4 Run2| 

I n c Statio n BurnTim e Rec-Dru m l b s 

4 983 

4 Aux Dec 17 2009 2:19PM 353610-4 27 

4 Aux Dec 17 2009 2:18PM 353610-4 26 

4 Aux Dec 17 2009 2:17PM 353610-4 27 

4 Aux Dec 17 2009 2:17PM 353610-4 27 

4 A u x Dec 17 2009 2:16PM 353610-4 27 

4 Aux Dec 17 2009 2:15PM 353610-4 27 

4 Shredded Dec 17 2009 2:15PM PT002 1101 

4 Aux Dec 17 2009 2:10PM 353610-4 27 

4 Aux Dec 17 2009 2:09PM . 353610-4 27 

4 Aux Dec 17 2009 2:08PM 353610-4 27 

4 Aux Dec 17 2009 2:07PM 353610-4 27 

4 Aux Dec 17 2009 2:07PM 353610-4 27 

4 Aux Dec 17 2009 2:06PM 353610-4 26 

4 Shredded Dec 17 2009 2:05PM PT002 1168 

4 Aux Dec 17 2009 2:03PM 353610-4 27 

4 Aux Dec 17 2009 2:02PM 353610-4 27 

4 Aux Dec 17 2009 2:01PM 353610-4 27 

4 Aux Dec 17 2009 2:00PM 353610-4 27 

4 Aux Dec 17 2009 2:00PM 353610-4 27 

4 Aux Dec 17 2009 1:59PM 353610-4 27 

4 Shredded Dec 17 2009 1:57PM PT002 832 

4 Aux Dec 17 2009 1:53 PM 353610-4 27 

4 A u x Dec 17 2009 1:52PM 353610-4 27 

4 Aux Dec 17 2009 1:52PM 353610-4 28 

4 Aux Dec 17 2009 1:51PM 353610-4 26 

4 Aux Dec 17 2009 1:50PM 353610-4 27 

4 Aux Dec 17 2009 1:49PM 353610-4 27 

4 Shredded Dec 17 2009 1:49PM PT002 1100 

4 Aux Dec .17 2009 1:45PM 353610-4 27 

4 Aux Dec 17 2009 1:44PM 353610-4 27 

4 Aux Dec 17 2009 1:44PM 353610-4 27 

4 Aux Dec 17 2009 1:43PM 353610-4 27 

4 Aux Dec 17 2009 1:42PM 353610-4 27 

4 Aux Dec 17 2009 1:41PM 353610-4 27 

4 Shredded Dec 17 2009 1:40PM PT002 1035 

4 Aux Dec 17 2009 1:37PM 353610-4 27 

4 Aux Dec 17 2009 1:36PM 353610-4 27 

4 Aux Dec 17 2009 1:35PM 353610-4 27 

4 Aux Dec 17 2009 1:34PM 353610-4 27 

4 Aux Dec 17 2009 1:34PM 353610-4 26 

4 Aux Dec 17 2009 1:33PM 353610-4 28 

4 Shredded Dec 17 2009 1:32PM PT002 884 

4 Shredded Dec 17 2009 1:28PM PT002 490 

4 Aux Dec 17 2009 1:26PM 353610-4 27 

4 Aux Dec 17 2009 1:25PM 353610-4 27 

VES018840 
I Unit 4 Run2| 

1 In c Statio n BurnTim e Rec-Dru m Ibs 

4 Aux Dec 17 2009 1:25PM 353610-4 . 27 

4 Aux Dec 17 2009 1:24PM 353610-4 27 

4 Shredded Dec 17 2009 1:23PM PT002 1194 

4 Aux Dec 17 2009 1:18PM 353610-4 26 

4 Aux Dec 17 2009 1:18PM 353610-4 27 

4 Aux Dec 17 2009 1:17PM 353610-4 26 

4 Aux Dec 17 2009 1:16PM 353610-4 27 

4 Aux Dec 17 2009 1:16PM 353610-4 27 

4 Aux Dec 17 2009 1:15PM 353610-4 28 

4 Shredded Dec 17 2009 1:14PM PT002 922 

4 Aux Dec 17 2009 1:10PM 353610-4 26 

4 Aux Dec 17 2009 1:10PM 353610-4 27 

4 Aux Dec 17 2009 1:09PM 353610-4 27 

4 Aux Dec 17 2009 1:08PM 353610-4 27 

4 Aux Dec 17 2009 1:08PM 353610-4 27 

4 Aux Dec 17 2009 1:07PM 353610-4 28 

4 Shredded Dec 17 2009 1:05PM PT002 878 

4 . Aux Dec 17 2009 1:02PM 353610-4 27 

4 Aux Dec 17 2009 1:02PM 353610-4 27 

4 Aux Dec 17 2009 1:01PM 353610-4 27 

4 Aux Dec 17 2009 1:00PM 353610-4 27 

4 Aux Dec 17 2009 12:59PM 353610-4 27 

4 Aux Dec 17 2009 12:59PM 353610-4 27 

4 Shredded Dec 17 2009 12:57PM PT002 926 

4 Aux Dec 17 2009 12:52PM 353610-4 27 

4 Aux Dec 17 2009 12:51PM 353610-4 27 

4 Aux Dec 17 2009 12:51PM 353610-4 27 

4 Aux Dec 17 2009 12:50PM 353610-4 27 

4 Aux Dec 17 2009 12:49PM 353610-4 27 

4 Aux Dec 17 2009 12:48PM 353610-4 26 

4 Shredded Dec 17 2009 12:47PM PT002 877 

4 Aux Dec 17 2009 12:43PM 353610-4 27 

4 Aux Dec 17 2009 12:43PM 353610-4 27 

4 Aux Dec 17 2009 12:42PM 353610-4 27 

4 Aux Dec 17 2009 12:41PM 353610-4 27 

4 Aux Dec 17 2009 12:40PM 353610-4 26 

4 • Aux Dec 17 2009 12:40PM 353610-4 26 

4 Shredded Dec 17 2009 12:39PM PT002 791 

4 Aux Dec 17 2009 12:36PM 353610-4 28 

4 Aux Dec 17 2009 12:35PM 353610-4 28 

4 Aux Dec 17 2009 12:35PM 353610-4 27 

4 Aux Dec 17 2009 12:34PM 353610-4 26 

4 Aux Dec 17 2009 12:33PM 353610-4 28 

. 4 Aux Dec 17 2009 12:32PM 353610-4 27 

4 Shredded Dec 17 2009 12:31PM PT002 963 

Tot 

143 Rows Span : 3 (Hrs) 1 (Min) Unique IDs: 2 25108 

Containers: 

120 Charges Charge Wgt 3222 

Bulk: 

23 Charges Charge Wgt 21886 
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1230.3 

"1224.9 

1211.7 

"1194.1 

" 1187.8" 

"1193.7: 

"121277 

"1264.9" 

" 1207.8; 

'"'1233771 

"1246.4 

1229.8; 

"J224.9 

" 123372':' 

""12347321 

1231.3: 

"12244: 

1210.7; 

12 1 377. 

i'22'67'5 

GO Dry Corrl 

0.99 

-1740 

1.14 

"2.47 

' 6787 

1.97 

2.04 

"1794 

"_6.22 

6722 

o7so 

"1.65 

' 2.05 

'2.76 

1.12 

3.02 

"3.80 

"2.92 

6750 

"122 

0.17 

' 6.33 

6739 

VES018847 
Uni

t 4 Run 2 

^ TimeiStamp"

1

- - Stack';F!6w!Hr5A! 

12/17/09 9:47 A M 37379.7 

12/17/09 9:48 A M "37404.6 

12/17/09 9:49 A M 37406.7 

12/17/09 9:50 A M 37405.4 

12/17/09 9:51 A M 37389.8 

12/17/09 9:52 A M '37369.7 

12/17/09 9:53 A M 37378.4 

12/17/09 9:54 A M 37395.8 

12/17/09 9:55 A M 37407.4 

, 12/17/09 9:56 A M '"37418. 3 

12/17/09 9:57 AM-*37416. 6 

12/17/09 9:58 A M 37428.5 

"12/17/09 9:59 AM , 37453

.5 

12/17/09 10:00 A M 37472T3 

12/17/09 10:01 AMi 37492.3 

12/17/09 10:02 AM : 37502.6 

12/17/09 10:03 AM ! 37502.4 

12/17/09 10:04 AM | 

"~ " 37528.8 

12/17/09 10:05 AM) 37554.6 

12/17/09 10:06 AM ; '37557.5 

12/17/09 10:07 AM ; 37559.7 

12/17/09 10:08 AMi 37526.5 

12/17/09 10:09 AM ! 37505.2 

12/17/09 10:10 AM ; 37524.7 

12/17/09 10:11 AM ! 37535.6 

12/17/09 10:12 AM 1 37531.8 

12/17/09 10:13 AM ! 37521.5 

12/17/09 10:14 AM , ' 37484.3 

12/17/09 10:15 AM ! 37476.9 

12/17/09 10:16 AMI 37500.5 

12/17/09 10:17 AM ! 37509.4 

12/17/09 10:18 AMj 37513.0 

12/17/09 10:19'AMj 37498.3 

12/17/09 10:20 AM ; 37473.4 

12/17/09 10:21 AM ; 37482.6 

12/17/09 10:22 AM ! 37498.3 

12/17/09 10:23 AM ! 37492.1 

12/17/09 10:24 AM ; 37487.8 

12/17/09 10:25 AM ! 37462.1 

12/17/09 10:26 AMi 37442.1 

12/17/09 10:27 AM 1 37453.8 

12/17/09 10:28 AMj 37472.5 

12/17/09 10:29 AM ! "37491. 4 

12/17/09 10:30 AM'; "37510. 2 

12/17/0910:31 AM ; 37514.9 

12/17/09 10:32 AMj 37541.5 

12/17/09 10:33 AM ! 37566.9 

VES018848 
Unit 4 Run 2 | 

Time_Stamp , Stack Flow HRA 

12/17/09 10:34 A M 37582.4 

12/17/09 10:35 A M ' """"" 37603.2 

12/17/09 10:36 A M 37595.5 

12/17/09 10:37 A M . 37586.6 

12/17/09 10:38 A M 37613.8 

12/17/09 10:39 A M 37637.4 

12/17/0910:40 A M 37644.6 

12/17/0910:41 A M 37658.2 

12/17/0910:42 A M 37633.3 

12/17/09 10:43 A M 37624.1 

12/17/09 10:44 AM. 3765Z6 

12/17/09 10:45 A M 37660.7 

12/17/09 10:46 A M 37656.6 

12/17/09 10:47 A M 37637.5 

12/17/09 10:48 AM : 37599.6 

Maximum 37637.5 

VES018849 
Unit 4 Run 2 

rime_Stamp | Stack Flow HRA 

12/17/09 12:31 PMi 

12/17/09 12:32 PM] 

12/17/09 12:33 PM ; 

12/17/09 12:34 PM ! 

12/17/09 12:37 PM; 

12/17/09 12:41 PMj 

'12/17/09 12:42 PM] 

12/17/0912:43 PM ; 

12/17/0912:50 PM ; 

'12/17/09 12:51 PM : 

12/17/0912:52 PM ! 

12/17/0912:53 PM ; 

12/17/09 12:54PMJ 

Tf/17/09 12:55 P M 

'l2/1_7y^9J2356_PMi 

"12/17/09 12:57 PM." 

12/17/09 "12:58 P M 

12/17/09 12:59 P M 

12/17/09 1:00 P M 

12/17/09 1:01 P M 

12/17/09 1:02 P M 

12/17/09 1:03 PM ; 

12/17/09 1:04 PMi 

12/17/09 1:05 PM ; 

12/17/09 1:06 PM f 

12/17/09 1:07 PM ; 

12/17/09 1 

12/17/09 1 

08-PM: 

:09 PM ; 

12/17/09 1:10 PM : 

12/17/09 1:11 PM : 

12/17/09 1: 

'^2/17/0j9j] 

12/17/09 1: 

12/17/09 1 

12/17/09 1:16 PM ; 

12/17/09 1:17 PM ; 

12/17/09 1:18 PM : 

12/17/09 1:19 PM ; 

37712.0 

12/17/09 12:35 PM: 

12/17/09 12:36 PMi 

12/17/09 12:38 PM ; 

"12/17/09 12:39 PM:" 

12/17/09 12:40 PMi 

12/17/09 12:44 PM ; 

12/17/09 12:45 PMj 

'12/17/09 12:46 PMi 

12/17/0912:47 PM ; 

"12/17/09 12:48 PM'" 

12/17/09 12:49 PM; ' 

12PM ; 

\3PM 

"14 PM ; 

15>M[ 

12/17/091:20 PM ; 

37719.0 

37715.0 

37704.3 

37675.9 

37656.7 

'376613 

17639.4 

37616.3 

"375913 

17568.5 

375816 

'37601.2 

37621.1 

37640.6 

37644.6 

37660.4 

37684.2 

37595.4 

37706.7 

"377021 

37685.7 

37699.4 

377272 

37734.7 

37741.3 

37719.6 

'37695.7 

'377071 

"37716.5 

37713.9 

37709"8 

"376721 

378611 

37685.0 

'376891 

1768479" 

37663.3 

37627.0 

"3760711 

"376021 

37579.7 

37554.6 

37530.7 

'37511.5 

17522.2 

"37541.3 

37556.8 

.37576.9 

3756573 
Uni

t 4 Run 2 

Ksp"ir^5iwp:;li ' Stack Flow HRA 

12/17/09 1:21 PMi 37586.2 

12/17/09 1:22 PM ; 37605.7 

12/17/09 1:23 PMi 37614.4 

T2/T7/09 1:24"PMi 37617.0 

12/17/09 1:25 PMi 37606.7 

12/17/09 1:26 PM'; 37586.0 

12/T7/09 1:27 PM : '"37607:6 

12/17/09 1:28 PMj ~'37632.T 

12/17/09 1:29 PMj "37632.6 

12/17/09 1:30 PMi 37636.0 

12/17/09 1:31 PM ! 37606.8 

12/17/091:32 PMi " 37590.2 

12/17/09 1:33 PMl 37614.6 

12/17/09 1:34 PM ; 37616.6 

12/17/09 1:35 PM: 37606.3 

12/17/09 1:36 PM" 3759175 

12/17/09 1:37 PM : ' 37553.8 

12/17/09 1:38 PMi 37553.7 

12/17/09 1:39 PM : 3757672 

12/17/09 1:40 PMi "37570.7 

12/17/09 1:41 PM ; 37566.4 

12/17/09 1:42 PM ' 37538.5 

12/17/09 1:43 PMi 37501.8 

12/17/09 1:44 PM : 37492.2 

12/17/09 1:45 PMi 37485.'5 

12/17/09 1:46 PMi 37458.9 

12/17/09 1:47 PMl 37438.9 

12/17/09 1:48 PMi 37417i0 

12/17/09 1:49 PMi 374051 

12/17/09 1:50 PMj 

" 37422". 1 

12/17/091:51 PMi ~ 37439.5 

12/17/09 1:52 PMi ""3*7456"6 

12/17/09 1:53 PMj 37470"6 

12/17/09 1:54 PMl '37474.2 

12/17/09 1:55 PMj 

" 37506.1 

12/17/091:56 PMi 37521.4 

12/17/09 1:57 PMi 375313 

12/17/09 1:58 PM ; ""37542.9 

12/17/09 1:59 PMj 37530.6 

12/17/09 2:00 PM ; 37526.1 

12/17/09 2:01 PMi 37546.6 

12/17/09 2:02 PM ; 

" 375617 

12/17/09 2:03 PM : 37567.'2 

12/17/09 2:04 PMi 37566.8 

12/17/09 2:05 PM : """37537.5 

12/17/09 2:06 PM': 37527.2 

12/17/09 2:07 PM ; 37554.4 

12/17/09 2:08 PMi 37558.2 

12/17/09 2:09 PMi 37557.4 

12/17/09 2:10 PMi '37538.2 

VES018851 
Unit 4 Run 2 

Time Stamp ptipirliiBRA * 

12/17/09 2:11 P M 37507.4 

12/17/09 2:12 P M 37514.2 

12/17/09 2:13 P M 37532.2 

12/17/09 2:14 P M . 37524.3 

" 12/17/09 2:15 P M 37518.2 

12/17/09 2:16 P M 37486.9 

12/17/09 2:17 P M 37445.4 

12/17/09 2:18 P M """37438. 4 

12/17/09 2:19 P M 3742374 

12/17/09 2:20 P M "'"37399 7 

12/17/09 2:21 P M 37372.5 

12/17/09 2:22 P M 37346.2 

12/17/09 2:23 P M 37335.6 

12/17/09 2:24 P M 37354.6 

12/17/09 2:25 P M 37366.8 

12/17/09 2:26 PM. 3738675 

12/17/09 2:27 P M '37391.2 

12/17/09 2:28 PM . "37390.8 

12/17/09 2:29 PM- 37410.0 

12/17/09 2:30 PM: 37426.1 

12/17/09 2:31 PM : 3742878 

12/17/09 2:32 PMi ''37436.6 

12/17/09 2:33 P M '""37410. 5 

12/17/09 2:34 P M 37407.4 

12/17/09 2:35 PM , 37434.9 

12/17/09 2:36 PM ; 37446.0 

12/17/09 2:37 PM ; 37445.7 

12/17/09 2:38 PM ' 37430.2 

12/17/09 2:39 PM ; 3739479 

12/17/09 2:40 PMi 37398.0 

12/17/09 2~41 PMj 37418.1 

12/17/09 2:42 PM ; 37411.2 

12/17/09 2:43 PM ' 37404.2 

12/17/09 2:44 PM , ~37373 1 

12/17/09 2:45 PMi 37339.5 

12/17/09 2:46 PMi 37351.3 

12/17/09 2:47 PMi 37354.8 

12/17/09 2:48 PMj 37341.5 

12/17/09 2:49 PMj 3732'7.'l 

12/17/09 2:50 PMj "37287. 6 

12/17/09 2:51 PMi 37253.2 

12/17/09 2:52 PMi "3724975 

12/17/09 2:53 PM : 372281 

12/17/09 2:54 PMi "37196. 3 

12/17/09 2:55 PMj 3716374 

12/17/09 2:56 PMi 37135.4 

12/17/09 2:57 PM^ 37135.0 

12/17/09 2:58 PM , 3714871 

12/17/09 2:59 PMj 37166.3 

12/17/09 3:00 PMi 37184.0 
Unit 4 Run 2 

Illffimeil'Slampfi ? Stack Flow, HR&: 

12/17/09 3:01 P M 37190.6 

12/17/09 3:02 P M "~"'372017 8 

12/17/09 3:03 P M 37223.9 

12/17/09 3:04 P M 37238.6 

12/17/09 3:05 P M 3724372 

12/17/09 3:06 P M 37248.1 

12/17/09 3:07 P M 37225.6 

12/17/09 3:08 P M 3723372 

12/17/09 3:09 P M 37266.1 

12/17/09 3:10 P M 3727376 

12/17/09 3:11 P M 3727774 

12/17/09 3:12 P M 37261.4 

12/17/09 3:13 P M 37238.6 

12/17/09 3:14 PM ! 37252.5 

12/17/09 3:15 PM ; 37277.1 

12/17/09 3:16 PM ; 3727271 

12/17/09 3:17 PM ; 37272.5 

12/17/09 3:18 PM ! 37239.9 

12/17/09 3:19 PM ! 37215.6 

12/17/09 3:20 PM ! 37238.8 

12/17/09 3:21 PM ! 37251.4 

12/17/09 3:22 PMj 37249.4 

12/17/09 3:23 PM ! 37244.5 

12/17/09 3:24 PM ! ' 37214.4 

12/17/09 3:25 PMi 37194.9 

12/17/09 3:26 PM; 3719672 

12/17/09 3:27 P M 37173.3 

12/17/09 3:28 PM : 3714875 

12/17/09 3:29 PMi 37122.1 

12/17/09 3:30 PMi 37102.7 

12/17/09 3:31 PM; ! 37114.8 

12/17/09 3:32 PMi 37134.8 

12/17/09 3:33 PMi 37150.3 

12/17/09 3:34 PM ; 37164.6 

12/17/09 3:35 PM : 37161.6 

Maximum] 3761676 

VES018853 
Unit 4 Run 2 

Time_Stamp " [ Liquid Weight HRT X-22 HRT 

12/17/09 9:47 AM , 

12/17/09 9:47 AM ! 

12/17/09 9:47 AM : 

12/17/09 9:47 AMi 

12/17/09 9:48 AMj 

12/17/09 9:48 AMI 

12/17/09 9:48 AMi 

"12/17/09 9:48 AMI 

12/17/09 9:49 AMj 

12/17/09 9:49 AMi 

12/17/09 9:49 AMi 

12/17/09 9:49 A M 

J2/17/09 9:50 AMI 

12/17/09 9:50 AMI 

12/17/09 9:50 AM , 

12/17/09 9:50 AMj 

12/17/09 9:51 AM , 

12/17/09 9:51 AM ! 

12/17/09 9:51 AMj 

12/17/09 9:52 AMi 

12/17/09 9:52 AM ; 

12/17/09 9:52 AMi 

12/17/09 9:53 A M 

12/17/09 9:53 AM ; 

12/17/09 9:53 AM ; 

12/17/09 9:53 AM , 

12/17/09 9:54 AMj 

12/17/09 9:54 AMj 

12/17/09 9:54 AM ! 

12/17/09 9:54 AM ; 

12/17/09 9:55 AM ! 

12/17/09 9:55 AMi 

12/17/09 9:55 AMj 

12/17/09 9:55 AMj 

12/17/09 9:56 AM ! 

12/17/09 9:56 AM ! 

"12/17/09 9:56 AM ' 

12/17/09 9:56 AM ; 

12/17/09 9:57 AMj 

12/17/09 9:57 AMI 

12/17/09 9:57 A M 

12/17/09 9:57 AMj 

12/17/09 9:58 AMj 

12/17/09 9:58 AMi 

12/17/09 9:58 AMi 

3232.J; 

" 3232.0!' 

3231.9' 

' 323"ll i ' 

' 3231.7: 

' 32316! 

323^41' 

'32314!'" 

"323127' 

3231 i f 

3230".9i' 

'323a8|'" 

32308! 

3230.7T 

8800.1 

8800.0 

8776.9 

8776.8; 

97587; 

12/17/09 9:51 AM ! 

12/17/09 9:52_AM^ 

3230.6} 

3230.6!' 

3230.8! 

323078]' 

32308! 

3231.6] 

32310;"' 

32310!' 

3231.1 

3231.2! ' 

3231.3 " 

3231.5! 

32316! 

32317] 

"3231.9!" 

3232.6T 

32322] 

3232.lt 

3232.1! 

~32327j T 

3232.0] 

3232.0! 

]3232.lF 

323272] 

3232.3' 

J232T3]" 

3232.4 ' 

-3232.4! 

3232.4] 

3232.4J 

3232.4' 

3232JT 

3232.5! 

9758.6! 

9758.4! 

'978774! 

978772! "97877l! 

9815.9! 

9084.5j_ 

'9084.6!_ 

90847! 

9062.0; 

"9p3p f 

"90397lt 

1145.26 

1145.28 

1145.27 

1145.19 

1145.21 

1145.17 

1145.14 

1145.11 

1145.10 

1145.05 

9039.0 

9039 J 

9039.2 

9039.3 

1009573 

1009574! 

"1009574] 

T6695T4]' 

1145.03 

9815.8! 1145.00 

'9815?8!_ 1145.00 

''90637! 

906376r 1144.98 

"906376[ 

9093.8[ 

9093.8; 1144.89 

"9093.81 1144.86 

9100!0! 1144.84 

1144.98 

1144.91 

9100.0j 1144.77 

1144.74 

1144.70 

9100.0; 

9107.1 

"9107!2]__ 

"9107.3] 1144.56 

1144.65 

1144.54 

1144.51 

1144.45 

9061.9! 1144.37 

1144.32 

1144.25 

1144.16 

9039.1 1144.11 

9039.1 1144.09 

9039.0! 1144.02 

1143.97 

1143.99 

1144.00 

1143.94 

1144.54 

1144.20 

1143.84 

1143.49 

10124.4! 1143.13 

9426.4! 1142.71 

9456.5; 1142.54 

9456.5! 1142.51 
Unit 4 Run 2 

Time/.Stamp | Liquid Weight HRT | Total Weight HRT | X-22 HRT 

12/17/09 9:58 AMI 3232.5! 9456.5! 1142.46 

12/17/09 9:59 AM ' '"3232.6;'"'"" 9486.6; 1142.46 

12/17/09 9:59 AM ! 3232.7; 94867! 1142.44 

12/17/09 9:59 AM : 3232.7! 94637! 1142.40 

12/17/09 9:59 AM ! 3232.6 9492.6| 1142.38 

12/17/09 10:00 AM ! 3232.6. 9470.6 1142.36 

12/17/09 10:00 AM ; 

.... 

9470.5! 1142.38 

12/17/09 10:00 AM : 3232.4 9499.4! 1142.35 

12/17/09 10:00 AM ; 3232.'4! 9476.4j 1142.32 

12/17/09 10:01 AM.! '"""323Z5| 9476.5! 1142.29 

12/17/09 10:01 AM.! 323Z5 f 9505.5! 1142.26 

12/17/09 10:01 AM : 32327! 9482.7! 1142.24 

12/17/09 10:01 AM ' 3232.9[ 9482.9] 1142.21 

12/17/09 10:02 AM ; 3233.1! 9483.1 1142.19 

12/17/09 10:02 AMI 3233.?T "~ 9460.2; 1142.18 

12117/09 10:02 AM ' "" 3233.3 9460.3! 1142.24 

12/17/09 10:02 AM ; 3233.3: 9460.3! 1142.22 

12/17/09 10:03 AM ! 3233.5. " " 9438.5! 1142.24 

12/17/09 10:03 AM ; 3233.5! 9438.5; 1142.22 

12/17/09 10:03 AMI 3233!5 9438.5! 1142.21 

12/17/09 10:03 AM ! 3233.6! 9438.6| 1142.22 

12/17/09 10:04 AM ! """ 3233.7, 9438.7! 1142.25 

12/17/09 10:04 AM ; 3233.61' " 9438.6! 1142.23 

12/17/09 10:04 AMj 3233.6i 9438.6! 1142.19 

12/17/09 10:04 AM , ' 3233.'6! 9438.6! 1142.18 

12/17/09 10:05 AM ! 3233.6! 9438.6!_ 1142.20 

12/17/09 10:05 AM ; " 3233.7 

""'3233.91 

9438.7; 1142.22 

12/17/09 10:05 AM ; 

" 3233.7 

""'3233.91 9438.9! 1142.23 

12/17/09 10:05 AM ! 3234.1. 10347.1! 1142.26 

12/17/09 10:06 A M 3234.3! 10347.3! 1142.27 

12/17/09 10:06 AM ' 3234.4! 10347.4! 1142.27 

12/17/09 10:06 AM ! " 32344! " 10347.4! 1142.27 

12/17/09 10:06 AM ' 3234.5! 10377.5! 1142.31 

12/17/09 10:07 AM ; " 3234:5!' 10377.51 1142.31 

12/17/09 10:07 AM ; 3234.4! 10377.41"" 1142.28 

12/17/09 10:07 AM; 1 "3234.3; 9581.3; 1142.22 

12/17/09 10:07 AM ! " '3234.3! 9581.3! 1142.22 

12/17/09 10:08 AM ; 3234:2 9581.2 1142.18 

12/17/09 10:08 AM ! 3234.1: 9610.1! 1142.18 

12/17/09 10:08 AM ! 3234.1 9587.1! 1142.17 

12/17/09 10:08 AM ; 323379! 9586.9! 1142.12 

12/17/09 10:09 AM ! 3233.7! 9615.7] 1142.11 

12/17/09 10:09 AM : "323375; 9592.5; 1142.09 

12/17/09 10:09 AM ; "'"3233:2] 9592.2; 1142.15 

12/17/09 10:09 AM ! 3233:"0! 9622.0! 1142.14 

12/17/09 10:10 AM! . 3232.9: 9598:9; 1142.09 

12/17/09 10:10 AM ; " 3232.6. 9598.6! 1142.09 
Unit 4 Run 2 I I 

* Time^Stamp Liquid Weight HR J Total Weight HRT X-22 HRT 

12/17/09 10:10 AM ; 3232.3 9627.3 1142.06 

12/17/09 10:10 AM ! 3232.0! 960476 1142.04 

12/17/09 10:11 AM ! 3231.7 9603.7 1142.07 

_ 12/17/09 10:11 A M 3231.3 9603.3 1142.08 

12/17/09 10:11 AM ; 3231.0! 9580.0 1142.06 

12/17/09 10:11 A M 3230.6; 9579.6 1142.07 

. 12/17/09 10:12 A M " 3230 2 957972 1142.09 

12/17/09 10:12A M 3229.8! "9555.8 1142.05 

12/17/09 10:12A M 3229.4! 9555.4 1142.06 

12/17/09 10:12AM 3229.2 9555.2 1142.04 

12/17/09 10:13 A M 3228.9 9531.9 1142.03 

12/17/09 10:13 A M 3228.8; 9508.8 1142.03 

12/17/09 10:13 A M "322876 V 9508.6 1142.02 

12/17/09 10:13AM 3228.4! 9485.4 1141.99 

12/17/09 10:14 A M "3228. 3 9485.3 1141.96 

12/17/09 10:14 A M '322873:" "" 9462.3 1141.90 

'"12717/09 10:14 A M 3228.4 9462.4, 1141.92 

12/17/09 10:14 A M 3228.4; 10491.4 1141.92 

12/17/09 10:15 A M 322874! 10491.4; 1141.89 

12/17/09 10:15 A M 3228.5! 10491.5| 1141.84 

12/17/09 10:15A M 3228.6 10491.6: 1141.84 

12/17/09 10:15A M 3228.6 " 10521.6; 1141.79 

12/17/09 10:16 AM ! 322875 10521.5; 1141.75 

12/17/09 10:16 AM , 3228.4 10521.4; 1141.74 

12/17/09 10:16 AMi 322874! 10550.4! 1141.72 

12/17/09 10:16 AM ' 322873 10550.3; 1141.73 

12/17/09 10:17 AM ; 3228.2! 10550.2; 1141.75 

12/17/09 10:17 AMi 3228.6: 10580.6! 1141.74 

12/17/09 10:17 AMi 3228.5! 10580.5, 1141.70 

12/17/09 10:17A M 3228.5! 1013575! 1141.70 

12/17/09 10:18 AM ! 3228.4; 10135741 1141.66 

12/17/09 10:18 AMj '322875; 10135.5; 1141.62 

12/17/09 10:18 AM ; 322876! 10164.6! 1141.60 

12/17/09 10:18 AM ; "'"""3228. 6 " 10164.6! 1141.56 

12/17/09 10:19 AM ! ~"3228.7 " 10164.7! 1141.52 

12/17/09 10:19 AMi 3228.8 10193.8! 1141.50 

12/17/09 10:19 AM ! 3229.1! 10194.1! 1141.50 

12/17/09 10:19 AM ; 322974 " "" 10194.4! 1141.49 

12/17/09 10:20 AM ! 3229.6 10194.6! 1141.52 

12/17/09 10:20 AMi 3230.67 10.195.0! 1141.51 

12/17/09 10:20 AMj ' " 3230.2; 10195.2! 1141.52 

12/17/09 10:20 AM ; 3230.3 10195.3; 1141.53 

12/17/09 10:21 AMj 3230.3. 10195.3! 1141.48 

12/17/09 10:21 AMj 323675 " 10195.5; 1141.49 

12/17/09 10:21 AM ! 323075: 10195.5! 1141.52 

12/17/09 10:21 AM ; 3230.3! 10195.3; 1141.49 

12/17/09 10:22 AM ! 3230.2! 10195.2! 1141.50 
Unit 4 Run 2 

ty 'TimeiStamp ^iquidhWeightiHRt TotaTWeight HRT | X-22-HRT 

12/17/09 10:22 A M 3230.1 10195.1 1141.52 

12/17/09 10:22 A M ~TM""3229. 9 10194.9 1141.54 

12/17/09 10:22 A M 3229.8 11113.8 1141.56 

12/17/09 10:23 A M 3229.6 1T113.6 1141.52 

12/17/09 10:23 A M 3229.4 11113.4 1141.52 

12/17/09 10:23 A M """32297 4 11113.4 1141.52 

12/17/09 10:23 A M '322974 11113:4 1142.05 

12/17/09 10:24 A M 3229.3 11113.3 1142.26 

12/17/09 10:24 A M 3229.1 1Y1Y3.I 1142.45 

12/17/09 10:24 A M 3229.6 11143.0 1142.58 

12/17/09 10:24 AMi ""3228.8 11142.8 1142.67 

12/17/09 10:25 AMI 3228.7 11142.7 1142.82 

12/17/09 10:25 AMi 3228.7- 11142.7 1142.94 

12/17/09 10:25 AMi 3228.7' """l'Ti42.7 1143.11 

12/17/09 10:25 AMi 3228.6 11142.6 1143.15 

12/17/09 10:26 AM ! 3228.7 11142.7 1143.22 

12/17/09 10:26 AM ; 3228.6! "1l"l42. 6 1143.33 

12/17/09 10:26 AM ! 322877: 11142.7 1143.40 

"12/17/09 10:26 AM"! " *"3228. 8 11142.8 1143.45 

12/17/09 10:27 AM ! """322879 ; 1117i:9 1143.45 

12/17/09 10:27 AM ! 3229.1: 11172.1, 1143.43 

12/17/09 10:27 AM | 3229.2; 11201.2 1143.45 

12/17/09 10:27 AM ! 3229.4! 11231.4 1143.52 

12/17/09 10:28 AM ! 3229!7' 11231.7 1143.52 

12/17/0910:28 AM ! 3229.9! 11260.9. 1143.54 

12/17/09 10:28 AMI 3236.1: 11261.1! 1143.50 

12/17/09 10:28 AM ! 3230.4,1 11290.4! 1143.48 

12/17/0910:29 AM ! 323076! 11290.6! 1143.50 

12/17/09 10:29 AM ; 3230.8; 11290.8; 1143.38 

12/17/09 10:29 AMi 3230.9; 11290.9! 1143.38 

12/17/09 10:29 AM ! 3230.9! 11290.9; 1143.40 

12/17/09 10:30 AMi 323176i 11291.0; 1143.43 

12/17/09 10:30 AMj 3231.1) 11291.lj 1143.39 

12/17/09 10:30 AMi "3231.1! 12197.1! 1143.37 

12/17/09 10:30 AMi 3231.0] 12197.0! 1143.33 

12/17/09 10:31 AM ! 3231.0! 12197.0! 1143.34 

12/17/09 10:31 AM ! 3230.8! 12196.81 1143.35 

12/17/09 10:31 AM ; "~"323 0 8! 12196.8| 1143.31 

12/17/09 10:31 AM ! 3236.7; 11388.7! 1143.33 

12/17/09 10:32 AM ! 32306! 11388.6! 1143.30 

12/17/09 10:32 AM ! """3236.3 ; 11388.31 1143.34 

12/17/09 10:32 AM | 3230.1; 11388.1! 1143.37 

12/17/0910:32 AM! '3230.0! 11388.0! 1143.38 

12/17/09 10:33 AM | 3230.0! 11388.0! 1143.44 

12/17/0910:33 AM ! 3229.8: 11387.8; 1143.43 

12/17/09 10:33 AMi 32205; 11387.5! 1143.38 

12/17/09 10:33 AMi '3229.5: 11358.5! 1143.39 
Unit 4 Run 2 

if:; Tim"e7Stamp' Liquid Weight HRT Total Weight HRT X-22 HRT 

12/17/09 10:34 A M i 3229.5 11358.5 1143.43 

12/17/09 10:34 A M 3229.5 11358.5 1143.16 

12/17/09 10:34 AM ! 3229.5 11329.5 1142.86 

12/17/09 10:34 AMI 3229.6 11329.6 1142.54 

12/17/09 10:35 A M 3229.6 11329.6 1142.16 

12/17/09 10:35 AM ! 3229.5 11330.5 1141.72 

12/17/09 10:35 AMj 3229.2 11330.2 1141.60 

12/17/09 10:35 AMj 3229.0 11360.6 1141.57 

12/17/09 10:36 AM ; 3229.0 11361.0 1141.62 

12/17/09 10:36 A M 3229.1 11361.1 1141.61 

12/17/09 10:36 A M ~ 3229.3 11391.3, 1141.63 

12/17/0.9 10:36 A M 3229.4; 11362.4 1141.65 

12/17/09 10:37 A M 3229.5 11362.5 1141.67 

12/17/09 10:37 A M "3229.6; li362.'6 1141.65 

12/17/09 10:37 A M 3229.6! 11362.6 1141.60 

12/17/09 10:37 A M 1229. 5 11362.5 1141.62 

12/17/09 10:38 A M 12294 ; 11362.4, 1141.63 

12/17/09 10:38 A M 3230.1; 12289.1: 1141.62 

12/17/09 10:38 A M 3230.1! 12289.1! 1141.60 

12/17/09 10:38 A M 3230.o' 12289.0. 1141.57 

12/17/09 10:39 A M 3229.7 12288.7! 1141.56 

12/17/09 10:39 A M 3229.4! 12288.4! 1141.56 

12/17/09 10:39 A M 3229.1 12288.1! 1141.55 

12/17/09 10:39 A M 3228.5! 11072.5! 1141.55 

12/17/09 10:40 A M ""3228 1 11072.3 1141.49 

12/17/09 10:40 A M 3228.2; 11072.2! 1141.49 

12/17/09 10:40 A M 3228.6 11072.0! 1141.50 

12/17/09 10:40 AM ' 3228.1! 11043.1; 1141.52 

12/17/09 10:41 A M 3228.2 11043.2! 1141.49 

12/17/09 10:41 A M 3228.3: 11043.3! 1141.47 

12/17/09 10:41 AMj 3228.5 11043.5! 1141.47 

12/17/09,10:41 AMj 3228.8! 11013.8! 1141.46 

12/17/09 10:42 AM ! 3228.9! 11013.9; 1141.50 

12/17/09 10:42 AM ! 3229.1; 10985.1! 1141.47 

12/17/0910:42 AM ; 3229.1' iioi4.'i ! 1141.46 

12/17/09 10:42AMj 3229.2! 11044.2j 1141.45 

12/17/09 10:43 AMi 3229.21 11015.2! 1141.42 

12/17/09 10:43 AM ! 32291; 11044.3' 1141.43 

12/17/09 10:43 AM ; '3229.5! 11074.5; 1141.43 

12/17/0910:43 AM ; 3229.8; 11074.8! 1141.42 

12/17/09 10:44 AM ; 3230.1! 11075.1; 1141.42 

12/17/09 10:44 AM ! 3230.4! 11075.4! 1141.45 

12/17/09 10:44 AM ! 3230.6; 11075.6! 1141.47 

12/17/09 10:44 AMj 3231.0 11076.01 1141.45 

12/17/09 10:45 A M 3231.3 11076.3; 1141.47 

12/17/09 10:45 A M 3231.6; 12118.6! 1141.48 

12/17/0910:45 AMi "" 3231.9 12118.91 1141.46 
Unit 4 Run 2 | 

rime_Stampl f Liquid WeignfBR T Ti3te!i^ightHR i X-22 HRT 

12/17/09 10:45 AMj 3232.2 12119.2 1141.50 

12/17/09 10:46 AM; 3232.4 12119.4 1141.52 

12/17/09 10:46 AM! 3232.7 12119.7 1141.52 

12/17/09 10:46 AM | 3232.9 12119.9 1141.57 

12/17/09 10:46 AM; 323Z9 12119.9 1141.59 

12/17/09 10:47 AM ; 3232."9 "12119. 9 1141.59 

12/17/09 10:47 AM! 323278 12119.8 1141.54 

12/17/09 10:47 AMj 3232.8 12119.8 1141.57 

12/17/09 10:47 AM ; 3232.8 12119.8 1141.62 

12/17/0910:48 AMj 323277 11137.7 1141.58 

12/17/09 10:48 AM,1 3232.6 11137.6 1141.65 

12/17/09 10:48 AM! 3232.5' 11137.5 1141.70 

12/17/09 10:48 AM ! 323276 11108.6 1141.73 
Unit 4 Run 2 | 

• Time, Stamp Liquid Weight HRT TotalWpigHt HRT X-22 HRT 

12/17/09 12:31 P M 2702.5; 8155.5 952.78 

12/17/09 12:31 P M 2706.3 8134.3 954.29 

' 12/17/09 12:31~PM 2716! 1 8138.1 955.84 

12/17/09 12:31 P M 2714.0: 9105.0 957.31 

12/17/09 12:32 P M 2717.8 "' 910878 958.82 

12/17/09 12:32 P M 27218 : 9112.8 960.27 

12/17/09 12:32 P M '"2725 . 6 : 9116.6 961.80 

12/17/09 12:32 P M 2729.5 9120.5 963.31 

12/17/09 12:33 P M "2733.4 ' 9151.4 964.86 

12/17/09 12:33 PM, •27373 9155.3 966.37 

12/17/09 12:33 PM; ""•'2741.2 ! 9159.2 967.94 

12/17/09 12:33 PM. 2745.6": 9191.0 969.47 

12/17/09 12:34 PM . ""''2748.8 ! 9194.8 970.98 

12/17/09 12:34 PMi 2752.6f'" 9198.6 972.48 

12/17/09 12:34 PM | 2756.3! "" 9228.3 973.99 

12/17/09 12:34 PMl 2760.1"; 9232.1 975.51 

12/17/09 12:35 PM> 2763.8! 9262.8 977.01 

12/17/09 12:35 PMI 2767.6; 9266.6. 978.50 

12/17/09 12:35 PM ; """' 27713! """ 9270.3 980.04 

12/17/09 12:35 PM ; 2775.6 9302.0; 981.57 

12/17/09 12:36 PM ! 27"78.6. 9305.6! 983.11 

12/17/0912:36 PM ! 2782.4: 9309.4; 984.64 

12/17/09 12:36 PM | '" '2786.'2: 9341.2! 986.13 

12/17/09 12:36 PMi 2789.9! 9344.9; 987.67 

12/17/09 12:37 PMi """'"2793J i 8489.7; 989.20 

12/17/09 12:37 PMj '''"2797.4! 8493.4: 990.72 

12/17/09 12:37 PM ; 2801.11 8497.1 992.26 

12/17/09 12:37 PM ; 2804!9j'" 8500.9! 993.84 

'"12/17/09 12:38>Mi 2808.6 8504.61 995.39 

12/17/09 12:38 PM : 2812.4 8508,4! 996.94 

12/17/09 12:38 PMi 2816.2 8512.2! 998.49 

12/17/09 12:38 PM | 2820.0 8493.0; 1000.39 

12/17/09 12:39 PM ! ~2823. 7 8473.7! 1001.94 

12/17/09 12:39 PMj 2827.5; ' 8477.5! 1003.67 

12/17/09 12:39 PMj 2831.4! 8457.4; 1005.25 

12/17/09 12:39 PMi 2835.2! 9252.2! 1006.77 

12/17/0912:40 PMI 28397b T

' ' 9232.6; 1008.33 

12/17/09 12:40 PM> '2842.9. ' 9237.9! 1009.91 

12/17/0912:40 PMi 2846.8; 92418! 1011.47 

12/17/0912:40 PM ! 2850.6! 9245.6; 1013.07 

12/17/0912:41 PMf 2854.5; 9275.51 1014.67 

12/17/09 12:41 PMl 2858.4! 9279.4] 1016.24 

12/17/09 12:41 PMT 2862.3! 9283.3; 1017.78 

12/17/09 12:41 PM ! 2866.2! 9314.2! 1019.43 

12/17/09 12:42 PM ! 2870.0; 9318.0! 1021.03 

12/17/09 12:42 PM : 2874.6' 9322.0! 1022.62 

12/17/09 12:42 PM | 2877.9: 9352.9 1024.20 

12/17/0912:42 PM : 2881.8 9356.8! 1025.75 

12/17/09 12:43 PM | 2885.8: 9360.8! 1027.36 

12/17/0912:43 PM ! 2889.6! 9391.6! 1028.92 
Unit4 Run 2 

. Time Stamp -. liq^WeTghtHRP ' ;Totel Weight HRT X-22'HRT 

12/17/09 12:43 PM 2893.5 9395.5 1030.46 

12/17/09 12:43 PM 28974 '93994 1031.99 

12/17/09 12:44 PM 2901.3 9430.3 1033.55 

12/17/09 12:44 PM """"29051 " ' "94341 1035.20 

12/17/09 12:44 PM 2908.9! 9437.9 1036.82 

12/17/0912:44 P M 2912.7 9441.7 1038.42 

12/17/09 12:45 PM 2916.7 9445.7 1039.99 

12/17/09 12:45 PM 29204 9449.4 1041.54 

12/17/09 12:45 P M 2924.3 8573.3 1043.13 

12/1 7/09 12:45 P M 29282 """8577. 2 1044.76 

12/17/09 12:46 PM 293Z1 8581.1 1046.29 

12/17/09 12:46 PM 2936.0 8585.6 1047.83 

12/17/09 12:46 PM 2939.9 8588.9 1049.42 

12/17/0912:46 P M 2943.8 8592.8 1.05104 

12/17/09 12:47 P M 2947.7 '8596.7 1052.68 

12/17/09 12:47 P M ""''2951 4 8600.41 1054.23 

12/17/09 12:47 P M 2955.3 8604.3 1055.77 

12/17/09 12:47 P M ' 2959.1 9485.1 1057.34 

12/1 7/09 12:48 P M 2962.9 9488.9 1058.95 

T2/17/09 12:48 P M 2966.8 9492.8 1060.49 

12/17/09 12:48 P M •' 2970.6 9496.6 1061.98 

12/17/09 12:48 PM, 29744; 9500.4 1063.53 

12/17/09 12:49 P M 2978.3 9530.3 1065.03 

12/1 7/09 12:49 P M 2982.1 9534.1 1066.65 

12/17/09 12:49 PM: 2985.9 9537.9 1068.17 

12/17/09 12:49 PM 1 2989.7; 9568.7 1069.57 

12/17/09 12:50 PM ' 2993.5: 9548.5 1071.07 

12/17/09 12:50 PMj 2997.4 9527.4 1072.54 

12/17/09 12:50 PMj 3001.2 9558.2 1074.14 

12/17/0912:50 PM; 3004.8; 9536.8 1075.66 

12/17/09 12:51 PMj 3008.4; 9567.4 1077.17 

12/17/09 12:51 P M 3012.0: 9547.6 1078.71 

12/17/09 12:51 PM ! """ 3015.7 9525.7 1080.19 

12/17/09 12:51 PM 1 " 3019.3; 9556.3 1081.79 

12/17/0912:52 PM, 3023.1, 9560.1 1083.31 

12/17/0912:52 PM ! 3027.0- 9564.0 1084.82 

12/17/09 12:52 PM ; 3636.8: 9594.8 1086.38 

12/17/09 12:52 PM ; " " "!3034. 6 9598.6 1087.96 

12/17/0912:53 P M 3038.4 9502.4 1089.54 

12/17/0912:53 P M 3042.2! '9606.2 1091.10 

12/17/09 12:53 PM; 3046.1 9610.1 1092.66 

12/17/0912:53 PM ; 3050.1! 9614.1 1094.17 

12/17/0912:54 PM ! 37)54.0 j 9618.6" 1095.68 

12/17/09 12:54 PMj 3057.9; 9621.9 1097.21 

12/17/09 12:54 PM ; 3061.8! 9625.8 1098.77 

12/17/09 12:54 PMj 3065.8! 9629.8 1100.33 

12/17/09 12:55 PM , '3069.7; 8820.7 110183 

12/17/09 12:55 PM ; " 3073.6 8824.6 1103.39 

12/17/09 12:55 PM; "'3077.5! "8828.5 1104.91 

12/17/09 12:55 PM: 30815! 8832.5 1106.40 
Unit 4 Run 2 

Tim e Stamp v Liquid Weigh'tiftRT Tota!7Weight;HR* X-22'HRT 

12/17/09 12:56 P M 3085.4 8836.4 1107.91 

12/17/09 12:56 P M 3089.4 8840.4 1109.48 

12/17/09 12:56 P M 3093.4 884474 1111.07 

12/17/09 12:56 P M 3097.3' 8848.3 1112.59 

12/17/09 12:57 P M 3101.4 885274 1114.15 

12/17/09 12:57 P M 31054 8832.4 1115.76 

12/17/09 12:57 P M 31094 """"•'"""""9762. 4 1117.26 

12/17/09 12:57 P M 3113.4 9766.4 1118.76 

12/17/09 12:58 P M 3117.4 9746.4 1120.36 

12/17/09 12:58 PM. 3121.5 9750.5 1121.86 

12/17/09 12:58 P M 312175 9754.5 1123.40 

12/17/09 12:58 P M "3129. 4 9734.4 1125.04 

12/17/0912:59 PMi 3133.3: 9738.3 1126.60 

12/17/09 12:59 PMl 3137.2 9769.2 1128.12 

12/17/09 12:59 PM; 3141.1 9750.1 1129.70 

12/17/09 12:59 PM= 3145.1. 9754.1 1131.26 

12/17/091:00 PM; 3149.0! 9785.0; 1132.75 

12/17/09 1:00 PMi "315279! 9764.9; 1134.29 

12/17/09 1:00 PM; " 315677; 9768.7! 1135.81 

12/17/09 1:00 PM ; '316675] 9799.5 1137.38 

12/17/09 1:01 PMi 3164.3! 9803.3 1138.92 

12/17/09 1:01 PMi 3168.0; 9807.6 1140.49 

12/17/09 1:01 PMj 31718] '983778; 1142.12 

12/17/09 1:01 PM; "3175.5; 9841.5! 1143.71 

12/17/09 1:02 PM; 3 1 7973" 9845.3! 1145.28 

12/17/09 1:02 PM; 3183.11 9876.1! 1146.85 

12/17/09 1:02 PMi 318771 9880.1i 1148.41 

12/17/09 1:02 PMj 3191.1 9884.1; 1150.03 

12/17/09 1:03 P M 3195.1 • •9915.1; 1151.52 

12/17/09 1:03 PMi """ 319971; 9919.1; 1153.08 

12/17/09 1:03 PM ; 3203.1! 9923.1 1154.64 

12/17/09 1:03 PM; 3207.1; 9927.1 i 1156.20 

12/17/09 1:04 PM; 3211.27 9931.2; 1157.75 

12/17/09 1:04 PM; ']"""121573 ! 9935.3! 1159.27 

12/17/09 1:04 PM ; 3219.3!" 9939.3! 1160.80 

12/17/091:04 PMi 3223.4: 9027.4! 1162.36 

12/17/09 1:05 PM; 32274- 9031.4! 1163.92 

12/17/09 1:05 PMi 323672; 9034.2; 1165.47 

12/17/09 1:05 PM! 3232761 9036.0; 1166.48 

12/17/09 1:05 PM; 3233.1 9037.1' 1166.75 

12/17/09 1:06 PM ! 3233.9 9915.9! 1166.82 

12/17/09 1:06 PMi 323473; 9916.3! 1166.84 

12/17/09 1:06 PMi 323476! 9916.6S 1166.81 

12/17/09 1:06 PM; '""3234. 8 9892.8! 1166.79 

12/17/09 1:07 PM; 32357 T; 9893.1; 1166.76 

12/17/09 1:07 PMj 3235.4; 9893.4} 1166.76 

12/17/09 1:07 PM ! 3235.7; 9897.7! 1166.73 

12/17/09 1:07 PMi 3235.8! 9897.8! 1166.72 

12/17/09 1:08 PMI 3235.9; 9897.9! 1166.69 

12/17/09 1:08 PMl 3235.9= 9900.9i 1166.71 
Unit 4 Run 2 

Timei.Stamp .;.'. Liquid. Weign'tiBRT i:Total Weight HRT X^22)HRT 

12/17/09 1:08 P M 3236.0 9901.0! 1166.67 

12/17/09 1:08 P M 323671 9928.1! 1166.62 

12/17/09 1:09 P M 3236.6 9904.0! 1166.60 

12/17/09 1:09 P M 3235.9 9903.9! 1166.57 

12/17/09 1:09 P M 32357 9930.7! 1166.50 

12/17/09 1:09 P M 3235.4 9906.4j 1166.50 

12/17/09 1:10 PM 3235.2 9906.2 1166.52 

12/17/09 1:10 PM 3234.9 9932.9 1166.44 

12/17/09 1:10 P M 3234.6 9932.6 1166.40 

12/17/09 1:10 P M 1234.4 9932.4 1166.31 

12/17/09 1:11 PM 3234.1 9958.1 1166.30 

12/17/09 1:11 P M 3233.8 '99571 1166.23 

12/17/09 1:11 P M 3233 1 9957.6 1166.20 

12/17/09 1:11 P M 3233.3 9957.3 1166.19 

12/17/09 1:12 PM 3233.0 9957.0 1166.14 

12/17/09 1:12 PM, 32321, 9956.6 1166.06 

12/17/09 1:12 P M 3232 1 9956.3 1166.06 

12/17/09 1:12 P M 32311 9955.8 1166.06 

12/17/09 1:13 P M 3231.4 995574 1166.08 

12/17/09 1:13 PM 3230.9 9954.9 1166.10 

12/17/09 1:13 PM ; 32301! 9954.6 1166.04 

12/17/09 1:13 PM: 321673; 9954.3 1165.99 

12/17/09 1:14 PMI .3216.1' 9954.1 1165.93 

12/17/09 1:14 PM! 3230.0: 9954.0 1165.94 

12/17/09 1:14 PM; 32301: 10876.1 1165.92 

12/17/09 1:14 PMi 3236.1. " T0876.T 1165.83 

12/17/09 1:15 PM; 323072i 10876.2 1165.75 

12/17/09 1:15 PMi 3230.3! 10876.3 1165.66 

12/17/09 1:15 PM! 3230.5 """"•"IO9647 5 1165.64 

12/17/09 1:15 PMi 3236761 10904.6" 1165.64 

12/17/09 1:16 PM: ""1236781 10931.8 1165.63 

12/17/09 1:16 PM! ' ~3216 1 10931.8 1165.69 

12/17/09 1:16 PMi 3231.0: 10932.0 116573 

12/17/09 1:16 PM! 3231.2 1095972 1165.63 

12/17/09 1:17 PM; "3231.2" •10364.2 1165.66 

12/17/09 1:17 PM; 3231.1; 10364.1 1165.66 

12/17/09 1:17 PMi 3231.1! 10390.1 1165.63 

12/17/09 1:17 PMi 323T6"! 10390.6 1165.61 

12/17/09 1:18 PM | 3236791 10389.9 1165.56 

12/17/09 1:18 PMj "3230.8 i 10416.8 1165.56 

12/17/09 1:18 PMl 32l6'.a 10416.8 1165.56 

12/17/09 1:18 PMj 3230.7 10416.7 1165.52 

12/17/09 1:19 PM! 3236 1 10442.5 1165.46 

12/17/09 1:19 PM: 323675: 10442.5 1165.41 

12/17/09 1:19 PM; "3230.4 16442.4 1165.36 

12/17/09 1:19 PM! 3216.3 10442.3 1165.33 

12/17/09 1:20 PM; "3230. 4 10415.4 1165.31 

12/17/09 1:20 PM; "' 321672] 10415.2 1165.22 

12/17/09 1:20 PM! 3230.1; 10415.1 1165.27 

12/17/09 1:20 PMj 3230,6 10389.6 1165.26 
Unit 4 Run 2 

Time Stamp « Liquid Weight HRT | Total Weight HRT 'X-22 HRT 

12717/09 1:21 P M 3229.8! 10388.8! 1165.19 

12/17/09 1:21 PM 3229.7! 10388.7!' 1165.15 

12/17/09 1:21 P M 3229.6! 10361.6; 1165.12 

12/17/09 1:21 P M 3229:5! 10361.5 1165.10 

12/17/09 1:22 P M 3229 1 """"" 10361.3! 1165.04 

12/17/09 1:22 P M 3229:2 10333.2! 1165.08 

12/17/09 1:22 P M 32'29.2'! 10333.2! 1165.04 

12/17/09 1:22 P M 3229:1 10333.1! 1165.02 

12/17/09 1:23 P M "'3229:1 ; 10305.1! 1164.97 

12/17/09 1:23 P M 3229.1! 10305.1! 1164.91 

12/17/09 1:23 P M ' "3229.6; 10305.0! 1164.84 

12/17/09 1:23 P M ""3229.O! • 11499.0; 1164.84 

12/17/09 1:24 P M 3229 1 11499.0! 1164.84 

12/17/09 1:24 P M 3228.97 11498.9 1164.84 

12/17/09 1:24 P M 3228.9; 11498.9! 1164.83 

12/17/09 1:24 P M 3228.8. 11498.8! 1164.84 

12/17/09 1:25 PM : 3228.7! 10886.7! 1164.75 

12/17/09 1:25 PM . 3228.7 10886.7i 1164.74 

12/17/09 1:25 P M '3228. 6 10913.6 1164.71 

12/17/09 1:25 P M 3228.6! 109131! 1164.69 

12/17/09 1:26 PMj 3228.7; 10913.7! 1164.64 

12/17/09 1:26 PM : "' " 3228.8 ' 10912.8; 1164.57 

12/17/09 1:26 PMj 3228.9 U i'0884.9! 1164.62 

12/17/09 1:26 PMi "

:

"3228:9"! " 10884.9! 1164.61 

12/17/09 1:27 PM ; 3228.9 10857.9; 1164.63 

12/17/09 1:27 PMi 3228.9; 10857.9! 1164.58 

12/17/09 1:27 PMi 3228.8! 10857.8! 1164.60 

12/17/09 1:27 PMi 3228.7! 10857.7! 1164.59 

12/17/09 1:28 PMi 3228.7j 10857.7! 1164.57 

12/17/09 1:28 PM ; 3228.6 11347.6! 1164.55 

12/17/09 1:28 PMi 3228":6!" 11347.6! 1164.56 

12/17/09 1:28 PMj 3228:7! 11347.7! 1164.63 

12/17/09 1:29 PMj 322819 11347.9: 1164.61 

12/17/09 1:29 PMi 3229.6; 113481! 1164.57 

12/17/09 1:29 PM ! """3228. 9 " 11347.9; 1164.56 

12/17/09 1:29 PMi " 3228.9: '11347.9! 1164.52 

12/17/09 1:30 PMj 3228.7i 11347.7! 1164.49 

12/17/09 1:30 PM ! 3228.6" 11347.6! 1164.50 

12/17/09 1:30 PM ! 3228.4; 11347.4! 1164.49 

12/17/09 1:30 PMi "'""3228:3;'" " 11347.3; 1164.49 

12/17/091:31 PMj 3228.3: 11347.3: 1164.47 

12/17/091:31 PMj 3228.4! 11347.4; 1164.43 

12/17/09 1:31 PMj 3228^;'"" 11347.5j 1164.41 

12/17/091:31 PMi 3228.6! 10384.6! 1164.39 

12/17/09 1:32 PM ; 3228.6! 10384.6! 1164.39 

12/17/09 1:32 PMi " 3221:4!" :" 10384.4! 1164.44 

12/17/09 1:32 PMi 3228.3; 10384.3! 1164.47 

12/17/09 1:32 PM ; "3228 1 11268.2! 1164.50 

12/17/09 1:33 PM : 3228.1 11241.1; 1164.53 

12/17/09 1:33 PMj 32281 ' 11241.0! 1164.49 
Unil 4 Run 2 

Time_Stamp Liquid Weight HRT Total Weight HRT | X-22 HRT 

12/17/091:33 PM ' 

12/17/09 1:33 PMi 

12/17/09 1:34 PM; 

"12/17/09 1:34 PM:' 

"12/17/09 1~34 P M 

12/17/09 1:34 PM; 

"12/1"7/Q9 1:35 PM"; 

12/17/09 1:35 PMf 

12/17/091:35 PM. 

12/17/091:35 PM, 

12/17/091:37 PMi 

12/17/091:38 PM; 

12/17/091:40 PM' 

12/17/09 1:40 P M 

12/17/091:41 P M 

12/17/09 1:41 P M 

'12/17/09 1:41 PMf 

12/17/09 1:41 P M 

12/17/09 1:42 PMl 

12/17/09 1:42 P M 

12/17/09 1:43 PMi 

12/17/091:36 PM ; 

12/17/09 1:36 PM 1 

12/17/09 1:36 PM; 

"12/17/09 1:36 PMi 

""12717/091:37 PM; 

12/17/09 1:37 PM~: 

12/17/091:37 PMi 

12/17/091:38 PM; 

12/17/09 1:38 PMi 

12/17/09 1:38 PMp 

"12/17/09 1:39 PM 7 

"12/17/09 1:39 PMi 

12/17/09 1:39 PMi 

12/17/09 1:39 PM1' 

12/17/09 1:40 PMj 

'12/17/091:40 PM ! 

12/17/09 1:42 PMj 

12/17/091:42 PMi" 

12/17/09 1:43 PM ; 

12/17/09 1:43 PM ; 

"12/17/09 1:43 PM ; 

'12/17/09 1:44 "PM! 

12/17/09 1:44 PMI 

12/17/09 1:44 PM!" 

12/17/09 1:44 PMI 

12/17/09 1:45 PMj 

"12/17/09 1:45 PM f 

12/17/09 1:45 PM ; 

12/17/09 1:45 PM ; 

3227.9! 

"3227797 

3227.9! 

-322779;" 

3227 1 

3227.8: 

' 3227.8:' 

322778? 

322787 

322787' 

3227.7!" 

'32277!' ' 

322775;" 

"3227.4]" 

3227.4:' 

32274;"' 

32271!" 

3227.7j" 

3227.7; 

"322787 

'32277 " 

'*3p777" 

""322777 

32271!" 

3227.5? 

3227.5! 

32275! 

3227.4! 

'322747 

l227"."2i"" 

3227 

32270; 

3226.97 

322679!"' 

3226.8|" 

3226>r 

'3226.5!' 

" 3226.3! 

3226J!" 

3225.9]"' 

322577 

73^5.4:"' 

3225.2! 

l2257j r 

lp5.0 [ 

322479!' 

"32241; 

3224.1 

3224.9 

3224.9! 

11268.91 116445 

11240.9! 1164.41 

1124079! 1164.47 

11266.9 1164.45 

T l 24679! 1164.47 

11240.8! 1164.44 

11240.8: 1164.42 

11240.8! 1164.41 

11240.8! 

11239787 

11483.2; 

11456.7 

11429.5 

TT45173 

11455.9L 

1145577 

11481.9; 

1148178' 

1M8l8i _ 

11508.9! 

11508.97 

1164.36 

1164.35 

11239.7! 1164.36 

1123.9.7! 1164.35 

11238.5; 1164.35 

11238.4. 1164.29 

11238.4! 1164.25 

11265.4; 1164.24 

11265.5! 1164.20 

11265.71 1164.16 

11265.7! 1164.15 

11265.81 1164.11 

11265.7! 1164.07 

11265.7! 1163.65 

11265/7] 1163,61 

11265.6; 1163.35 

"i 1265.5! 1163.33 

10474.5; 1163.28 

10474.5. 1163.21 

10448.4! 1163.15 

1044841 1163.10 

1163.02 

11457.1! 1162191 

1145776: 1162.84 

11456.9 1162.76 

11429.9! 1162.65 

.11456.8! 1162.55 

1162.51 

1162.41 

1162.35 

11456.1! 1162.22 

1162.17 

1162.14 

11455.4! 1162.09 

11455.2! 1162.08 

11455.1! 1162.02 

11455.0! 1161.88 

1161.78 

1161.72 

1161.67 

1161.62 

1161.57 
Unit 4 Run 2 

Time^Stam p V Liquid Weight HRT JdtarWeigif;HRT; X-227HRT 

12/17/09 1:46 PMj 

12/17/09 1:46 PMi 

12/17/09 1:46 PM'; 

12/17/09 1:46 PM ; 

12/17/09 1:47 P M 

12/17/09 1:47 PMj 

12/17/09 1:47 PM| 

12/17/09 1:47 PM; 

12/17/09 1:48 PM; 

"12/17/091:48 PMj 

12/17/09 1:48 PMj 

12/17/09 1:48 PMi 

"12/17/09 1:49 PMi 

12/17/09 1:49 PM: 

12/17/09 1:49 PMi 

12/17/09 1:49 PM; 

12/17/09 1:50 P M 

12/17/09 1:50 PM; 

"12/17/09 1:50 PMl 

12/17/091:50 PMi" 

12/17/09 1 

"12/17/09 T 

51 PM; 

51 PM; 

12/17/09 1:51 PMI 

12/17/09 1:51 PMi 

52PM 7 

52 PMi 

12/17/09 1 

12/17/09"1 

12/17/09 1:52 PMj 

12/17/09 1:52 PMj 

"12/17/09 1:53 PMi" 

12/17/09 1:53 P M 

"12/17/09 1:53 PM? 

12/17/09 1:53 PM-

'12/17/09 1:54 PM ; 

12/17/09 1:54 PMi 

12/17/09 1:54 PM ; 

12/17/09 1:54 PM | 

12/17/09 1:55 PMi 

12/17/09 1:55 PMi 

"12/17/09 1:55 PM j 

12? 17/09 1:55 PM ; 

12/17/09 1:56 PM ; 

12/17/09 1:56 PMi 

12/17/09 1:56 PM ; 

12/17/09 1:56 PMi 

12/17/09 1:57 PM. 

12/17/09 1:57 PMi 

12/17/09 1:57 PMi 

12/17/09 1:57 PM ; 

12/17/09 1:58 PM ; 

12/17/09 1:58 PM | 

3224.9; 

"32241? 

' 322479? 

322479; 

32257b; 

322517 

3225721 

322573;" 

322573: 

"3225751 

'322511 

322577" 

732218]' 

'322579!"' 

3226.17 

'3226727 

322673!' 

3226.4! 

322677I" 

"322179!" 

32271;" 

122775!" 

322777] 

"3227.9: 

3228.lT" 

122876;" 

122176]"" 

"32279;' 

3227787" 

3227.7. 

32274: 

12272 ! 

3227.0 r 

3226771 

322674T 

3226.3] 

3226.1! 

322671] 

3226.0 

322578;" 

32251!" 

3225.8; 

32251: 

"3226.6j 

322672!" 

"3226.4]" 

3226.6! 

32261 ' 

3227717 

12274!" 

11508.9! 1161.52 

11508.9; 1161.47 

11508.91. 1161.36 

1150879; 1161.32 

115091! 1161.24 

11509 

11509 

16632 

106327 

"10632 

10632. 

"10632 

"16661? 

'11706 

"11767 

11680. 

11707 

11707. 

1?1680 

11707. 

TlW . 

1168 1 

T170 7 

'11680. 

"11709! 

11769. 

11682? 

'117687 

'11708. 

11708. 

11735. 

11735. 

??117"357 

11734. 

'11~7347 

11734. 

11734. 

"117347 

117^37 

11733. 

11641 

'11641 

1161.25 

1161.23 

1161.21 

3| 1161.16 

5| 1161.09 

6 1161.07 

7j 1161.01 

8

!

 1161.02 

9 1160.95 

T 1160.94 

2! 1160.98 

3! 

4i" 

1161.00 

1160.98 

1160.97 

9| 1160.96 

2] 1160.93 

5l 1160.90 

7! 

9f 

1160.87 

1160.81 

1; 1160.80 

6; 

61 

1160.78 

1160.71 

9! 1160.65 

8! 1160.57 

7j 1160.51 

4! 1160.46 

2: 1160.44 

6! 1160.41 

7! 1160.39 

4, 1160.38 

3! 1160.41 

1j 1160.38 

T! 1160.35 

1160.35 

8! 1160.36 

8! 1160.37 

11733.8! 1160.31 

l"l733?8j 1160.24 

IT734; 

"11734 

;

 1173474! 1160.16 

1086176! 1160.13 

.01 1160.26 

.2 1160.23 

T1640.8! 1160.11 

1159.99 

1159.98 
Unit4 Run 2 I | 

Time Stamp Liquid Weight'HRT Total Weight HRT X-22 HRT 

12/17/09 1:58 PM 3227.5 11641.5! 1159.91 

12/17/09 1:58 PM 3227.7| 11641.7! 1159.81 

12/17/09 1:59 PM 3227.8 11641.8; 1159.73 

12/17/09 1:59 PM 3227.9 11614.9! 1159.69 

12/17/09 1:59 P M ""3228. 0 11642.0! 1159.65 

12/17/09 1:59 PM 3228.1; 11642.1! 1159.65 

12/17/09 2:00 PM 3228.2 11615.2! 1159.63 

12/17/09 2:00 P M 3228.3 11642.3! 1159.63 

12/17/09 2:00 PM 3228.6 11642.6! 1159.54 

12/17/09 2:00 P M 3228."8 11615.8! 1159.51 

12/17/09 2:01 P M 3229.1 11643.1! 1159.45 

12/17/09 2:01 P M 3229.6 11643.6; 1159.41 

12/17/09 2:01 P M 3230.0 11617.0! 1159.34 

12/17/09 2:01 PM "3230.4 11644.41 1159.28 

12/17/09 2:02 PM: 3231.0 11645.0! 1159.21 

12/17/09 2:02 PMi 3231.4; 11618.4; 1159.12 

12/17/09 2:02 PM 3231.8 11645.8! 1159.02 

12/17/09 2:02 P M 3231.9 11645.9, 1158.92 

12/17/09 2:03 P M 3232.0 11619.0; 1158.91 

12/17/09 2:03 PM! " 3232.1" 11646.1! 1158.85 

12/17/09 2:03 PM, 3232.2; 11646.2! 1158.76 

12/17/09 2:03 PM! """3232. 1 11646.1! 1158.74 

12/17/09 2:04 PM' 3232.0 11646.6! 1158.68 

12/17/09 2:04 PM, ""3231.9 ! 11645.9! 1158.60 

12/17/09 2:04 PM: 3231.8; 11645.8! 1158.59 

12/17/09 2:04 PM, 3231.7 11645.7s 1158.55 

12/17/09 2:05 P M 3231 J i 11645.7! 1158.47 

12/17/09 2:05 PM; 3231"."7; 11645.7; 1158.40 

12/17/09 2:05 PM | 32317! 11645.7! 1158.36 

12/17/09 2:05 PM : 3231.6! 11645.6! 1158.28 

12/17/09 2:06 PM | 3231.5! 11935.5! 1158.14 

12/17/09 2:06 PM : 32314" 11935.4! 1158.05 

12/17/09 2:06 PM! 3231.2! 11961.2; 1157.95 

12/17/09 2:06 PM , 3231.0! 11961.0 1157.88 

12/17/09 2:07 PM ! 3230.6. 11960.6! 1157.81 

12/17/09 2:07 PMI 3230!2: 11987.2; 1157.72 

12/17/09 2:07 PM ! ""322979 ! 11958.9: 1157.64 

12/17/09 2:07 PM ! 3229.7! 11958.7! 1157.52 

12/17/09 2:08 PM ! 3229.5! 11985.5! 1157.46 

12/17/09 2:08 PM ! 3229.2! 11958.2! 1157.37 

12/17/09 2:08 PM ! "322971! 11958.1; 1157.28 

12/17/09 2:08 PM! 3228.9! 11957.9! 1157.19 

12/17/09 2:09 PM ! 3228.8! 11957.8: 1157.12 

12/17/09 2:09 PM ; 3228.6! 11957.6! 1156.98 

12/17/09 2:09 PMj 3228.6; 11957.6; 1156.85 

"12/17/09 2:09 P M 3228.6; 11957.6! 1156.77 

12/17/09 2:10 PM ; '"3228.7! 11957.7T 1156.73 

12/17/09 2:10 PM ! 3228.8! 11957.8! 1156.77 

12/17/09 2:10 PM ; 322879! 11957.9: 1156.61 

12/17/09 2:10 PM ! 3228.9 11957.9, 1156.51 

VES018867 
Unit 4 Run 2 I 

Time Stamp Liquid Weight HRT Total Weight HRT X-22 HRT 

12/17/09 2:11 P M 3228.9! 11931.9 1156.44 

12/17/09 2:11 PM 3228.9: 11931.9 1156:42 

12/17/09 2:11 P M 3228.8 11931.8 1156.37 

12/17/09 2:11 P M ''32287: 11931.7 1156.33 

12/17/09 2:12 P M 32287; 119317 1156.30 

12/17/09 2:12 P M 3228.6 11931.6 1156.38 

12/17/09 2:12 P M """"322875!: 11931.5 1156.40 

12/17/09 2:12 P M 3228.4; 11931.4 1156.37 

12/17/09 2:13 P M 3228.4"! 11931.4 1156.34 

12/17/09 2:13 P M 3228:6! 11931.6 1156.30 

12/17/09 2:13PM : 3228.6! ~ 11931.6' 1156.35 

12/17/09 2:13 P M 322876! 11931.6 1156.37 

12/17/09 2:14 PM! 3228.7! 11931.7 1156.42 

12/17/09 2:14 PM; 322876; 11931.6- 1156.36 

12/17/09 2:14 PM! 322874; 11009.4 1156.36 

12/17/09 2:14 PM ! 3228.3; 11009.3; 1156.41 

12/17/09 2:15 PMi '3228.T : 12110.1. 1156.45 

12/17/09 2:15 PM; 3227.9; 12109.9! 1156.52 

12/17/09 2:15 PM; 322776! 12081.6; 1156.50 

12/17/09 2:15 PM; 322773! 12108.3; 1156.50 

12/17/09 2:16 PM! 322770 12081.0; 1156.53 

12/17/09 2:16 PM ! 3226:9! 12080.9! 1156.51 

12/17/09 2:16 PM^ 3226.7! 12107.7! 1156.45 

12/17/09 2:16 P M 3226.4! 12080.4! 1156.37 

12/17/09 2:17 PM | 3226.3! 12080.3! 1156.30 

12/17/09 2:17 PMl 322671! 12107.1! 1156.30 

12/17/09 2:17 PMi "3226.0: " 12081.0- 1156.30 

12/17/09 2:17 PMi 322676: 12081.0! 1156.33 

12/17/09 2:18 PMi 3226.1! 12108.1; 1156.35 

12/17/09 2:18 PM! 3226.2! 12081.27 1156.29 

12/17/09 2:18 PM ! 322674! 12081.4! 1156.27 

12/17/09 2:18 PM! 3226.6; 12107.61 1156.23 

12/17/09 2:19 PMj ""'3226787 12081.8] 1156.28 

12/17/09 2:19 PM ! 3227.1; 12082.1! 1156.32 

12/17/09 2:19 PMj 3227.3; 12169.3; 1156.35 

12/17/09 2:19 PM- "3227.4!"" 12109.4^ 1156.35 

12/17/09 2:20 PM ; 3227.6! 12109.6! 1156.34 

12/17/09 2:20 PMi 322777! 12109.7! 1156.40 

12/17/09 2:20 PMi 3227.9! 12109.9! 1156.42 

12/17/09 2:20 PM | 3228.0! 12110.0! 1156.41 

12/17/09 2:21 PMj 322871; 12110.1; 1156.43 

12/17/09 2:21 PM ! 3228.3! 12110.3! 1156.45 

12/17/09 2:21 PM ; ' " ' 3228.3: 12110.3! 1156.50 

12/17/09 2:21 PM ! 3228.5. 12110.5: 1156.51 

12/17/09 2:22 PMI 3228.7 12110.7! 1156.52 

12/17/09 2:22 PM! 3228.9! 12110.9! 1156.50 

12/17/09 2:22 PM! '322971! 12111.1! 1156.55 

12/17/09 2:22 PM ! "3229.3 7 13094.3! 1156.54 

12/17/09 2:23 PM! 3229.3; " 13094.3! 1156.61 

12/17/09 2:23 PM! 3229.4! 13094.4j 1156.65 
Unit 4 Run 2 

rime_Stamp ] Liquid Weight HRT'l Total Weight HRT X-22 HRT 

12/17/09 2:23 PM ; 

12/17/09 2:23 PM ' 

'"12/17/09 2:24 PM? 

12/17/09 2:24 PM ; 

12/17/09 2:24 PM ; 

12/17/09 2:24 PM ; 

12/17/09 2:25 PMi 

"12/T7/09 2:25 PM.' 

12/17/09 2:25 PMj 

"12/17/09 2:25 PM : 

12/17/09 2:26 PM ; 

12717/09 2:26 PMj 

12/17/09 2:26 PM;i 

12/17/09 2:26 PM? 

12/17/09 2:27 PM : 

"12/17/09 2:27 PM : 

12/17/09 2:27 PM : 

'12/17/09 2:27 PM ; 

12/17/09 2:28 P M 

"12/17/09 2:28'PMi 

12/17/09 2:28 PMi 

12/17/09 2:28 PMi 

1 2 /t7/092:29_PM : 

"12/17/09 2:29 PM": 

12/17/09 2:29 PM : 

12/17/09 2:29 PM ; 

12/17/09 2:30 PM ' 

12/17/09 2:30 PMi 

"12/17/09 2:30 PMi 

12/17/09 2:30 PMj 

12/17/09 2:31 PMj 

12/17/09 2:31 PMi 

12/17/09 2:31 PMj 

12/17/09 2:31 PMj 

12/17/09 2:32 PMj 

12/17/09 2:32 P M 

12/17/09 2:32PMj 

12/17/09 2:32 PMi 

12/17/09 2:33 PMj 

12/17/09 2:33 PMi 

12/17/09 2:33 PMj 

12/17/09 2:33 PMj 

12/17/09 2:34 PM ; 

12/17/09 2:34 PMi 

12/17/09 2:34 PM ! 

12/17/09 2:34 PM12/17/09 2:35 PM ; 

12/17/09 2:35 PM ; 

"12/17/09 2:35 PMj" 

12/17/09 2:35 PMi 

3229.5j 

3229.6 

3229.7! 

322977; 

3229:9 

323071?" 

3230.2!" 

'3236:2; 

3230.3! 

32303} 

3230.3: 

323674T 

32304!" 

323p! 4 r 

3236:5: 

323674[ 

3230.4: 

"323674!' 

3230.4? 

"'323072! 

"3230:'l!" 

32"297'9: 

'"3229.6!' 

3229.4? 

32291; 

"3229.1;"" 

3229.0 

"3228.97 

"3228:8!" 

322879 

122871''' 

"3228.61 

'3228.5 " 

3228.5? 

3228.6! 

3228.8'' 

3228:9'!" 

'3228:9;'" 

3229? 1?" 

"3229:2: 

'32|aj r 

"3229.2j 

"3229.2i" 

322917 

3229.4? 

3229.6? 

'322979? 

3230.2? 

12305]'" 

"32307f 

13094.5!_ 

"Tl90676i_ 

119267j_ 

'119267;_ 

11954.9; 

"l1955:Tj_ 

"T19281; 

Tl955.2[? 

1192p L 

"11901.31 

I'l 928.37 

11901.41 

1190174? 

11901.'4 

"1196T1 

Tl90T.4j 

11961.4: 

i'1901.4!' 

Ii9"6i74j 

"1141'il l 

" Tl 411.1? 

11410.97" 

1141676! 

11410.4? 

1141073? 

"i'i4i'6'7"iT 

11410.6: 

ll409?9 ! 

11409.8? 

"fi 40979? 

T14097.8T 

11409.6! 

Tl409.5]_ 

"T2306l!_ 

12306.6; 

11450.1 

11477 1 

11449.1 

11449.2; 

1T476 1 

Tl450".3[ 

"1145674? 

11450.9! 

11451.2'" 

11478.5! 

"11451.7? 

1156.69 

1156.73 

1156.74 

1156.77 

1156.82 

1156.83 

1156.93 

1157.01 

1157.08 

1157.12 

1157.14 

1157.16 

1157.14 

1157.19 

1157.22 

1157.26 

1157.27 

1157.31 

1157.36 

1157.39 

1157.36 

1157.35 

1157.42 

1157.48 

1157.58 

1157.66 

1157.67 

1157.74 

1157.78 

115779 

1157.85 

1157.90 

1157.93 

1157.98 

1158.04 

12306.8! 1158.08 

12333.9! 1158.08 

11449.9! 1158.12 

1158.10 

1158.18 

1158.23 

1158.30 

1158.30 

1158.38 

1158.40 

11477.6! 1158.47 

1158.55 

1158.63 

1158.69 

1158.71 
Unit 4 Run 2 | I I 

T"ime_Stamp Liquid Weight HRT Total Weight HRT X-22 HRT 

12/17/09 2:36 PMi 

12/17/09 2:36 PM " 

12/17/09 2:36 P M 

12/17/092 

T2/T7/09 2 

:36 P M 

37 P M 

12/17/09 2:37 P M 

12/17/09 2:37 PMi 

12/17/09 2:37 P M 

12/17/09 2:38 PM ; 

12/17/09 2:39 PMi 

12/17/09 2:39 PM? 

12/17/09 2:40 PMi 

12/17/09 2:40 PM ; 

12/17/09 2:40 PMI 

12/17/09 2:43 PM | 

12/17/09 2:43 PMj 

12/17/09 2:44 PM ; 

12717/09 2:44 PM? 

12/17/09 2:44 PM ; 

12/17/09 2:45 P M 

12/17/09 2:45 P M 

12/17/09 2:45 PM ; 

12/17/09 2:45 PM | 

12/17/09 2:46 PMi 

12/17/09 2:46 PMI 

12/17/09 2:47 P M 

12/17/09 2:47 PMj 

12(17/09 2:48 PM ; 

12/17/09 2:38 PM ; 

12/17/09 2:38 PMj 

12/17/09 2:38 PM ; 

12/17/09 2:39 PM? 

12/17/09 2:39 PMj 

12/17/09 2:40 PMj 

12/17/09 2:41 PM;" 

T2/17/09 2:41 PMI 

12/17/09 2:41 PM ; 

12/17/09 2:41 PMj 

12/17/09 2:42 P M 

"12/17/09 2:42 PMj 

12/17/09 2:42PMI 

12/17/09 2:42 PMl 

12/17/09 2:43 PMI 

"12/17/09 2:43 PMI 

12/17/09 2:44 PMi 

12/17/09 2:46 PMj 

12/17/09 2:46 PMj 

12/17/09 2:47 PMj 

'12/17/09 2:47 PM ; 

12/17/09 2:48 PM | 

3231.01 

32311! 

32314:-

3231.8! 

323179! 

3232767 

3232?T' 

3232.2 

3232727 

323273! 

3232747 

" 323217 

323274." 

"""323274!" 

323274] 

"'""3232477 

'323273. 

3232.3 

'323271 

"3232.2; 

3232il! 

'3232767 

323179? 

32318! 

32316! 

32316! 

3231.7 

'3231.8? 

323270 

323272? 

3232.4 

3232.7? 

3232.9: 

3233.1 

"323372! 

323372! 

323373? 

"323374; 

323373? 

"3233?3! 

323373? 

"323373]' 

323372! 

"3233.2'f 

3233?2[ 

3233? 1 

'323376? 

32337T 7 

3233.1; 

"3233761' 

11452.0! 1158.72 

11479.2? 1158.75 

11452.4 1158.80 

11452.8! 1158.84 

'11452.9! 1158.90 

"1142676; 1158.99 

11426.1! 1159.06 

1142672! 1159.17 

11426.1 1159.26 

11426.3! 

11426.4 

11426.37 

T142674? 

11382.3.. 

I'l38l.4r 

1159.29 

1159.35 

1159.42 

1159.45 

11426.41 1159.56 

11426.4? 1159.61 

12388?4 1159.49 

12388.3? 1159.44 

12381.3 1159.42 

"1238872; 1159.34 

11353.2! 1159.32 

11380.11 1159.29 

11386767 "l'l379?9i_ 

1140678? 

1159.24 

1159.25 

1159.40 

11379.61 1159.47 

11379.6; 1159.44 

11407.7 1159.48 

1138078; 1159.46 

1138176'; 1159.56 

11381.2' 1159.59 

' 11381.4; 1159.59 

1138177 1159.61 

11381 1 1159.59 

1138271? 

"1138272! 

1159.57 

1159.63 

11382.2! 1159.69 

1159.72 

1159.73 

11355.3 1159.65 

11355.31 1159.61 

11355,3^ 1159.63 

11355.3 1159.62 

'1135572? 1159.65 

11355.2: 1159.62 

113551 1159.64 

11355.1! 1159.59 

"I1355l[ 

12432.1! 1159.59 

1159.60 

12432.1! 1159.59 

12432.0! 1159.57 
Unit 4 Run 2 | 

,' Tirrt'e "Stamp Liquid We'ighltli t iTdi ! Weight HRT X-22 HRT 

12/17/09 2:48 P M 3232.9; 12458.9! 1159.57 

12/17/09 2:48 P M "' 3232:9. 12458.9 1159.54 

12/17/09 2:49 P M 3232:8! 12485.8! 1159.52 

12/17/09 2:49 P M 3232.8! 11385.8; 1159.48 

12/17/09 2:49 P M 3232.7; 11385.7! 1159.40 

12/17/09 2:49 P M 3232.6! 11413.6 1159.43 

12/17/09 2:50 P M 3232.6; 11386.6 1159.47 

12/17/09 2:50 P M 3232.5; 11386.5! 1159.39 

12/17/09 2:50 P M 3232:4; ' 11413.4 1159.37 

12/17/09 2:50 P M 3232.4; 11386.4 1159.32 

12/17/09 2:51 PM ' 3232.3; 11386.3 1159.25 

12/17/09 2:51 PMi 3232.5 " 11413.5 1159.21 

12/17/09 2:51 P M 3232.5? "11387.5 1159.24 

12/17/09 2:51 PM ; 3232.7' 11387.7 1159.17 

12717/09 2:52 PM ! 3232.9 11386.9 1159.18 

12717/09 2:52 PM ! 3233':2 11387.2 1159.20 

12717/09 2:52 PM; "3233.4 " 11387.4 1159.21 

12717/09 2:52 PMi 3233.6j 1136676 1159.19 

12/17/09 2:53 PMj 3233":9 11360.9 1159.12 

12/17/09 2:53 PMj '""3234.2?"'" 113612 1159.08 

12/17/09 2:53 PM ! 3234.4 11334.4 1159.05 

12/17/09 2:53 PM ; 3234:5: 11334.5 1159.11 

12/17/09 2:54 PMj " 3234.8! " 11334.8 1159.12 

12/17/09 2:54 PM | 3235.0. 11335.6" 1159.10 

12/17/09 2:54 PM ! 3235.6! 11335.0 1159.06 

12/17/09 2:54 PM ! 3235.6! 11335.0 1158.96 

12/17/09 2:55 PMi 3235.1 11335.1 1158.93 

12/17/09 2:55 PM ! 3235.1; 11335.1 1158.91 

12/17/09 2:55 PMi 3235.1! 11335.1 1158.88 

12/17/09 2:55 PM ; 3235:6; " 12454.0 1158.82 

12/17/09 2:56 PM ! 3234.9? 12453.9 1158.75 

12/17/09 2:56 PMi 3234.8; 12453.8 1158.70 

12/17/09 2:56 PM ; 3234.6? 12453.6 1158.68 

12/17/09 2:56 PM ! 3234.4: 12453.4 1158.63 

12/17/09 2:57 PMi "3234.I;' " 12480.1 1158.62 

12/17/09 2:57 PM ; 3233.8i 12479.8; 1158.58 

12/17/09 2:57 PM ! 3233.5: 12479.5 1158.51 

12/17/09 2:57 PM ! 3233.1! 11674.1 1158.45 

12/17/09 2:58 PMi 3232.7: 11673.7! 1158.45 

12/17/09 2:58 PM ! 3232.2] 11673.2! 1158.35 

12/17/09 2:58 PM ! 3232.0?" 11700.0! 1158.37 

12/17/09 2:58 PM ! 32318 11699.8! 1158.36 

12/17/09 2:59 PMj 323176 " 11699.6] 1158.25 

12/17/09 2:59 PM ! 3231.5; 11726.5! 1158.20 

12/17/09 2:59 PMj 3231.4! 11699.4! 1158.16 

12/17/09 2:59 PMI 3231.4! 1172674! 1158.13 

12/17/09 3:00 PM ! '3231.3 11726.3! 1158.06 

12/17/09 3:00 PMj 3231:3]"" 11699.3! 1158.01 

12/17/09 3:00 PM | ~" 32313' ' 11726.3: 1158.03 

12/17/09 3:00 PM ! * "323T.2; 11726.2! 1157.97 
Unit A Run 2 | 

/" rimej]Stamp Liquid Weight HRT Total Weight HRT X-22 HRT 

12/17/09 3:01 PMi 32311 11699.1 1157.99 

12/17/09 3:01 PM; 3230.9 " T 1698.9 1157.94 

12/17/09 3:01 PM 3230.7 11698.7 1157.92 

12/17/09 3:01 PM : 3230.5 1167175 1158.05 

12/17/09 3:02 PM, 3230.2 11671.2 1158.11 

12/17/09 3:02 PM; 3229.9 11670.9 1158,21 

12/17/09 3:02 PM 3229.6 11643.6 1158.28 

12/17/09 3:02 PMi 3229.4 11643.4 . 1158.33 

12/17/09 3:03 PM 3229.1 11643.1 1158.43 

12717/09 3:03 PM 3228.9 11615.9 1158.50 

12/17/09 3:03 PM 322878 11615.8 1158.59 

12/17/09 3:03 PM ""'"3228.8 . 11615.8 1158.66 

12/17/09 3:04 PM 3228.8: 11615.8 115873 

12/17/09 3:04 PM " 32287; 11615.7 1158.82 

12/17/09 3:04 PM "'''322877 11615.7 1158.87 

12/17/09 3:04 PM 3228.6! 11615.6 1158.90 

12/17/09 3:05 PM 3228.6i 11615.6 1159.00 

12/17/09 3:05 PM 3228.5! 11615.5 1159.12 

12/17/09 3:05 PM 3228.5] 11615.5 1159.13 

12/17/09 3:05 PM 3228.4; 12424.4! 1159.21 

12/17/09 3:06 PM 3228.4. 11256.4^ 1159.26 

12/17/09 3:06 PM 3228?3i 11256.3; 1159.38 

12/17/09 3:06 PM 322872. 11230.2! 1159.49 

12/17/09 3:06 PM 3228.2;' 11230.2! 1159.57 

12/17/09 3:07 PM 3228.1? 11230.1! 1159.69 

12/17/09 3:07 PM " 322871! 11203.1! 1159.77 

'12/17/09 3:07 PM 3228.1 11203.1! 1159.83 

12/17/09 3:07 PM 3228.1 11229.1! 1159.97 

12/17/09 3:08 PM 3228.1[ 11202.1! 1160.04 

12/17/09 3:08 P M 3228.2! 11202.2! 1160.15 

12/17/09 3:08 P M 322872! 11228.2; 1160.24 

12/17/09 3:08 P M 3228.4: 11201.4; 1160.29 

12/17/09 3:09 P M 3228.67 11201.6? 1160.42 

12/17/09 3:09 P M 322878,' 11227.8! 1160.55 

12/17/09 3:09 P M 322879? 11200.9! 1160.70 

12/17/09 3:09 PM 3229.1" 11201.1: 116079 

12/17/09 3:10 PM" 322971 11227.1! 116078 

12/17/09 3:10 PM. 3229.2? 11200.2; 1160.86 

12/17/09 3:10 PM; 3229.3 11200.3! 116105 

12/17/09 3:10 PM: 3229.4! 11226.4; 1161.20 

12/17/09 3:11 PM ; '3229.5: 11226.5! 1161.32 

12/17/09 3:11 PM ; 3229.5! 11226.5; 1161.32 

12/17/09 3:11 PM. 3229.6: 11252.6! 1161.34 

12/17/09 3:11 PMi 3229.7 11252.71 1161.40 

12/17/09 3:12 PMi 3229.8 11252.81 1161.49 

12/17/09 3:12 PMi '3230.0 ; 11253.6! 1161.46 

12/17/09 3:12 PM: 323671! 11253.ll 1161.50 

12/17/09 3:12 PM 3230.3; 11253.3" 1161.53 

12/17/09 3:13 PM 3230.4 11253.4! 1161.53 

12/17/09 3:13 PM: 3230.3; 11253.3; 1161.59 
Unit4 Run 2 j 

?;': a^iraeTSIampTS^ Liquid Weight HRT Total Weight HRT X-22 HRT 

12/17/09 3:13 P M 3230.3! 11253.3! 1161.64 

12/17/09 3:13 P M 3230.3; 11253.31 1161.70 

12/17/09 3; 14 P M 3230.3 11253.3j 1161.70 

12/17/09 3:14 P M 3230.5 11253.5! 1161.73 

12/17/09 3:14 P M 3230.8 11253.8! 1161.75 

12/17/09 3:14 P M 3230.9 11253.9; 1161.77 

12/17/09 3:15 P M 3231.1 11427.1! 1161.85 

12/17/09 3:15 P M 3231.2 11427.2! 1161.89 

12/17/09 3:15 P M 3231.4 11453.4; 1161.93 

12/17/09 3:15 P M ""3231. 6 11426.6! 1162.03 

12/17/09 3:16 P M 3231.7 11426.7! 1162.09 

12/17/09 3:16 P M 3231.8 11452.8! 1162.17 

12/17/09 3:16 P M 32319 11425.9; 1162.31 

12/17/09 3:16 P M 3232.6 11426.0; 1162.52 

12/17/09 3:17 P M ""32321 ! 11452.2] 1162.71 

12/17/09 3:17 P M 3232.4; 11425.4] 1162.86 

12/17/09 3:17 PM ; 323274 11425.4! 1162.98 

12/17/09 3:17 PM ; ~3232.3 ! 11451.3; 1163.14 

T~2/17/09 3:18 P M 323Z37 11424.3! 1163.40 

12/17/09 3:18 PM ! 3232.2 11424.2; 1163.51 

12/17/09 3:18 PM ' 3232.0! 11450.0! 1163.59 

12/17/09 3:18 PMj 323i.9 : 11423.9! 1164.30 

12/17/09 3:19 PMI """'3231.7 ' 11423.71 1163.75 

12/17/09 3:19 PM ; "12314 ] 11449.41 1163.21 

12/17/09 3:19 P M 32312; 11422.2! 1162.86 

12/17/09 3:19 PM 1 3230.9: 11421.9! 1162.73 

12/17/09 3:20 PM ' 3230.6 11421.6! 1162.69 

12/17/09 3:20 PM : 3231 1 11421.3: 1162.63 

12/17/09 3:20 PM ; 32361! 11421.0; 1162.51 

12/17/09 3:20 PMj "3229. 7 11420.7! 1162.49 

12/17/09 3:21 PM ! 32211; 11420.5: 1162.50 

12/17/09 3:21 PMi 3229.3]' 11420.3: 1162.48 

12/17/09 3:21 PM : 3229.0] 11420.0! 1162.39 

12/17/09 3:21 PM | 32291: 11420.0; 1162.34 

12/17/09 3:22 PMi 3228.9! 12331.9! 1162.31 

12/17/09 3:22 PM; 3228.7; 12331.7! 1162.27 

12/17/09 3:22 PM ! 3228.6! 12331.6! 1162.19 

12/17/09 3:22 PM ! 3228.5 11374.5! 1162.15 

12/17/09 3:23 PM ! 3228.51 11374.5; 1162.04 

12/17/09 3:23 PM "'7 3228.4! 11374.4, 116199 

12/17/09 3:23 PM f 3228.3! 11400.3: 1161.94 

12/17/09 3:23 PM ! 3228.2; 11466.2T 1161.82 

12/17/09 3:24 PMi 3228]1 11374.1! 1161.74 

12/17/09 3:24 PMI 3228.0! 11374.0! 1161.67 

12/17/09 3:24 PMi 3227.9; 11371.91 1161.61 

12/17/09 3:24 PMi 3227 1 11371.8' 1161.57 

12/17/09 3:25 PMl 3228.0; 11372.0; 1161.47 

12/17/09 3:25 PMi '"3228.1 : 11371.1 1161.38 

12/17/09 3:25 PM ! 3228.2j 11371.2! 1161.33 

12/17/09 3:25 PM ; 3228.4! 1137l4i 116125 
Unit4 Run 2 | | 

Liquid Weight HRT Total Weight HRT X-22'HRT 

12/17/09 3:26 PMi 3228.6; 11344.6 1161.17 

12/17/09 3:26 PMi 3228.7; " 11344.7 1161.12 

12/17/09 3:26 PM, '"3229.6 ; 11345.0' 1161.05 

12/17/09 3:26 PM: 32291; 11345.2! 1160.96 

12/17/09 3:27 PM " "32294! " 11345.4; 1160.85 

12/17/09 3:27 PM: 3229761 ' Tl345.6] 1160.82 

12/17/09 3:27 PM: 3229.7i 11345.7! 1160.75 

12/17/09 3:27 PM: 32297; 11345.7! 1160.71 

12/17/09 3:28 PM: 3229.7; 11345.7? 1160.62 

12/17/09 3:28 PM: 3229.91 11345.9 1160.53 

12/17/09 3:28 PM: 3229T9(" 11345.9 1160.55 

12/17/09 3:28 PM; 32361! 1134671" 1160.50 

12/17/09 3:29 P M 323673! 11346.3 1160.40 

12/17/09 3:29 PMi 323674] "1134674 1160.35 

12/17/09 3:29 PM ; 3236.4 1 "1346.4 1160.24 

12/17/09 3:29 PM ; 3230.5 1134675 1160.14 

12/17/09 3:30 PM | • 3230.6! 11346.6 1160.06 

12/17/09 3:30 PM; "32307!"'"''""' 11346.7 1159.99 

12/17/09 3:30 PMi 323678 11346.8 1159.93 

12/17/09 3:30 PMI " "32361" ~ 11346.9 1159.89 

12/17/09 3:31 PMi 3231 .Oj il'347.01 1159.81 

12/17/09 3:31 PMI 3231.0! 11347 0 1159.74 

12/17/09 3:31 PMi '"""" " 3231727"""" 11347.2 1159.69 

12/17/09 3:31 PMi ' 3231.1. 104"56!'i 1159.63 

12/17/09 3:32 PM : 3231.0! 10450.0 1159.55 

12/17/09 3:32 PMj 323079! 10449.9 1159.47 

12/17/09 3:32 PMi 32368! 10422.8 1159.44 

12/17/09 3:32 PM | 3230.7; 11114.7 1159.38 

12/17/09 3:33 PMi '323676! 11114.6 1159.29 

12/17/09 3:33 PMl 3230.4! 11087.4 1'159.22 

12/17/09 3:33 PM | 323675? l i 087.5 1159.15 

12/17/09 3:33 PM ; 323674;" " 11087.4 1159.09 

12/17/09 3:34 PM | "323674j 11066.4 1159.02 

12/17/09 3:34 PM: 3230.4! 11060.4 1158.97 

12/17/09 3:34 PMj 3230.4! 11060.4 1158.91 

12/17/09 3:34 PM | 3230.3! 11033.3 1158.86 

Maximum| 32351] 13094.5 1164.5 

VES018874 
UnlttM (PM.HCI/CI2) 

RunM 

Date; 12/18/09 

Test rime: 09:50 to 10:52 

Run Length (minutes) - 62 

Average Thermal Chlorine Ash 

Feedrate Loading Loading Loading 

Waste Type Btu/lb %Chlorine %Ash (Ib/hr) (MMBtu/hr) (Ib/hr) (Ib/hr) 

PCC High Btu 8660 0.23 0.33 1220 10.57 2.8 4.0 

PCC Low Btu 189 0.16 0.42 2021 0.38 3.2 8.5 

SCC High Btu 9820 0.14 0.18 1140 11.19 1.6 2;i 

Bulk Solids 196 0.1 80.1 7632 1.50 7.6 6112.9 

Containerized Solids 900 0.01 74.4 987 0.89 0.1 734.4 

(Chlorine Spike) 25 89.8 0.1 255 0.01 229.4 0.3 

Totals 13255 24.5 245 6862 

Containerized Solids: Number of Total Charges Average CI2 Spike Waste 

Charges Weight Per Hour Lb/Hr Lb/Hr Lb/Hr 

44 1284 42.6 1243 255 987 

6.0 Ib/chg 

89.8% CI2 

Bulk Solids: Total Averaqe 

Weight Lb/Hr 

7886 L 7632 

Unit* (D/F) 

Run #3 

Date: 12/18/09 

TestTirre: 11:45 to 14:50 

Run Length (minutes) - 185 

Average Thermal Chlorine Ash 

Feedrate Loading Loading Loading 

Waste Type Btu/lb %Chlorine %Ash (Ib/hr) (MMBtu/hr) (Ib/hr) (Ib/hr) 

PCC High Btu 8510 0.23 0.31 1259 10.71 2.9 3.9 

PCC Low Btu 246 0.17 0.34 2060 0.51 3.5 7.0 

SCC High Btu 9770 0.14 0.19 1183 11.56 1.7 2.2 

Bulk Solids 900 0.02 79.4 8114 7.30 1.6 6442.7 

Containerized Solids 900 0.01 73.7 . 933 0.84 0.1 687.7 

Chlorine Spike) 25 89.8 0.1 121 0.00 10B.3 0..1 

Totals 13670 30.9 118 7144" 

Containerized Solids: Number of Total Charges Average CI2 Spike Waste 

Charges Weight Per Hour Lb/Hr Lb/Hr Lb/Hr 

124 3249 40.2 1054 121 933 

3.0 Ib/chg 

89,6% CI2 

Bulk Solids: Total Average 

Weight Lb/Hr 

25019 8114 

VES018875 
I Unit* Run 3 

1 Inc Station BurnTime Rec-Drum Ibs 

4 Aux Dec 18 2009 10:51AM 353610-3 29 

4 Aux Dec 18 2009 10:50AM 353610-3 29 

4 Shredded Dec 18 2009 10:48AM PT001 612 

4 Aux Dec 18 2009 10:46AM 353610-3 29 

4 Aux Dec 18 2009 10:46AM 353610-3 30 

4 Shredded Dec 18 2009 10:45AM PT001 1030 

A Aux Dec 18 2009 10:44AM 353610-3 29 

4 Aux Dec 18 2009 10:43AM 353610-3 29 

4 Aux Dec 18 2009 10:43AM 353610-3 30 

4 Aux Dec 18 2009 10:42AM 353610-3 29 

4 Aux Dec 18 2009 10:42AM 353610-3 29 

4 Aux Dec 18 2009 10:42AM 353610-3 29 

4 Aux Dec 18 2009 10:41AM 353610-3 29 

4 Shredded Dec 18 2009 10:38AM PT001 1147 

4 Aux Dec 18 2009 10:36AM 353610-3 29 

4 Aux Dec 18 2009 10:36AM 353610-3 31 

4' Aux Dec 18 2009 10:35AM 353610-3 29 

4 Aux Dec 18 2009 10:35AM 353610-3 29 

4 Aux Dec 18 2009 10:34AM 353610-3 29 

4 Aux Dec 18 2009 10:34AM 353610-3 29 

4 Aux Dec 18 2009 10:34AM 353610-3 29 

4 Shredded Dec 18 2009 10:29AM PT001 1139 

4 Aux Dec 18 2009 10:28AM 353610-3 29 

4 Aux Dec 18 2009 10:27AM 353610-3 29 

4 Aux Dec 18 2009 10:27AM 353610-3 29 

4 Aux Dec 18 2009 10:26AM 353610-3 29 

4 Aux Dec 18 2009 10:26AM 353610-3 30 

4 Aux Dec 18 2009 10:26AM 353610-3 29 

4 Shredded Dec 18 2009 10:20AM PT001 1112 

4 Aux Dec 18 2009 10:18AM 353610-3 29 

+ Aux Dec 18 2009 10:18AM 353610-3 30 

4 Aux Dec 18 2009 10:17AM 353610-3 30 

4- Aux Dec 18 2009 10:17AM 353610-3 29 

4- Aux Dec 18 2009 10:17AM 353610-3 29 

4 Shredded Dec 18 2009 10:11AM PT001 895 

4 Aux Dec 18 2009 10:10AM 353610-3 29 

4 Aux Dec 18 2009 10:09AM 353610-3 29 

4 Aux Dec 18 2009 10:09AM 353610-3 29 

4 Aux Dec 18 2009 10:08AM 353610-3 29 

4 Aux Dec 18 2009 10:08AM 353610-3 29 

4 Shredded Dec 18 2009 10:02AM PT001 989 

4 Aux Dec 18 2009 10:00AM 353610-3 29 

4 Aux Dec 18 2009 10:00AM 353610-3 30 

4 Aux Dec 18 2009 9:59AM 353610-3 29 

4 Aux Dec 18 2009 9:59AM 353610-3 29 

4 Aux Dec 18 2009 9:59AM 353610-3 29 

4 Shredded Dec 18 2009 9:53AM PT001 962 

4 Aux Dec 18 2009 9:52AM 353610-3 29 

4 Aux Dec 18 2009 9:52AM 353610-3 29 

4 Aux Dec 18 2009 9:51AM 353610-3 29 

4 Aux Dec 18 2009 9:51AM 353610-3 29 

4 Aux Dec 18 2009 9:50AM 353610-3 29 

Tot 

52 Rows Span: 1 (Hrs) 1 (Min) Unique IDs: 2 9170 

Containers: 

44 Charges Charge Wgt 1284 

Bulk: 

8 Charges Charge Wgt 7886 
|Unit4 Run 3 

1 Inc Station BurnTime Rec-Drum Ibs 

4 |Dec 18 2009 2:45PM PT001 885 

4 Aux Dec 18 2009 2:42PM 353610-4 25 

4 Aux Dec 18 2009 2:41PM 353610-4 24 

4 Aux Dec 18 2009 2:40PM 353610-4 24 

4 Aux Dec 18 2009 2:40PM 353610-4 24 

4 Aux Dec 18 2009 2:39PM 353610-4 24 

4 Aux Dec 18 2009 2:38PM 353610-4 23 

4 Shredded Dec 18 2009 2:37PM PT001 1243 

4 Aux Dec 18 2009 2:33PM 353610-4 24 

4 Aux Dec 18 2009 2:32PM 353610-4 26 

4 Aux Dec 18 2009 2:31PM 353610-4 27 

4 Aux Dec 18 2009 2:30PM . 353610-4 26 

4 Aux Dec 18 2009 2:30PM 353610-4 27 

4 ' Aux Dec 18 2009 2:29PM 353610-4 27 

4 Shredded Dec 18 2009 2:28PM PT001 1323 

4 Aux Dec 18 2009 2:24PM 353610-4 26 

4 Aux Dec 18 2009 2:23PM 353610-4 26 

4 Aux Dec 18 2009 2:23PM 353610-4 26 

4 Aux Dec 18 2009 2:22PM 353610-4 27 

4 Aux Dec 18 2009 2:21PM 353610-4 26 

4 Aux Dec 18 2009 2:21PM 353610-4 27 

4 Shredded Dec 18 2009 2:19PM PT001 1211 

4 Aux Dec 18 2009 2:15PM 353610-4 27 

4 Aux Dec 18 2009 2:14PM 353610-4 27 

4 Aux Dec 18 2009 2:13PM 353610-4 27 

4 Aux Dec 18 2009 2:13PM 353610-4 27 

4 Aux Dec 18 2009 2:12PM 353610-4 26 

4 Aux Dec 18 2009 2:11PM 353610-4 26 

4 Shredded Dec 18 2009 2:10PM PT001 1270 

4 Aux Dec 18 2009 2:07PM 353610-4 26 

4 Aux Dec 18 2009 2:06PM 353610-4 26 

4 Aux Dec 18 2009 2:05PM 353610-4 26 

4 Aux Dec 18 2009 2:05PM 353610-4 26 

4 Aux Dec 18 2009 2:04PM 353610-4 26 

4 Aux Dec 18 2009 2:03PM 353610-4 26 

4 Shredded Dec 18 2009 2:02PM PT001 1251 

4 Aux Dec 18 2009 1:59PM 353610-4 26 

4 Aux Dec 18 2009 1:58PM 353610-4 26 

4 Aux Dec 18 2009 1:57PM 353610-4 26 

4 Aux Dec 18 2009 1:57PM 353610-4 26 

4 Aux Dec 18 2009 1:56PM 353610-4 27 

4 Aux Dec 18 2009 1:55PM 353610-4 27 

4 Shredded Dec 18 2009 1:54PM PT001 1230 

4- Aux Dec 18 2009 1:51PM 353610-4 27 

4 Aux Dec 18 2009 1:51PM 353610-4 27 

4 Aux Dec 18 2009 1:50PM 353610-4 27 

' 4 Aux Dec 18 2009 1:49PM 353610-4 27 

4 Aux Dec 18 2009 1:48PM 353610-4 27 

4 Aux Dec 18 2009 1:48PM 353610-4 27 

4 Shredded Dec 18 2009 1:47PM PT001 1266 

4 Aux Dec 18 2009 1:42PM 353610-4 27 

4 Aux Dec 18 2009 1:42PM 353610-4 27 

4 Aux Dec 18 2009 1:41PM 353610-4 27 

4 Aux Dec 18 2009 1:40PM 353610-4 27 

4 Aux Dec 18 2009 1:39PM 353610-4 27 

VES018877 
I Unit 4 Run 3 

Inc Station BurnTime Rec-Drum Ibs 

4 Aux Dec 18 2009 1;39PM 353610-4 27 

4 Shredded Dec 18 2009 1:37PM PT001 1199 

4 Aux Dec 18 2009 1:34PM 353610-4 27 

4 Aux Dec 18 2009 1:33PM 353610-4 27 

4 Aux Dec 18 2009 1:32PM 353610-4 27 

4 Aux Dec 18 2009 1:32PM 353610-4 26 

4 Aux Dec 18 2009 1:31PM . 353610-4 27 

4 Aux Dec 18 2009 1:30PM 353610-4 27 

4 Shredded Dec 18 2009 1:29PM PT001 1135 

4 Aux Dec 18 2009 1:25PM 353610-4 27 

4 Aux Dec 18 2009 1:24PM 353610-4 27 

4 Aux Dec 18 2009.1:23PM 353610-4 27 

4 Aux Dec 18 2009 1:23PM 353610-4 27 

4 Aux Dec 18 2009 1:22PM 353610-4 27 

4 Aux Dec 18 2009 1:21PM 353610-4 27 

4 Shredded Dec 18 2009 1:20PM PT001 1165 

4 Aux Dec 18 2009 1:17PM 353610-4 27 

4 Aux Dec 18 2009 1:15PM 353610-4 27 

4 Aux Dec 18 2009 1:15PM 353610-4 27 

4 Aux Dec 18 2009 1:14PM 353610-4 27 

4 Aux Dec 18 2009 1:13PM 353610-4 26 

4 Aux Dec 18 2009 1:13PM 353610-4 26 

4 Shredded Dec 18 2009 1:11PM PT001 1222 

4 Aux Dec 18 2009 1:08PM 353610-4 26 

4 Aux Dec 18 2009 1:07PM . 353610-4 26 

4 Aux Dec 18 2009 1:06PM 353610-4 26 

4 Aux Dec 18 2009 1:06PM 353610-4 26 

4 Aux Dec 18 2009 1:05PM 353610-4 26 

4 Aux Dec 18 2009 1:04PM 353610-4 26 

4 Shredded Dec 18 2009 1:03PM PT001 1055 

4 Aux Dec 18 2009 1:00PM 353610-4 26 

4 Aux Dec 18 2009 12:59PM 353610-4 26 

4 Aux Dec 18 2009 12:59PM 353610-4 27 

4 Aux Dec 18 2009 12:58PM 353610-4 26 

4 Aux Dec 18 2009 12:57PM 353610-4 26 

4 Aux Dec 18 2009 12:56PM 353610-4 26 

4 Shredded Dec 18 2009 12:55PM PT001 1049 

4 Aux Dec 18 2009 12:52PM 353610-4 26 

4 Aux Dec 18 2009 12:51PM 353610-4 26 

4 Aux Dec 18 2009 12:50PM 353610-4 26 

4 Aux Dec 18 2009 12:50PM 353610-4 26 

4- Aux Dec 18 2009 12:49PM 353610-4 26 

4 Aux Dec 18 2009 12:48PM 353610-4 26 

VES018878 
|Unit4 Run 3 

Station BurnTime Rec-Drum Ibs 

4 Aux Dec 18 2009 12:42PM 353610-4 26 

4 Aux Dec 18 2009 12:42PM 353610-4 26 

4 Aux Dec 18 2009 12:41PM 353610-4 26 

4 Aux Dec 18 2009 12:40PM 353610-4 26 

4 Shredded Dec 18 2009 12:39PM PT001 935 

4 Aux Dec 18 2009 12:35PM 353610-4 26 

4 Aux Dec 18 2009 12:34PM 353610-4 26 

4 Aux Dec 18 2009 12:33PM 353610-4 26 

4 Aux Dec 18 2009 12:33PM 353610-4 26 

4 Aux Dec 18 2009 12:32PM 353610-4 26 

4 Aux Dec 18 2009 12:31PM 353610-4 26 

4 Shredded Dec 18 2009 12:30PM PT001 796 

4 Aux Dec 18 2009 12:28PM 353610-4 26 

4 Aux Dec 18 2009 12:27PM 353610-4 26 

4 Aux Dec 18 2009 12:26PM 353610-4 26 

4 ' Aux Dec 18 2009 12:25PM 353610-4 26 

4 Aux Dec 18 2009 12:25PM 353610-4 26 

4 Aux Dec 18 2009 12:24PM 353610-4 26 

4 Shredded Dec 18 2009 12:22PM PT001 1069 

4 Aux Dec 18 2009 12:18PM 353610-4 26 

4 Aux Dec 18 2009 12:17PM 353610-4 26 

4 Aux Dec 18 2009 12:16PM 353610-4 26 

4 Aux Dec 18 2009 12:16PM 353610-4 26 

4 Aux Dec 18 2009 12:15PM 353610-4 26 

4 Aux Dec 18 2009 12:14PM 353610-4 26 

4 Shredded Dec 18 2009 12:13PM PT001 1177 

4 Aux Dec 18 2009 12:09PM 353610-4 26 

4 Aux Dec 18 2009 12:08PM 353610-4 • 26 

4 Aux Dec 18 2009 12:08PM 353610-4 26 

4 Aux Dec 18 2009 12:07PM 353610-4 26 

4 Aux Dec 18 2009 12:06PM 353610-4 26 

4 Aux Dec 18 2009 12:05PM 353610-4 26 

4 Shredded Dec 18 2009 12:04PM PT001 1213 

4 Aux Dec 18 2009 12:00PM 353610-4 26 

4 Aux Dec 18 2009 11:59AM 353610-4 26 

4 Aux Dec 18 2009 11:58AM 353610-4 26 

4 Aux Dec 18 2009 11:57AM 353610-4 26 

4 Aux Dec 18 2009 11:57AM 353610-4 26 

4 Aux Dec 18 2009 11:56AM 353610-4 26 

4 Shredded Dec 18 2009 11:55AM PT001 1235 

4 Aux Dec 18 2009 11:52AM 353610-4 26 

4 Aux Dec 18 2009 11:51AM 353610-4 26 

4 Aux Dec 18 2009 11:50AM 353610-4 26 

• 4 Aux Dec 18 2009 11:49AM 353610-4 26 

4 Aux Dec 18 2009 11:49AM 353610-4 26 

4 Aux Dec 18 2009 11:48AM 353610-4 26 

4 Shredded Dec 18 2009 11:46AM PT001 1117 

Tot 

146 Rows Span: 2 (Hrs) 59 (Min) Unique IDs: 2 28268 

Containers: 

124 Charges Charge Wgt 3249 

Bulk: 

22 Charges Charge Wgt 25019 

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12/18/09 2:37 PMT" '6.2T " 67.1" 

''l2/"i8769'2:'38PM" " 62" 67.6' 

i2/18/09'2:39"PW|' ' '6.2' '"' "66.97" 

"T2/i'8/69"2:46 PM7 " " 6:2 " '" '67.0;" 

12/18/09 2:41 PM; " ' 6.2 "' ""'67.6;'" 

"12/18769242 PM'' 672 "67.1;"" 

' 127i8769"2:43"'PM; "" 6.2 ' """ 67.0 

" 12/18769 2:44 PM ..._6.2: 67.0! 

' ""i27i8/6"9"2:45'>'M; 6:2! 66.9. 

'Wi'8/6924"6PM: 6.4" 66.9 

' 12/18/09 2:47 PM 6.2! 66.8 

' "12/18/09 248PM' 6.2! ~ " "66.8 

12/18/09 2:49 PM 6.2; "66.8" 

12/18/6? 250 PM; 6.2" 66.9~ 

Average. ' 6.2I""' " 

" T 

434.5 

"430.6 " 

' 427.5 " 

420.1 ' 

"427747" 

" 43176";"' 

""436:8!"" 

""439.'9!" 

'439:377 

""436".8[ 

434.6. 

4326" 

4327 

434.6:" 

'437:6!" 

7446:5"" 

" 444.0!" 

446.9 " 

"44772'" 

"444'.4|"' 

439.5." 

434777' 

~*W$7 

434.0 

435.37 

4360 

436.4 7 

436.6: 

'43447 

"43S".6[ 

14.0 

"14.0 

"1378":" 

"13.97" 

13.9. 

13.1" 

' 1374" 

13.8! 

"'13.'9'7 

13.8 

13.9, 

713.87 

13.7;" 

"ibjf 

"1377!" 

"i"3."6!" 

1.3.6 

"13".^" 

14.27 

Til/ " 

' "14.2 

"1473"'" 

' 14.3 

"vrb;" 

'14.3 

14.3; 

1479.7 

1458.2 

1439:0;' 

"144675" 

' 146174 

1476.6 

"i497.'6|" 

1523.8. 

"1532.1! 

1518.5 

1504.2 

"1497.6-7 

1502.7 

" 1501.3 

1501 3 

"1504.87' 

15ib7i!' 

""i51l75i" 

1506.8 " 

19034 

150247 

"i 505.1;;" 

1508.4 

1S20.7! 

"i517.8: 

"1496.'5: 

" 1474:6 

14621 " 

1497:5]' 

1878.4! 

1907.7! 

"1925737 

"i920.ll 

1903.7 

1880.8; 

18664 

1864.3; 

186576; 

i 879.3;' 

"I899,ff 

1914 1! 

19077; 

1888:6: 

"1883.6; 

!i-— 

37557.5 

3755872; 

37499.7!" 

37184.Ti" 

38703.5" 

37835.0! 

37193.V,' 

3715672 

37359.'9' 

37782.4; 

39185.1 

"39196.3! 

39095.31' 

3886471! 

38793.7 

3W18.4" 

38184.8 

376271! 

37581.5 

37753.4 

37956:i 

'39124.9.' 

37983:2; 

37485.4' 

371~62.5:' 

37254.9' 

37S642 

39T657» 

37618.4 

6.9! 

'6.9. 

776' 

"74" 

......... 

'77pT" 

"747 

"6.9' 

"6.9:" 

' 6.9 ' 

7.0: 

"To; 

7.6; 

7.07 

"7:b; 

"T6[" 

7.67 

"7.67 

6.9-

7.0. 

T o ! 

T.1!' 

7.1! 

'7.1! 

T.i i 

7.2" 

727 

"7.3'" 

7.3: 

"b/bl 

13.« 

13.8 

12.7 

11.9 

„......_. 

11.0" 

"Tio.a" 

121!" 

' 12."1' 

13.1 

ib.br 

'137.4;' 

127" 

' iiT " 

"11.6' 

11.2 

16.8." 

123 ' 

12.8 

13.6 

'liB:'" 

" 12.3 ' 

"12:3|" 

"11.7:" 

710.6! 

ii.4i" 

• j 2 6 r 

1.3.7 

713:2" 

12.3|" 

2091.2; 

"'2086.il"' 

' 2696737 

"20874 

'"26777!"" 

2084.6! 

2078.4! 

20718!"" 

'2b72?T' 

2073,6/ 

"2078:6*" 

" '2117977 

21205: 

21117"; 

2l"i28;"' 

''2i48'4" 

""2145.4! "' 

" 2148:6: 

7.2141.6-""' 

211675'f 

2064.1! 

"2053/5!" 

" "2048.0!" 

" 209417 

2094.1/ 

"2b94.9[" 

"20884 ' 

2080.6: 

"2683:2!" 

""2060.11" 

1220.1 

"""i2i2o!" 

'1229:5/' 

TiiSW 

12231; 

"l23i.6i" 

"WsW 

1215.4/ 

1224.8! 

li'bsji"' 

"1 iob/o." 

" 12176.2 

' 1216.27" 

'7l217.iT 

1218.4/ 

1224.8/ 

"12134" 

"'1235.9;"' 

1214.5!" 

1224.4 

"1222.6! 

1217/5! 

1215.8. 

1212.4 

1226.5, 

' 1212.4; 

' 12226!"" 

'iilbi' / 

""1220.1'"' 

1182.8] 

12821! 

"1" 286/5!' 

128575! 

" 1286.4, 

"lisie; 

12913 

"1328/9: 

1319.2: 

""1394.0 

'129877;' 

13114 

1305.5. 

12923 

"1305.0 

"1303/1! 

1315.3 

"132775! 

1320.6 

' i299"ir 

" 12518 

1253.7 

1310.9 

"1323.1'/ 

i326.r 

1334.8 

1276.7 

1268.9 

127672 

1269.4 

1258.8! 

VES018885 
Unit4 Ru

n 3 

"r.ime_Stamp . Stack flow, HRA 

12/18/09 9:51 AMi 37483.0 

12/18/09 9:52 AMj 37475.1 

12/18/09 9:53 AMi 37467.1 

12/18/09 9:54 AM! '37471.8 

12/18/09 9:55 A M 37480.2 

12/18/09 9:56 A M 37500.7 

12/18/09 9:57 AM. 37493.7 

12/18/09 9:58 AM ! 37455.5 

12/18/09 9:59 AM: 37436.4 

12/18/09 10:00 AM,' 37420

.3 

12/18/09 10:01 AM : 37415.9 

12/18/09 10:02 AM ! 37422.0 

12/18/09 10:03 AMi ""3739979 

12/18/09 10:04 AM ! 37376.9 

12/18/09 10:05 AMi "37366

. 3 

12/18/0910:06 AM! T7354' 2 

12/18/09 10:07 AM , '"'37383.5 

12/18/09 10:08 AM ! 37393.6 

12/18/09 10:09 AM; "'37386.0 

12/18/09 10:10 AM; 37369.6 

12/18/09 10:11 AM ! 37335.4 

12/18/09 10:12 AM ! 37325.8 

12/18/09 10:13 AM ! '373316 

12/18/09 10:14 AMi 37308.3 

12/18/09 10:15 AM; 3728ES.8 

12/18/09 10:16 AM; 3725a4 

12/18/09 10:17 AM ! "37224

! 6 

12/18/09 10:18AM! 37224.5 

12/18/09 10:19 AM ! '3722 0 

12/18/09 10:20 AM ; 37277.8 

12/18/09 10:21 AM ! 37214.3 

12/18/09 10:22 AM ! 37195.3 

12/18/09 10:23 AMj 37188.8 

12/18/09 10:24 AM ; 372184 

12/18/09 10:25 AMj 37236.7 

12/18/09 10:26 AM ; 37243

.7 

12/18/09 10:27 AM | 37238.4 

12/18/09 10:28 AM ! 37212.5 

12/18/09 10:29 AM ; 3722Z6 

.12/18/09 10:30 AMj 37249;3 

12/18/09 10:31 AM ; 3724&2 

12/18/09 10:32 AM ; '37242.3 

12/18/09 10:33 AMi 37212.7 

12/18/09 10:34 AM ! "37183.3 

12/18/09 10:35 AM ; 

371gi - - 6 

12/18/0910:36 AMj 37197.8 

12/18/09 10:37 AM! 37175^6 

VES018886 
Unit4 Run 3 

• Tim? Stamp:'/ 1) Stack Flow HR X 

12/18/09 10:38 A M 37148.2 

12/18/09 10:39 A M 37097.1 

12/18/09 10:40 A M 37067.3 

12/18/09 10:41 A M 37083.5 

12/18/09 10:42 A M 37090.6 

12/18/09 10:43 A M 37093.7 

12/18/09 10:44 A M 37079.0 

12/18/09 10:45 AM- 370470 

12/18/09 10:46 AM; " 37023.3 

12/18/09 10:47 A M 37007.8 

12/18/09 10:48 AM, 3696575 

12/18/09 10:49 AMj 36920.1 

12/18/09 10:50 AMj 36871.7 

12/18/09 10:51 AM; 36828.6 

12/18/09 10:52 AMj 36825.1 

Maximum; 36828.6 

VES018887 
Unit

4 Run 3 

•MifUimevStamp;/?^ ;Stac

k Flow.HBA 

12/18/09 11:46 A M 37163.2 

12/18/09 11:47 A M 37167.1 

12/18/09 11:48 A M 37194.1 

12/18/09 11:49 A M "37219. 4 

12/18/09 11:50 A M 37248.5 

12/18/0911:51 A M 372807i 

12/18/09 11:52 A M 372818 

12/18/0911:53 A M 37288.5 

12/18/0911:54 A M 37300.5 

12/18/09 11:55 A M 37337.6 

12/18/09 11:56 A M 37377.'5 

12/18/09 11:57 A M 37407.1 

12/18/0911:58 A M 37408.1 

12/18/09 11:59 AM : "~37412. 2 

12/18/0912:00 P M 37428.5 

12/18/0912:01 PM ; '37435.4 

12/18/09 12:02 PM ! 37438.5 

12/18/09 12:03 PM ' ""'37436.1 

12/18/09 12:04 PM : '3744079 

12/18/09 12:05 PM ; 37469.9 

12/18/09 12:06 PM . 3749773 

12/18/09 12:07 PM , " 7" ""375214 

12/18/09 12:08 PM'- 3754776 

12/18/09 12:09 PMi 37544.2 

12/18/09 12:10 PM. 

" 37562.6 

12/18/09 12:11 PM : 37601.2 

12/18/09 12:12 PMi 

12/18/09 12:13 PM ; 

12/18/09 12:12 PMi 37629.3 

12/18/09 12:13 PM ; 37653.6 

12/18/09 12:14 PM : 37669.7 

12/18/09 12:15 PMj 3764678 

12/18/09 12:16 PMi 37664.0 

12/18/0912:17 PMi 37696.1 

12/18/09 12:18 PM ; 37708.7 

12/18/09 12:19 PM ; '3772373 

12/18/09 12:20 PM ' 37700.4 

12/18/09 12:21 PMi 37665.0 

12/18/09 12:22 PM | '37677. 5 

12/18/09 12:23 PMj 17704.6 

12/18/09 12:24 PM | 37732.6 

12/18/09 12:25 PMi 3776873 

12/18/09 12:26 PMi 3777676 

12/18/09 12:27 PM ! 37782.3 

12/18/09 12:28 PM ! 

"" 3778578 

12/18/09 12:29 PM : 37772.7 

12/18/09 12:30 PM ' 37751.4 

12/18/09 12:31 PMi 37730.1 

12/18/09 12:32 PM ! 37706.7 

12/18/09 12:33 PMi 37713.3 

12/18/09 12:34 PM ! 37735.2 

12/18/09 12:35 PM ! "37733.4 

VES018888 
Uni

t 4 Run 3 

>i;

;

Tim'eiStamp .: Stac

k Flow.(HRA: 

12/18/09 12:36 P M 37727.5 

12/18/09 12:37 P M 37698.2 

12/18/09 12:38 P M 37667.2 

12/18/09 12:39 P M 37678.3 

"12/18/09 12:40 P M 3767875 

12/18/09 12:41 P M 37668.6 

12/18/09 12:42 P M 37657.4 

12/18/09 12:43 P M 37615.6 

12/18/09 12:44 P M 37601.0 

12/18/09 12:45 P M 37625.5 

12/18/09 12:46 P M 37630T7 

12/18/09 12:47 PM. 37628.3 

12/18/09 12:48 PMj 37625.6 

12/18/09 12:49 PM ! 37629.9 

12/18/09 12:50 PMj 37644.3 

12/18/09 12:51 PM ; 37669.8 

12/18/09 12:52 PM ; 37675.9 

12/18/09 12:53 PMj 37679.3 

12/18/09 12:54 PM ; '37685.4 

12/18/09 12:55 PM ; 37663.6 

12/18/09 12:56 P M ""''376416 

12/18/09 12:57 PM ! 37652.7 

12/18/09 12:58 PM ; "37681 1 

12/18/09 12:59 PMi 37710.6 

12/18/09 1:00 PM : 37736.7 

12/18/09 1:01 PM; 37764.1 

12/18/09 1:02 PM. "37790.4 

12/18/09 1:03 PM! 37816.4 

12/18/09 1:04 PMj 37839.6 

12/18/09 1:05 PMj 37860.'8 

12/18/09 1:06 PM ; 37887.3 

12/18/09 1:07 PMj 37912.8 

12/18/09 1:08 PMi 37938.6 

12/18/09 1:09 PM . 37944.5 

12/18/09 1:10 PMi 37955\4 

12/18/09 1:11 PM! 37957.8 

12/18/09 1:12 PMj "37964.4 

12/18/09 1:13 PM ; 37984.8 

12/18/09 1:14 PMi "~"18001. 4 

12/18/09 1:15 PMi 38009.5 

12/18/09 1:16 PMj "'*'

" 38165.4 

12/18/09 1:17 PM! 37979.2 

12/18/09 1:18 PM; "37984.8 

12/18/09 1:19 PMj ""38021 7 

12/18/09 1:20 PM! 38033.5 

12118/09 1:21 PMi 38040.1 

12/18/09 1:22 PM; 38023.1 

12/18/091:23 PM; 37992.1 

12/18/09 1:24 PM ; 37979.1 

12/18/09 1:25 PM! 37978.7 

VES018889 
Uni

t 4 Run 3 ' • Time Stam

p , St&c

k Flow HRA 

12/18/09 1:26 P M 37958.7 

12/18/09 1:27 P M 37940.7 

12/18/09 1:28 P M 37925.1 

12/18/09 1:29 P M 37920.8 

12/18/09 1:30 P M 379512 

12/18/09 1:31 P M 

" 37973.4 

12/18/09 1:32 P M 37980.7 

12/18/09 1:33 P M 37975.4 

12/18/09 1:34 P M 37957.0 

12/18/09 1:35 P M 

- 37967.4 

""12/18/09 1:36 P M '"38001 5 

12/18/09 1:37 P M 38029.2 

12/18/09 1:38 PM . 38057.8 

12/18/09 1:39 PM ; 38059.4 

12/18/09 1:40 PM . 38071.3 

12/18/09 1:41 PM : 381114 

12/18/09 1:42 PMi 38l53';9 

12/18/09 1:43 PMi ~ 38177.4 

12/18/09 1:44 PM ; 38196.1 

12/18/09 1:45 PM; """38183. 5 

12/18/09 1:46 PM . 38187.0 

12/18/09 1:47 PM | '38196.5 

12/18/09 1:48 PM ; 3821272 

12/18/09 1:49 PMi ''38228. 6 

•12/18/09 1:50 PM ! ''38230.3 

12/18/09 1:51 PM ! 38224.0 

12/18/09 1:52 PM: 38235V8 

12/18/09 1:53 PM; 38248.6 

12/18/09 1:54 PM ! 38255.0 

12/18/09 1:55 PMi 38261.3 

12/18/09 1:56 PM ; 38264.8 

12/18/09 1:57 PMi 38250.4 

12/18/09 1:58 PM; 38228.5 

12/18/09 1:59 PM ! 38205 J 

12/18/09 2:00 PM^ 38183.2 

12/18/09 2:01 P M 38163.4 

12/18/09 2:02 PMi '38145.3 

12/18/09 2:03 PM ; 3812272 

12/18/09 2:04 PMi 38118.1 

12/18/09 2:05 PM ' ~ ' Mil l 

12/18/09 2:06 PM ! 38084.4 

12/18/09 2:07 PMi 38056.9 

12/18/09 2:08 PMl "38031.5 

12/18/09 2:09 PMj 38026.7 

12/18/09 2:10 PM- 38052.1 

12/18/09 2:11 PMi 38060.7 

12/18/09 2:12 PMi 38065.0 

12/18/09 2:13 PM ; 38049.9 

12/18/09 2:14 PMi 3803475 

12/18/09 2:15 PM ! 38042.9 

VES018890 
Unil4 Run 3 

Time Stamp Stack Flo * HRA 

12/18/09 2:16 P M 38067.2 

12/18/09 2:17 PM 38072.8 

12/18/09 2:18 P M 38071.4 

12/18/09 2:19 P M 3804675 

12/18/09 2:20 P M '"38041. 5 

12/18/09 2:21 P M 38050.5 

12/18/09 2:22 P M 3806678 

12/18/09 2:23 PMi 38075.0 

12/18/09 2:24 PM; '38669.7 

12/18/09 2:25 PMj 38643.8 

12/18/09 2:26 PM; *38064. 1 

12/18/09 2:27 PMi 38065.7 

12/18/09 2:28 PM; "'38057.5 

12/18/09 2:29 PMj 38052.5 

12/18/09 2:30 PMj '3802676 

12/18/09 2:31 P M 38016'§ 

12/18/09 2:32 PM : 3804679 

12/18/09 2:33 PMj 3807778 

" 12/18/09 2:34 PMl 3810673 

12/18/09 2:35 PMj 38126.6 

12/18/09 2:36 PMl 38121.0 

12/18/09 2:37 PM ; " 38123.0 

12/18/09 2:38 PMj """"""38 1 '18.5 

12/18/09 2:39 PMi 38104.1 

12/18/09 2:40 PMj "38689. 0 

12/18/09 2:41 PMj 38062.8 

12/18/09 2:42 PM; 3863673 

12/18/09 2:43 PM ; 38047.6 

12/18/09 2:44 PMi 38039:2 

12/18/09 2:45 PMj """"3862476 

12/18/09 2:46 PMj 38005.2' 

12/18/09 2:47 PMj 37988.5 

12/18/09 2:48 PMj 37979.9 

12/18/09 2:49 PMl '37988. 9 

12/18/09 2:50 PMi 3797.4.6 

Maximum | "3826478 

VES018891 
Unit4 Run 3 1 

•\Tim'eiStamp Liquid Weight HRT! Tptaj.Weight HR J XT 22 HRT 

12/18/09 9:51 AMj 3241.9 11313.9! 1139.4 

12/18/09 9:51 AM! 32418 11342.8| 1139.4 

12/18/09 9:51 AM! 3241.7 11342.7! 1139.5 

' 12/18/09 9:51 AMj 3241.4 113714! 1139.4 

12/18/09 9:52 AM 3241.4 11376.4! 1139.5 

12/18/09 9:52 AMj 3241.2 11376.2' 1139.6 

12/18/09 9:52 AM 3241.1 11381.1! 1139.6 

12/18/09 9:52 AM! 3241.0 11381.0! 1139.6 

12/18/09 9:53 A M 3240.6 11357.6! 1139.7 

12/18/09 9:53 AM| 3240.5 11334.57" 1139.6 

12/18/09 9:53 AM 3240.6; 11334.6! 1139.6 

12/18/09 9:53 A M 3240.5 11311.5! 1139.6 

12/18/09 9:54 AM TM~~3240. 4 12273.4!_ 1139.5 

12/18/09 9:54 AM 3240.2 12250.2! 1139.5 

12/18/09 9:54 AM 3240.2 12250.2; 1139.3 

12/18/09 9:54 AM 3240.1 12250.1! 1139.3 

12/18/09 9:55 AM 32391; 12249.81 1139.3 

12/18/09 9:55 AM 323977 12249.7! 1139.2 

12/18/09 9:55 AM 3239.6 12249.61 1139.1 

12/18/09 9:55 A M 32391; 11283.6! 1139.2 

12/18/09 9:56 AM 3239.5| 11283.5; 1139.2 

12/18/09 9:56 AM 32391; 11283.3; 1139.3 

12/18/09 9:56 AM 3239.4"; 11283.4! 1139.4 

12/18/09 9:56 AM 3239.5: 11283.5; 1139.4 

12/18/09 9:57 AM 32391!" 11283.6! 1139.4 

12/18/09 9:57 A M 3239.7 11283.71 1139.4 

~" "12/18/099:57AM 3239.9 11283.9! 1139.4 

12/18/09 9:57 A M 32400; 11284.6! ' 1139.5 

12/18/09 9:58 A M ""32461 1 11284.0} 1139.5 

12/18/09 9:58 A M 3240.2; 11284.2! 1139.5 

12/18/09 9:58 A M 3240 1 i 1284.2! 1139.6 

12/18/09 9:58 A M """"32391 ; 11283.9! 1139.6 

12/18/09 9:59 AM 324pl"i 11313.0! 1139.5 

12/18/09 9:59 A M 1239791 11312.9; 1139.6 

12/18/09 9:59 A M 3239.8; 11341.8! 1139.7 

12/18/09 9:59 A M 3239 1 11370.5; 1139.8 

12/18/09 10:00 A M 3239.5! 11370.5! 1139.8 

12/18/09 10:00 AMi 3239.4: 11377.4; 1139.8 

12/18/09 10:00 AM: 32394! 11354.4, 1139.7 

12/18/09 10:00 A M 3239 1 11383.5! 1139.7 

12/18/09 10:01 AM] 3239.5'j i 136~6.5| 1139.7 

12/18/09 10:01 A M 3239.5! 11337.5! 1139.8 

12/18/09 10:01 AM; 32391] 11337.5! 1139.8 

12/18/09 10:01 AMi 3239.4! 11314.4; 1139.7 

12/18/09 10:02 A M 3239.2! 11314.2! 1139.7 

12/18/09 10:02 A M 3238.7; 122797; 1139.6 

12/18/09 10:02 AMj 3238.0: 12279.0! 1139.6 
Unit4 Run 3 

'Tim'fc_Sta'rfip [ Liquid Weight HRT [Total Weight HRT X-22 HRT 

12/18/09 10:02 AM! 3237.4! 12278 4 •1139.6 

12/18/09 10:03 AM | 3236.7; 12277.7! 1139.5 

12/18/09 10:03 AM ! l236.2 r

' ~ 12277.2; 1139.6 

12/18/09 10:03 AM ! 3235.7' 12276.7! 1139.6 

12118/09 10:03 AMi 3235.3 11367.3; 1139.7 

12/18/09 10:04 AMj 3235. T| 11367.1! 1139.8 

12/1 8/09 10:04 AM ! 3235.2! 11367.2! 1139.8 

12/18/09 10:04 AM ! 3235.3]"*'" 11367.3! 1139.9 

12/18/09 10:04 AMj 323&3T 11367.3! 1140.1 

12/18/0910:05 AM ; 3235.8 ~ 11367.8i 1140.2 

12/18/0910:05 AM! 323676 11368.01 1140.3 

12/18/09 10:05 AM ; " 3236.2; ' 11368.2! 1140.3 

12/18/09 10:05 AMj . " '323677; 11368.7; 1140.3 

12/18/09 10:06 AM ! 323676] 11368.9! 1140.1 

12/18/0910:06 AMj 32371; 11369.2! 1139.9 

12/18/0910:06 AM ; 3237.4: 11369.4! 1139.7 

12/18/09 10:06 AM ; 3237.6." 11369.6! 1139.5 

12/18/0910:07 AMj 3237.7] 11369.7; 1139.3 

12/18/0910:07 AMj 3237.8! 11369.8j 1139.1 

12/18/0910:07 AM ; 3237.8] 11369.8! 1138.9 

12/18/09 10:07 AMI 

12/18/09 10:08 AM ! 

12/18/09 10:08 AM ; 

"12/18/09 10:08 AM ' 

"12/18/09 10:08 AM r 

12/18/09 10:09 AMj 

12/18/09 10:09 AM . 

12/18/09 10:09 AM! 

12/18/09 10:09 AM7 

12/18/09 10:10 AM ; 

12/18/09 10:10 AM ! 

12/18/09 10:10 AM ! 

12/18/09 10:10 AM! ' 

12/18/09 10:11 AM! 

12/18/09 10:11 A M 

12/18/09 10:11 AM; 

12/18/09 10:11 AM; 

12/18/09 10:12AM 

12/18/09 10:12AM 

12/18/09 10:12 A M 

12/18/09 10:12 A M 

12/18/09 10:13AM 

32377! 

"3237.7;' 

'3237.8"[ 

323778] 

"323167 

Ipp i 

3238.3]" 

3238.4j 

1238.5:" 

3238.67 

3p87j " 

323811' 

32397o7 

"3239]2l"" 

3239T4T 

11369.7; 

11369.7' 

I13I9I7 

'113461] 

1'137676T 

12/18/09 10:13 AM ! 

12/18/09 10:13 AMP 

12/18/09 10:13 AMj 

12/18/09 10:14 AMi 

12/18/09 10:14 AM ! 

3239.6j _ 

l239.6 { '" 

I239.7]]]] 

"3239"6i__'~ 

*3239l j ]' 

123911 " 

3240.6 

"3^u7lf"]" 

I24I.27 

124617 " 

324017 ] 

l24076l """ 

12273.7! 

II3I9.6T 

11389.6! 

T138979T 

11390.1j_ 

•il39a2! 

1138.6 

1138.5 

1138.4 

1138.2 

1138.0 

11382.3! 1137.9 

11382.3! 1138.0 

11388.4! 1138.0 

11365.5, 1138.0 

11394.6; 1137.9 

11400.7j 1138.8 

11400.8! 1139.7 

11378.0! 1140.1 

11378.2! 1140.1 

11378.4! 1140.4 

11378.6! 1140;6 

12273.61 1140.8 

1140.9 

1139.8 

1139.5 

1139.6 

11390.01 1139.6 

1139.6 

1139.7 

11390.3! 1139.7 

1139672! 1139.8 

'l13961j 1139.9 
Unit 4 Run 3 

> • JTime_Stamp Vtiquid Weight: HF5t; :T6tc3!W.eight=HRt X-22 HRT 

12/18/09 10:14AM 3239.8 11389.8 1139.8 

12/18/09 10:14AM 3239.6 ' 11389.6 1139.9 

12/18/09 10:15AM 323974 11389.4 1140.0 

12/18/09 10:15 A M "3239.5 11389.5 1140.1 

12/18/09 10:15 AM 3239.7 11389.7 1140.1 

12/18/09 10:15AM 323978 11389.8 1140.2 

12/18/09 10:16 A M 3239.9 11389.9 1140.2 

12/18/09 10:16AM 3240.6 113961 1140.2 

12/18/09 10:16AM ""3240. 3 11390.3 1140.1 

12/18/09 10:16 A M 324676 11390.6 1140.1 

12/18/09 10:17AM 3246.8" 11367.8 1140.1 

12/18/09 10:17 A M 3241.1 11397.1 1140.1 

12/18/09 10:17AM ""3241 2 11403.2 1140.1 

12/18/09 10:17 A M 3241.4! 11380.4 1140.1 

12/18/09 10:18AM 3241.6; luTo.'e 1140.1 

12/18/09 10:18 AMi 3241.7! 11417.7 1140.2 

12/18/09 10:18 AMI 3242.6; 11418.6 1140.3 

12/18/09 10:18 AMi 324276: 11424.6! 1140.3 

12/18/09 10:19 AMI 3242.3; 11401.3; 1140.2 

12/18/09 10:19AM 324273! 11401.31 1140.0 

12/18/09 10:19 A M 3242.5! 11401.5! 1140.0 

12/18/09 10:19 AMi 3242.7; 11401.7! 1140.0 

"'12/18/09 10:20 AMi 3242.7. 1140171 1140.1 

12/18/09 10:20 AMi 3242.9; 11401.9 1140.0 

12/18/09 10:20 AMi 3243.1! 12514.1! 1140.0 

12/18709 10:20 AMI 3243.2 11643.2j 1140.0 

12/18/09 10:21 AM : 324372: 11643.2! . 1140.0 

12/18/09 10:21 A M "324372! 11643.2! 1140.0 

12/18/09 10:21 AMj 3243.2! 11643.2; 1140.0 

12/18/09 10:21 AM ; 37243731 11643.3; 1140.0 

12/18/09 10:22 AMi '"''' " 324373! 11643.3! 1140.0 

12/18/09 10:22 AMi 3243.0! 11643.0! 1139.9 

12/18/09 10:22 AM; 3243.1: 11643.1; 1139.9 

12/18/09 10:22 AM; '3242.9" : 11642.9! 1139.9 

12/18/09 10:23 AMi "' 3242.8. 11642.8! 1139.9 

12/18/09 10:23 AM; 3242.8: 11642.8! 1139.9 

12/18/09 10:23 AMj "3243.6 7 11643.0! 1140.0 

12/18/09 10:23 AMj '. "3243.0 ; 11643.0j 1139.9 

12/18/09 10:24 AMj 3242.9' 11642.9; 1139.9 

12/18/09 10:24 AMj 3242.7; 11642.7; 1139.8 

12/18/09 10:24 AMj ""3242.6! 11642.6 1139.8 

12/18/09 10:24 AM ' 3242.6! 11642.6! 1139.8 

12/18/09 10:25 AMj '3242.87 11642.8; 1139.8 

12/18/09 10:25 AM ! 3242781' 11642.8! 1139.7 

12/18/09 10:25AMj 3242.8 11642.8! 1139.8 

12/18/09 10:25 AMj 3242.7! 11642.7; 1139.9 

12/18/09 10:26 AM ! 3242.5; 11642.5;' 1140.0 
Unit 4 Run 3 

V Time_Stamp LiqujdiWeightiHRT; Total VVelghtHRT: x^im T 

12/18/09 10:26 A M 3242.5 11648.5! 1139.8 

12/18/09 10:26 A M "3242. 6 11655.6 1139.8 

12/18/09 10:26 AMI 3242.6 11655.6! 1139.8 

12/18/09 10:27 A M 3242.4 11661.4; 1139.8 

12/18/09 10:27AM 3242.4 11690.4! 1139.9 

12/18/09 10:27 A M '3242.4 11667.4 1139.8 

12/18/0910:27 A M 3242.2 11696.2 1139.9 

12/18/09 10:28 A M 3242.1 11696.1 1139.9 

12/18/09 10:28 A M 3241.9, T l 724.9 1139.9 

12/18/09 10:28 A M "3241. 8 "'" '1T72478 1139.7 

12/18/09 10:28 A M 3241.4 11724.4 1139.8 

12/18/0910:29 AM ; 3241.3; 11724.3 1139.7 

12/18/09 10:29 AM ; 32411 Tl6947i" 1139.7 

12/18/09 10:29 AMi ~3241 . 6 ; 11665.0 1139.8 

12/18/09 10:29 AM , 3241.2! 12804.2 1139.7 

12/18/09 10:30 AMi 3241.0! 12804.0 1139.5 

12/18/09 10:30 AM{ 32413 12804.0 1139.5 

12/18/0910:30" AMI " 3240 1 12803.8 1139.5 

" 12/18/09 10:30 AMI 3246.7 12803.7 1139.5 

12/18/09 10:31 AMI 324a4i 12803.4 1139.5 

12/18/0910:31 AMj 3240.4! 11642.4 1139.6 

12/18/0910:31 AM : 3240.1! 11642.1. 1139.6 

12/18/0910:31 AM ; 3240.? 11642.0 1.139.7 

12/18/0910:32 AM ; 323979; 11641.9 1139.7 

12/18/09 10:32AMi 3239.6;: 11641.6. 1139.6 

12/18/09 10:32 AMi 3239.7! 11641.7 1139.6 

12/18/09 10:32 AMI 3239.6; 11641.6 1139.7 

12/18/09 10:33AM| """""""3239" ! 11641.5. 1139.7 

12/18/09 10:33 AMj 323975; 11641.5. 1139.5 

12/18/09 10:33 AM ; 3239.3; 11641.3; 1139.5 

12/18/09 10:33 AM ! 323974: 11641.4! 1139.6 

12/18/09 10:34 AMi '323975; 11641.5 1139.7 

12/18/09 10:34 AMi 3239.5; 11670.5; 1139.6 

12/18/09 10:34 AM ! 3239.4! 11699.4; 1139.7 

12/18/09 10:34 AM ! 3239.4 11699.4; 1139.8 

12/18/0910:35 AM ; 3239.3! 11728.3! 1139.7 

12/18/09 10:35 AM : 323977; 11757.71 1139.8 

12/18/09 10:35 AM; 3239.7! 11757.7! 1139.7 

12/18/09 10:35 AM ; 3239.8! 11786.8! 1139.6 

12/18/09 10:36 AM ! 3239.7.! 11786.7; 1139.7 

12/18/09 10:36 AM! 3239.6! 11817.6! 1139.8 

12/18/09 10:36 AM! " 3239.6 11787.6! 1139.9 

12/18/09 10:36 AM ! 3239.4, 11816.4! 1140.0 

12/18/09 10:37 AM| """" ' 3239.67 11787.6| 1140.1 

12/18/09 10:37 AM| " ~3239.4f 11758.4; 1140.1 

12/18/09 10:37 AM! 3239^3; 11758.3" 1140.2 

12/18/0910:37 AM; 3239.3! 11729.3; 1140.2 
Unit 4 Run 3 J 

,. ..'TimelStamp : Liquid Weight HRT Total Weight HRT -X-22 HR T 

12/18/0910:38 AM, 3239.2 11729.2 1140.1 

12/18/09 10:38 A M 3239.3 1287673 1140.1 

12/18/09 10:38 A M 3239.'2 12876.2 1140.3 

12/18/09 10:38 A M 3239.1 12876.1 1140.3 

12/18/0910:39 AMi 3239.1 12876.1j 1140.3 

12/18/09 10:39 AMI 3239:2 12876.2 1140.3 

12/18/09 10:39 AM: 3239.1 11997.1 1140.2 

12/18/0910:39 AM| 3239.2 11997.2 1140.2 

12/18/09 10:40 AMj 3239.1 11997.1' 1140.2 

12/18/09 10:40 AMi 3239.0 11997.0 1140.3 

12/18/09 10:40 A M 3238.9 1199679 1140.2 

12/18/09 10:40 AM : 3239.0; 11997.0 1140.3 

12/18/09 10:41 AMi "3238.9 : 11996.9: 1140.3 

12/18/09 10:41 AM: 323976. 11997.0, 1140.3 

12/18/09 10:41 AMi 3238.9; 11996.9! 1140.3 

12/18/0910:41 AM: 32381; 12025.8; 1140.3 

12/18/0910:42 AM : 3238.6 12025.6: 1140.1 

~12/18/09 10:42 AM; 32381: 12054.4! 1140.0 

12/18/0910:42 AM.' 3238.2 12083.2; 1140.0 

12/18/09 10:42 AM ; 32371; 12082.9; 1140.0 

12/18/0910:43 AMI ""3237.8 ; 

"7" 3237.81 

121118! 1140.1 

12/18/09 10:43 AM 1 

""3237.8 ; 

"7" 3237.81 12082.8! 1140.1 

12/18/0910:43 AM; 3237.5, 12112.5; 1140.1 

12/18/0910:43 AMi 3237.5 12112.5! 1140.1 

12/18/09 10:44 AM^ 3237.4 12112.4! 1140.1 

12/18/09 10:44 AM ; 3237.5! 12111.5! 1140.2 

12/18/09 10:44 AM ; 3237.6 12082.6! 1140.1 

12/18/0910:44 AM"! 3237.6; 12682.6 1140.1 

12/18/09 10:45 AM: 323777! 12082.7; 1140.2 

12/18/0910:45 AMI 3237.87 12082.8! 1140.0 

12/18/09 10:45 AM; 3238.6; 12083.0! 1140.0 

12/18/09 10:45 AM ; 3238721 13113.2! 1139.9 

12/18/09 10:46 AM : 3238.5! 13113.5! 1139.7 

12/18/09 10:46 A M """""""3238.8 ] 12147.8! 1139.6 

12/18/09 10:46 AM ' ~ I23I9 ] 12177.9; 1139.6 

12/18/09 10:46 AM ; 3239.07 12207.0: 1139.7 

12/18/09 10:47 AMi "*"3239 1 12207.3! 1139.7 

12/18/09 10:47 AMi 3239.3! 12207.3 1139.7 

12/18/0910:47 AMi 3239.5- 12207.5! 1139.6 

12/18/09 10:47 AMI "32I9.5; 12207.5! 1139.7 

12/18/09 10:48 AMi "1239.5 ; 12207.5! 1139.6 

12/18/0910:48 AMi "'32397 ! 12819.7; 1139.6 

12/18/09 10:48 AMi 323977! 123517! 1139.7 

12/18/09 10:48 AM : 3239.8; 1235181 1139.7 

12/18/0910:49 AM: 3241 1 12352.2; 1139.5 

12/18/0910:49 AMi •3240.4! 12352.4; 1139.7 

12/18/0910:49 AM ; 12407 : 12352.7; 1139.7 

12/18/09 10:49 AMi 3240.81 12352.8! 1139.6 

12/18/0910:50 AM- 3241.0 12353.0! 1139.6 

12/18/0910:50 AM ! 3241.1! 12353.1! 1139.7 
Unit 4 Run 3 | 1 

'^fimeiStamp ' ' Liquid Weight HRT Total Weight HR T X-22 HRT 

12/18/09 10:50 AM 3241.1 12353.1! 1139.7 

12/18/09 10:50 A M 3241.4 12353.4! 1139.8 

12/18/09 10:51 A M 3241.6 12353.6! 1139.9 

12/18/09 10:51 A M 32416 12324.6! 1139.9 

12/18/09 10:51 A M 3241.7 12353.7! 1139.9 

12/18/09 10:51 A M 3242.6 12325.0! 1139.9 

12/18/09 10:52 A M 324271' 12296.1! 1139.9 

12/18/0910:52 A M 324273 12296.3; 1139,9 

12/18/0910:52 A M 3242.4 12267.4! 1139.8 

12/18/09 10:52 A M 3242.4 12267.4! 1139.9 

VES018897 
Unit 4 Run 3 I 1 

./••.TihieiStamp Liquid Weight HRT Total Weigh't HRT X-22'HRT 

12/18/09 11:46 AM: 3236.9; 9160.9; 10977 

12/18/09 11:46 AM: '"'"'"32367 ; 9160.7! 1097.9 

12/18/09 11:46 AM"; 3236.6! 9130.6! 1098.0 

12/18/09 11:46 A M 3236'li ' 10218.5; 1097.9 

12/18/09 11:47 AM: 3236.4: ' 10218.4! 1097.8 

12/18/09 11:47 AM; "3236.2' 10218.2! 1097.8 

12/18/09 11:47 AM ; 3236.0; i0218l j 1097.9 

12/18/09 11:47 AM! 3235.9! 10217.9] 1097.8 

12/18/0911:48 AM; 3235T|' " 10217.8! 1097.9 

12/18/09 11:48 AM ; 3235.8; 9605.8'; 1097.8 

12/18/09 11:48 AM ! 32357!"" 9631.7] 1097.7 

12/18/09 11:48 AM ! 3235.6; .9631.6! 1097.7 

• 12/18/09 11:49 AM; "3235.5 ; 9631.5j 1097.8 

12/18/09 11:49 AM ; 3235"! 3; 9657.3! 10977 

12/18/09 11:49 AMI 31351!"" 9657.4! 1097.7 

12/18/09 11:49 AMI 3235.3 " 9657.3! 1097.8 

12/18/0911:50 AM , 3235.il 9683.1 1097.8 

""12/18/09 11:50" AMj ' 3235.1: 9683.1; 1097.7 

12/18/09 11:50 AM ' 3235.0 9683.0: 1097.7 

""l2/1876Tlli50AM ! 1234.9 9708.9! 10977 

12/18/09 11:51 AMj 3234.7 9679.71 1097.8 

12/18/09 11:51 AMi ""3234.6 ' 9679.6; 1097.7 

12/18/09 11:51 AMi 3234 1 9676.5; 1097.7 

12/18/09 11:51 AM. 323411 9676.1! 1097.7 

12/18/09 11:52 A M 3234.6! 9676.0 1097.7 

"12/11769 11:52 A M ' " 3231.9! 9701.91 1097.7 

12/18/09 11:52 A M 3234 i l 9702.1- 1097.7 

12/18/09 11:52 AM^ 3234.1! 9702.1! 1097.7 

12/18/09 11:53 AM ! """3234 1 9702.2! 1097.7 

12/18/09 11:53 AM ! ""3234.3 ; 9702.3: 1097.7 

12/18/09 11:53 AM ; 3234.4;'"" 9702.4] 1097.7 

12/18/09 11:53 AM ; 32347! 9702.7I 1097.6 

12/18/09 11:54 AM ; 3234.9! 9702.9i 10977 

12/18/09 11:54 AM ; 3234.8; 9702.87" 1097.8 

12/18/09 11:54 AM ! 323ll j 

3235.67" 

9703.1! 10977 

12/18/09 11:54 AMi 

323ll j 

3235.67" 9703.0! 1097.8 

12/18/09 11:55 AM ; 3235767 9703.6| 1097.8 

12/18/09 11:55 AM ! 323479! 9702.9! 1097.8 

12/18/09 11:55 AM ; 3235.6 9703.0! 1098.0 

12/18/09 11:55 AM ; "3235.6""' 10938.0; 1098.0 

12/18/09 11:56 AM 1 3235.6 10938.6! 1097.8 

12/18/09 11:56 AMi 3234.9 10937.9! 1097.8 

12/18/09 11:56~AM; 3235.1; 10938.1! 1097.9 

12/18/09 11:56 AM; 323127 10964.2! 1097.8 

12/18/09 11:57 AM ! 3235 1 10964.0; 1097.8 

12/18/09 11:57 AM ! 3235.1': 10990.1! 1097.9 

12/18/09 11:57 AM"! " '3235!2| ib990.2j 1097.9 

12/18/09 11:57 AM ; 3235.3! 10990.3! 1097.8 

12/18/09 11:58 AM ! "32351;" ' 11016.6; 1097.9 

12/18/09 11:58 AMi 123517 " 11016.9! 1097.7 
Unit4 Run 3 

Time Stamp jUqui'diWeightjHRt/ :T;otal :

;Weight;IW jiMSil i 

12/18/09 11:58 AM 3236.5 11017.5j 1097.8 

12/18/09 11:58 AM 323676 11043.6 1097.9 

12/18/09 11:59 AM 3237.0 11044.0! 1098.0 

12/18/09 11:59 AM '3237. 4 11044.4! 1097.9 

12/18/0911:59 AM 3237.9 11070.9! 1097.8 

12/18/09 11:59 AM " " '3238.2! 11071.2] 1097.8 

12/18/0912:00 PM 3238 1 11071.6! 1097.9 

12/18/09 12:00 PM 3238 1 11073!9 1097.7 

12/18/0912:00 PM 3239.2 11051.2 1097.7 

12/18/0912:00 PM 3239.4 11051.4 1097.7 

12/18/0912:01 PM 3239.7 11028.7 1097.7 

12/18/0912:01 PM 3239.8 11028.8 1097.8 

12/18/09 12:01 PM 3239.9 11004.9 1097.9 

12/18/09 12:01 PM, 32407l': i6"982.1 1097.9 

12/18/0912:02 PM, 3240.3' 10982.3 1098.1 

12/18/0912:02 PM: 3240.5; 10982.5 1098.1 

12/18/0912:02 PM: 32407! 10982.7 1097.9 

12/18/09 12:02 PM; 124678! 10982.8 1097.9 

12/18/09 12:03 PM ; 3241.1! 10983.1 1097.9 

12/18/0912:03 PM: 372411 10243.3 1097.9 

12/18/09 12:03 PM:, "" 32413 10243.3 1097.8 

12/18/09 12:03 PMj 32414; 10243.4 1097.9 

12/18/09 12:04 PM; 3241.4; 10243.4 1098.0 

12/18/09 12:04 PMi 32413 10243.3 1098.0 

12/18/09 12:04 PM 3241.5 10243.5 1098.2 

12/18/09 12:04 PM' 3241.5; 11456.5 1098.1 

12/18/09 12:05 PM; "32414 ! 11456.4 1098.1 

12/18/0912:05 PM: ""32415; .11456.5 1098.1 

12/18/09 12:05 PM ; 32413! il 456.3 1098.1 

12/18/09 12:05 PM: 32411! 11456.1 1098.1 

12/18/09 12:06 PM; 3240.8! 11481.8 1098.2 

12/18/09 12:06 PM! " "3246.6"! 114816 1098.2 

12/18/09 12:06 PM; 324073: 11481.3 1098.4 

12/18/09 12:06 PM; 3246.1: 11507.1 1098.3 

12/18/09 12:07 PM "'324076] 11507.0| 1098.3 

12/18/0912:07 PMi 3239.8; 11506.8! 1098.1 

12/18/09 12:07 PM; 32391; 11532.61 1098.1 

12/18/09 12:07 PM; 3239.3 11532.3! 1098.2 

12/18/09 12:08 PM; 3239.4j 11558.4] 1098.0 

12/18/0912:08 PMj """'"""1239.5 ] 11558.5! 1098.1 

12/18/09 12:08 PMj 3239.6! 11558.6} 1098.1 

12/18/09 12:08 PMj 3239.7; 11584.7! 1098.0 

12/18/09 12:09 PMj " 3239.9; 11584.9! 1097.9 

12/18/09 12:09 PMi 3240.6] 11585.0! 1097.9 

12/18/09 12:09 PM! 32461; 11611.2! 1097.9 

12/18/09 12:09 PMi 3240.4! 116T1.4! 1097.9 

12/18/09 12:10 PM, 3246.6! 11611.6! 1097.9 

12/18/09 12:10 PM; 3246 1 11587.8! 1097.8 

12/18/09 12:10 PMi ""~"3241 1 11564.9! 1097.8 

12/18/09 12:10 PM : """"32411 ! 11565.1 1097.7