I

KIM GUADAGNO ~

~~~

~~\~ Regional Administrator ) "'\= IJ.~"

US Environmental Protection Agency - Region 2 ~, ~l~ l~jtlV\,

290 Broadway

New York, NY 10007-1866 ~~~v~

Dear Administrator Enek; ~~

Enclosed for your review and approval is the "New Jersey Ambient Air Monitoring Network Plan ~m16

2010." This document contains all the information required by the regulations (40CFR 58.10), along

with descriptions of the air monitoring sites, maps ofthe monitoring stations, and a summary ofthe

changes to the Air Monitoring Network that the NJDEP may implement in the next year. Details on

the proposed changes and the rational for them are described in New Jersey's "Ambient Air

Monitoring Network Assessment 2010", which is also enclosed. Some of the changes under

consideration would terminate monitoring in locations than have been in operation for decades and

the department has been vetting these changes with local officials whose communities may be

affected. The Department will consider any comments before making final decisions on site closures.

The NJDEP is also committed to working closely with EPA on these decisions and all other changes

outlined in the Assessment.

DEPARTMENT OF ENVIRONMENTAL PROTECTION

PO Box 402

TRENTON, NJ 08625-0402

Tel. (609) 292-2885

Fax (609) 292-7695

BOB MARTIN

Commissioner

CHRIS CHRISTIE

Governor

August 2, 2010

u. Governor

Honorable Judith A. Enck

The Network Plan was made available for comments by the general public through the Bureau of Air

Monitoring's website from June 7,2010 to July 6,2010. The Bureau did not receive any comments.

If you have any questions regarding the Network Plan or the Network Assessment, please call

Charles Pietarinen, Chief, Bureau of Ail' Monitoring at (609) 633-7648.

Sine elYY~

Enclosure

c: Rick Ruvo, EPA Region 2

Charles Pietarinen, wlo enclosure

Andy Mikula, wlo enclosure

Luis Lim, wlo enclosure

,,:tt Wd ,'5{1VOtOl

New Jersey is an Equal Opportunity Employer. Printed on Recycled Paper and Recyclable
 

This document, a description of the New Jersey Ambient Air 

Monitoring Network for 2010, is available for public comment. 

Please e-mail public comments by July 6, 2010 to 

bamweb@dep.state.nj.us, or write to Chief, 

Bureau of Air Monitoring, P.O. Box 0418, Trenton, NJ 08625. 

June 2010

Ambient Air Monitoring 

Network Plan 2010 

NEW JERSEY DEPARTMENT OF ENVIRONMENTAL PROTECTION 

Bureau of Air Monitoring 

WWW.NJAQINOW.NET 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 2 

Table of Contents 

INTRODUCTION 3 

NETWORK DESIGN 3 

THE NEW JERSEY AIR MONITORING NETWORK 4 

CHANGES TO THE NETWORK 7 

NEW JERSEY AIR MONITORING SITE DESCRIPTIONS 10 

GLOSSARY OF ABBREVIATIONS AND TERMS 54 

REFERENCES 56 

APPENDIX A: VOLATILE ORGANIC COMPOUNDS 57 

APPENDIX B: CARBONYLS 59 

APPENDIX C: PM2.5 SPECIATION 60 

APPENDIX D: OZONE PRECURSORS 62 

DISCLAIMER

Mention of trade names, manufacturers or commercial products in this document does not constitute 

New Jersey Department of Environmental Protection endorsement or recommendation for use.
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 3 

INTRODUCTION 

In the Federal Register of October 17, 2006, the U.S. Environmental Protection Agency (USEPA) revised 

“Subpart B – Monitoring Network” of Part 58 – Ambient Surveillance Networks of Title 40 of the Code of 

Federal Regulations. Specifically, the New Jersey Department of Environmental Protection (NJDEP) is 

required by the revised regulations to submit an Annual Monitoring Network Plan to the USEPA Region 2 

Regional Administrator by July 1 of every year starting in 2007, and to have the Plan available for public 

inspection for at least 30 days prior to its submittal to the USEPA. The Plan should describe State and 

Local Air Monitoring Stations (SLAMS), National Core (NCore) stations, Speciation Trends Network 

(STN) stations, State speciation stations, Special Purpose Monitor (SPM) stations, and Photochemical 

Assessment Monitoring Stations (PAMS). 

In accordance with the regulations, the NJDEP is required to submit an assessment of its Air Monitoring 

Network every 5 years starting July 1, 2010 and the NJDEP is required to have all NCore multi-pollutant 

stations operational by January 1, 2011. This 2010 Network Plan contains all the information required by 

the regulations, along with an overview of air monitoring network concepts, descriptions of the air 

monitoring sites, large and small scale maps of the monitoring stations, and a summary of the changes 

to the Air Monitoring Network that the NJDEP expects to implement in the next two years. It is available 

for download from the Bureau of Air Monitoring’s website, www.njaqinow.net, or as a hardcopy by calling 

609-292-0138. 

NETWORK DESIGN 

Air monitoring sites are designed to meet one or 

more of the following objectives: to measure 

maximum pollutant concentrations, to assess 

population exposure, to determine the impact of 

major pollution sources, to measure background 

levels, to determine the extent of regional pollutant 

transport, and to measure secondary impacts in rural 

areas. In addition, summary monitoring data are 

provided to various public and media outlets, and 

real-time data is used to update a graphic on the 

Bureau’s webpage that rates the current air quality in 

the various regions of the state. The real-time data 

is also supplied to the USEPA which displays current 

air quality data from throughout the nation on the 

webpage, www.airnow.gov. 

The USEPA developed the concept of spatial scales of representativeness in order to standardize the 

process of connecting pollutant characteristics, monitoring objectives and site selection. This concept 

also allows the comparison of air quality data to the National Ambient Air Quality Standards (NAAQS) 

and among various networks throughout the country. The spatial scales define prospective monitoring 

sites in terms of the area surrounding a monitor where the pollutant concentrations are relatively similar. 

The USEPA has defined five spatial scales of representativeness: Micro Scale, Middle Scale, 

Neighborhood Scale, Urban Scale and Regional Scale. Air quality concentrations from a Micro Scale 

monitoring site are generally the same in a small radius of 10 to 100 meters surrounding the site. This 

area of homogenous air quality expands to 100 to 1000 meters for a Middle Scale site, to 1 to 10 

kilometers for a Neighborhood Scale site, and to 10 to 100 kilometers for an Urban Scale site. The 

largest spatial scale, Regional Scale, is reserved for monitoring sites located in large rural areas that 

range from 100 to 1000 kilometers. 

For each monitoring objective, appropriate spatial scales are used to identify the general physical 

location of a suitable monitoring site. Some pollutants have characteristics that define the spatial scale 

Brigantine air monitoring site located in the Edwin B. Forsythe 

National Wildlife Refuge near Atlantic City 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 4 

of the monitoring site depending on the monitoring objective. For example, carbon monoxide is a 

pollutant that is generated by local sources and may vary highly from one city block to another. If the 

objective of a particular monitor is to measure the highest concentrations of carbon monoxide, the 

monitoring site must meet the spatial criteria of a Micro Scale site. Conversely, concentrations of fine 

particles are generally the same over a large area. If the objective of a monitor is to measure the 

background concentrations of fine particles, then the appropriate spatial scale for such a monitoring site 

is Urban or Regional Scale. The spatial scales of monitoring sites in New Jersey range from Micro to 

Urban Scale with most sites being Neighborhood Scale sites. 

THE NEW JERSEY AIR MONITORING NETWORK 

The NJDEP is currently operating 41 air monitoring sites and is proposing the establishment of two new 

sites by the end of 2010. Table 1 lists all the current and proposed monitoring sites along with the 

pollutants, categories of pollutants or meteorological parameters that are measured at each site. Figure 

1 shows the locations of the monitoring sites across New Jersey. 

Several parameters, carbon monoxide (CO), nitrogen dioxide (NO2), ozone (O3), sulfur dioxide (SO2), 

particulate matter, and meteorological parameters, are measured by instruments that automatically 

collect and analyze data instantaneously and continuously. The data is transmitted to a centralized 

computer system in Trenton, New Jersey, once every minute, thus providing near real-time data. For 

fine particles (particles smaller than 2.5 micrometers in diameter or 

PM2.5) and inhalable particles (particles smaller than 10 

micrometers in diameter or PM10), their respective instruments 

collect a sample over a 24-hour period. These samples are 

subsequently manually retrieved and then analyzed in a laboratory 

several days to a few weeks following their sample collection. 

PM2.5 concentrations are determined by both continuous or realtime analyzers and manual samplers. The real-time PM2.5 

analyzer measures PM2.5 levels every minute, and the data is 

used, along with data from the other continuous pollutants, to 

generate a rating of air quality called the Air Quality Index, which is 

updated hourly on the Bureau of Air Monitoring’s webpage. The 

manual PM2.5 sampler collects particles on a filter over a 24-hour 

period. The filter is retrieved following the completion of the 

sampling period and weighed in a laboratory. Data used for 

comparison to the NAAQS must be measured by USEPA-approved 

manual samplers or USEPA-approved real-time analyzers. The 

NJDEP uses USEPA-approved manual samplers for comparison to 

the NAAQS. 

The NJDEP also monitors many other pollutants which are grouped 

together into categories by their method of sampling or analysis. These categories are listed in the 

headings of Table 1. Sites that monitor for O3 Precursors, pollutants that affect O3 formation and 

destruction in the atmosphere, are part of the national Photochemical Assessment Monitoring Station 

(PAMS) program. O3 precursors are frequently referred to as PAMS pollutants. Pollutants in the PM2.5-

Speciation category include trace elements, heavy metals, and carbon compounds that are analyzed 

from PM2.5 particles. VOCs and Carbonyls refer to selected carbon-based air pollutants that are 

analyzed from whole air samples or adsorbent media. The PM2.5-Speciation, VOC, and Carbonyls 

samples are collected by the NJDEP and are sent to USEPA-approved contract laboratories for analysis. 

Finally, the NJDEP also measures acid deposition, mercury, and two surrogates for particle pollution: 

smoke shade and visibility as measured by a nephelometer. 

USEPA-approved manual PM2.5 sampler on 

the roof of the Union City Health Department 

building in Hudson County 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 5 

TABLE 1: SUMMARY OF CURRENT AND PROPOSED NEW JERSEY AIR MONITORING SITES CO NO2 NOy

O3

SO2

Smoke Shade PM2.5 PM2.5-Speciation Real-Time PM2.5 Nephelometer PM10 PM-coarse Lead O3 Precursors 

VOCs Carbonyls Acid Deposition Mercury Barometric Press Relative Humidity Solar Radiation Temperature Wind Direction Wind Speed 

Ancora State Hospital     

Atlantic City  

Bayonne    

Brigantine       

Camden P P P P P P P P P P P P P P P P P P 

Camden RRF  

Chester          

Clarksboro   

Colliers Mills  

Columbia Lake WMA P P P P 

East Orange     

Elizabeth    

Elizabeth Lab            

Elizabeth Mitchell Bldg  

Ewing  

Flemington        

Fort Lee    

Fort Lee Library  

Freehold   

Gibbstown  

Hackensack    

Jersey City    

Jersey City Firehouse    

Leonia   

Millville     

Monmouth University  

Morristown   

Morristown Amb Squad  

New Brunswick      

Newark Firehouse  P P      P P P P P P P P 

Paterson  

Pennsauken 

Perth Amboy    

Phillipsburg  

Rahway   

Ramapo  

Rider University         

Rutgers University    

South Camden  

Toms River  

Trenton   

Union City  

Washington Crossing   

TOTAL (Current only) 11 8 0 14 12 7 19 3 9 1 5 0 0 2 3 3 2 4 2 3 3 3 3 3 

- Current Site and Parameter

P - Proposed Site and Parameter
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 6 

FIGURE 1: MAP OF THE CURRENT AND PROPOSED NEW JERSEY AIR MONITORING SITES 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 7 

CHANGES TO THE NETWORK, 2009-2010 

Since the publication of the New Jersey Ambient Air Monitoring Plan 2009 in July 2009, the Burlington 

station was discontinued on December 29, 2009 because the lease agreement with the State of New 

Jersey for the property which housed the Burlington station was terminated. In November 2009, the Fort 

Lee station was temporarily shut down in order to complete major utility repairs. In March 2010, the 

PM10 sampler at the Atlantic City station was shut down due to electrical and infrastructure problems. 

In 2010, the NJDEP is planning to complete the installation of all the proposed monitors at the Newark 

Firehouse air monitoring station which was established on May 13, 2009. The collection of samples from 

the Newark Firehouse station for analysis of PM2.5 Speciation target compounds began on December 

28, 2009. By January 1, 2011, the Newark Firehouse site, which is designated as New Jersey’s sole 

NCore site, will measure PM2.5, real-time PM2.5, O3, trace-level SO2, trace-level CO, NO2, total reactive 

oxides of nitrogen (NOy), PM2.5 Speciation, lead, wind speed, wind direction, relative humidity, 

barometric pressure, solar radiation and ambient temperature. The NJDEP is expecting to establish a 

monitoring station in the Columbia Lake Wildlife Management Area (WMA) in Warren County in 2010 

that will measure PM2.5, O3, NO2 and SO2. The objective of this station is to measure the impact of 

major point sources that are located on the Pennsylvania side of the Delaware River. The NJDEP is 

actively pursuing the establishment of a new station in Camden. 

On November 12, 2008, the USEPA revised the NAAQS for lead by lowering the primary standard to 

0.15 micrograms per cubic meter (μg/m3

), and by including new network design requirements for sourceoriented and non-source-oriented lead monitoring stations. Initially, the regulations required the 

establishment of source-oriented lead monitors for each lead source that emits one or more tons per 

year of lead, and the establishment of at least one lead monitor for each Core Based Statistical Area 

(CBSA) that has a population of 500,000 or more. On December 23, 2009, the EPA proposed to revise 

these requirements by lowering the lead source threshold to 0.50 tons per year, and to simply require 

lead monitoring at NCore monitoring stations instead of specifying a CBSA criteria. If these changes are 

promulgated, one lead monitor will be established in New Jersey at the Newark Firehouse station, and 

another will be established to measure the impact of the Essex County Resource Recovery Facility. 

On July 8, 2009, the USEPA proposed to revise the O3 air quality monitoring network design 

requirements by modifying the minimum number of monitoring stations in urban areas, by adding 

minimum requirements in non-urban areas, and by extending the O3 monitoring season. For New 

Jersey, implementation of these new regulations may require the establishment of new O3 monitoring 

stations in Cape May and Warren counties. Although the revised O3 monitoring season has not yet been 

promulgated, the NDJEP has already implemented the new O3 monitoring season in March 2010. 

On November 16, 2009, the USEPA proposed new NAAQS for SO2 that would add a new 1-hour primary 

standard between 0.050 and 0.100 parts per million (ppm) SO2, and that would revise the existing 

network design requirements. The proposed network design revisions would establish two categories of 

stations: monitors required in urbanized areas based on population and SO2 emissions, and monitors 

required to be located within a state based on that state’s contribution to national SO2 emissions. 

On January 22, 2010, the USEPA revised the NAAQS for NO2 by adding a new 1-hour primary standard 

of 0.100 ppm, and by revising the existing network design requirements. Under the new rules, one to 

two near-roadway NO2 monitoring stations are required in CBSAs having a population of 500,000 or 

more. Also, at least one community-based NO2 monitoring station is required in such CBSAs, and the 

USEPA Regional Administrator, working with the states, will site additional NO2 monitoring stations to 

help protect communities that are susceptible and vulnerable to NO2-related health effects. The USEPA 

provided a deadline of January 1, 2013 to establish any additional required monitoring stations. 

As stated in the Introduction, the NJDEP is required to perform a comprehensive assessment of the air 

monitoring network to determine if it meets federal and state monitoring objectives, if new sites are 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 8 

needed, if existing sites can be shut down, and whether new technologies can be utilized in the network. 

A report summarizing the first assessment is required to be submitted to the USEPA by July 1, 2010, and 

this comprehensive network assessment process will be repeated every 5 years. The details of the 

network assessment may be found in the document, New Jersey Ambient Monitoring Network 

Assessment 2010. By performing this Network Assessment, the NJDEP evaluated the trends in 

population and transportation patterns, examined air quality challenges that persist, determined low 

value monitoring stations that would yield substantial resource savings upon their shutdown, and 

identified new air quality issues that are relevant to New Jersey. The Assessment considered the new 

and revised monitoring requirements included in the proposed or promulgated changes to the NAAQS. 

The results of the assessment shows that a number of currently operating analyzers and samplers are 

contributing limited or low value to the whole network, and the NJDEP is requesting that these samplers 

be shutdown. These monitors are indicated in Table 2. Conversely, due to the recently promulgated 

regulations for O3, NO2, and the upcoming proposed regulations for Pb and SO2, the NJDEP will most 

likely establish additional sites. However, these additional sites have not yet been identified and are not 

described in this report or the Network Assessment document. 

In the next 18 months, the NJDEP proposes to shut down 5 CO monitors, 5 SO2 monitors, 2 NO2

monitors, 4 Smoke Shade analyzers, 2 PM10 samplers and 1 PM2.5 sampler. As a result, 5 monitoring 

sites, Freehold, Hackensack, Morristown, Morristown Ambulance Squad and Perth Amboy, will be 

shutdown. In addition, the NJDEP proposes to shut down the PAMS monitoring effort at Rider 

University. The elimination of these monitors and sites will provide some savings in resources and 

manpower, which would then be utilized for the establishment of 2 new monitoring sites in Warren and 

Camden counties, and for the establishment of “near-roadway” NO2 monitoring sites, and “sourceimpacted” SO2 monitoring sites as required by the recently promulgated or proposed NAAQS for NO2

and SO2. As with all changes to the network, the proposed shutdowns are subject to EPA approval. 

The resources saved will also be used to implement technology changes that will improve the value of 

the data and save on the resources needed to collect it. In addition, monitoring for new types of 

pollutants such as air toxics and indicators of diesel exhaust emissions will be initiated in place of some 

of the current measurements. These pollutants now seem to be of greater importance from a public 

health perspective. Of particular interest is providing information on the health impacts of motor vehicles, 

both gas and diesel powered, and other pollutants that are likely to affect urban populations in the state. 

Most of the monitoring at urban sites at this time is for CO and SO2. This results in air quality ratings in 

cities that are based on pollutants that are only present at very low levels. 

The program has set the following objectives to be achieved with savings achieved using the results of 

this assessment of the existing network: 

1. Implement continuous monitoring of volatile organic compounds (VOCs) at several urban and 

near roadway sites. This data will be used to assess exposures to air toxics in general and to 

motor vehicle emissions in particular. 

2. Implement continuous monitoring of black (elemental) carbon at several urban and near 

roadway sites. This data will be used to assess exposures to diesel exhaust and other 

combustion source emissions. 

3. Reduce or eliminate the manual sampling of particulates. Currently most particulate 

monitoring is done by collecting 24-hour samples of particulates on filters and determining the 

concentrations by weighing the filters before and after sampling. This is very resource 

intensive and produces a single data point (one 24-hour average) every three days (although 

more frequent sampling is done at a few sites). Continuous monitors will produce one data 

point for every hour of every day at a lower cost. 

4. Work with the health community on ways to better evaluate and report air quality to the public. 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 9 

TABLE 2: SUMMARY OF LOW VALUE MONITORS IDENTIFIED BY NETWORK ASSESSMENT CO NO2 NOy

O3

SO2

Smoke Shade PM2.5 PM2.5-Speciation Real-Time PM2.5 Nephelometer PM10 PM-coarse Lead O3 Precursors 

VOCs Carbonyls Acid Deposition Mercury Barometric Press Relative Humidity Solar Radiation Temperature Wind Direction Wind Speed 

Ancora State Hospital X  X  

Atlantic City  X 

Bayonne    

Brigantine       

Camden P P P P P P P P P P P P P P P P P P 

Camden RRF  

Chester          

Clarksboro  X 

Colliers Mills  

Columbia Lake WMA P P P P 

East Orange     

Elizabeth    

Elizabeth Lab            

Elizabeth Mitchell Bldg  

Ewing  

Flemington        

Fort Lee    

Fort Lee Library  

Freehold X X 

Gibbstown  

Hackensack X X X 

Jersey City    

Jersey City Firehouse    

Leonia X  

Millville   X  

Monmouth University  

Morristown X X 

Morristown Amb Squad X 

New Brunswick      

Newark Firehouse  P P      P P P P P P P P 

Paterson  

Pennsauken 

Perth Amboy X X X 

Phillipsburg  

Rahway   

Ramapo  

Rider University X  X      

Rutgers University    

South Camden  

Toms River  

Trenton  X 

Union City  

Washington Crossing   

TOTAL (Retained only) 6 6 0 14 5 3 17 3 9 1 3 0 0 1 3 3 2 4 2 3 3 3 3 3 

 - Monitor identified to be retained 

P - Proposed monitor 

X - Monitor identified for shutdown in the next 18 months 

Freehold - Monitoring site identified for shutdown in the next 18 months
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 10 

NEW JERSEY AIR MONITORING SITE DESCRIPTIONS 

According to 40 CFR 58.10, the following elements for each existing and proposed air monitoring station 

must be included in New Jersey’s Network Plan: 

1. the Air Quality Subsystem (AQS) site identification number, 

2. the location, including street address and geographical coordinates, 

3. the sampling and analysis methods for each measured parameter, 

4. the operating schedules for each monitor, 

5. any proposals to remove or move a monitoring station within a period of 18 months following Plan 

submittal, 

6. the monitoring objective and spatial scale of representativeness for each monitor as defined in 

Appendix D to Part 58, 

7. the identification of any sites that are suitable and sites that are not suitable for comparison against 

the annual fine particle (PM2.5) National Ambient Air Quality Standards (NAAQS) as described in 40 

CFR Part 58.30, and 

8. the Metropolitan Statistical Area (MSA), Core-Based Statistical Area (CBSA), Combined Statistical 

Area (CSA) or other area represented by this monitor. 

The next pages supply the above information for current and proposed New Jersey air monitoring sites. 

All abbreviations and terms are defined and explained in the Glossary following this section, and 

Appendices A through D provide additional information on Volatile Organic Compounds, Carbonyls, 

PM2.5 Speciation and O3 Precursors. 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 11 

SITE INFORMATION 

Site Name Ancora 

Address Ancora State Hospital, 202 Spring Garden Road 

City, State, Zip Hammonton, NJ 08037 

AQS Code 34 007 1001 

NJ County Camden 

MSA/CSA Philadelphia-Camden-Wilmington CSA 

Latitude 39.684250 

Longtitude -74.861491 

Date Established 1/1/1966 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Urban 

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Urban 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Urban 

Acid Deposition Bucket Ion Chromatography Weekly Urban 

Site Purpose To measure background concentrations for the southern part of New Jersey. May also measure 

maximum ozone concentrations downwind from the Philadelphia metropolitan area. 

Plans for the next 

18 months 

CO and SO2 will be shutdown, change Monitoring Objective of O3 to Maximum Concentration. 

Other Comment Acid Deposition data not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 12 

SITE INFORMATION 

Site Name Atlantic City 

Address 1535 Bacharach Blvd 

City, State, Zip Atlantic City, NJ 08401 

AQS Code 34 001 1006 

NJ County Atlantic 

MSA/CSA Atlantic City MSA 

Latitude 39.363528 

Longtitude -74.431219 

Date Established 7/27/2001 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Inhalable Particles 

(PM10) 81102 SierraAnderson High- volume sampler Gravimetric 063 Every 6 days Neighborhood 

Site Purpose To measure fine particle concentrations in the commercial area of Atlantic City 

Plans for the next 

18 months 

PM10 will be shutdown. 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 13 

SITE INFORMATION 

Site Name Bayonne 

Address Veterans Park on Newark Bay, 25th St. near Park 

Road 

City, State, Zip Bayonne, NJ 07002 

AQS Code 34 017 0006 

NJ County Hudson 

MSA/CSA New York-Northeast New Jersey-Connecticut CSA 

Latitude 40.670250 

Longtitude -74.126081 

Date Established 1/1/1983 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Nitric Oxide (NO) TECO 42 Chemiluminescence Continuous Urban 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Urban 

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Neighborhood 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Neighborhood 

Site Purpose To measure population exposure in the Hudson County area 

Plans for the next 

18 months 

No changes 

Other Comment Nitric Oxide data (NO) is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 14 

SITE INFORMATION 

Site Name Brigantine 

Address Edwin B. Forsythe National Wildlife Refuge Visitor 

Center, Great Creek Road 

City, State, Zip Oceanville, NJ 08231 

AQS Code 34 001 0006 

NJ County Atlantic 

MSA/CSA Atlantic City MSA 

Latitude 39.464872 

Longtitude -74.448736 

Date Established 1/1/2007 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Ozone (O3) 44201 TECO 49i Ultraviolet 047 Continuous Urban 

Sulfur Dioxide (SO2) 42401 TECO 43iTLE Pulsed fluorescence 060 Continuous Urban 

Fine Particles (PM2.5) 88101 R&P 2025 Lov-volume sequential sampler Gravimetric 118 Every 3 days Urban 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous Urban Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Urban Real-time PM2.5 Nephelometer Light-scattering Continuous Urban 

Mercury (Hg) Tekran 2537A CVAF Spectrometry Hourly Urban 

Site Purpose To measure pollutant concentrations and visibility in Class I areas 

Plans for the next 

18 months 

No changes 

Other Comment Also an IMPROVE station, part of NESCAUM visibility network, Real-time PM2.5 data by Nephelometer 

and Mercury data not submitted to USEPA’s AQS database, the US Fish & Wildlife Service collects a weekly Acid Deposition sample which is sent to the National Atmospheric Deposition Program (NADP) for analysis 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 15 

SITE INFORMATION 

Site Name Camden RRF (Resource Recovery Facility) 

Address Morgan Blvd., & I-676 entrance ramp 

City, State, Zip Camden, NJ 08104 

AQS Code 34 007 0009 

NJ County Camden 

MSA/CSA Philadelphia-Camden-Wilmington CSA 

Latitude 39.912431 

Longtitude -75.116864 

Date Established 5/8/1994 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Inhalable Particles 

(PM10) 81102 SierraAnderson High- volume sampler Gravimetric 063 Every 6 days Middle 

Site Purpose To measure the impact of mobile sources in heavily used roadways in southern Camden 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 16 

SITE INFORMATION 

Site Name Chester 

Address Bldg # 1, Bell Labs off Route 513 

City, State, Zip Chester, NJ 07930 

AQS Code 34 027 3001 

NJ County Morris 

MSA/CSA New York-Northeast New Jersey-Connecticut CSA 

Latitude 40.787628 

Longtitude -74.676301 

Date Established 1/1/1978 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial 

Nitric Oxide (NO) 42601 TECO 42 Chemiluminescence 074 Continuous Urban 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Urban 

Ozone (O3) 44201 Dasibi 1008RS Ultraviolet 047 Continuous Urban 

Sulfur Dioxide (SO2) 44201 TECO 43A Pulsed fluorescence 060 Continuous Urban 

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Urban 

PM2.5 Speciation Appendix A Met One XRF, IC, TOA App. A Every 3 days Neighbor

 Volatile Organic 

Compounds Appendix B Canister TO-15 App. B Every 6 days Neighbor

Carbonyls Appendix C DNPH cartridge TO-11A App. C Every 6 days Neighbor

Mercury (Hg) Tekran 2537A CVAF Spectrometry Hourly Neighbor

Solar Radiation 63301 Qualimetrics Pyrometer 011 Continuous Neighbor

Site Purpose To measure background concentrations in northern New Jersey 

Plans for the next 

18 months 

No changes 

Other Comment Mercury data not submitted to USEPA’s AQS database, See Appendices A, B and C for more 

information on PM2.5 Speciation, Volatile Organic Compounds and Carbonyls 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 17 

SITE INFORMATION 

Site Name Clarksboro 

Address Clarksboro Shady Rest Home, 

Shady Lane and County House Road 

City, State, Zip Clarksboro, NJ 08020 

AQS Code 34 015 0002 

NJ County Gloucester 

MSA/CSA Philadelphia-Camden-Wilmington 

CSA 

Latitude 39.800339 

Longtitude -75.212119 

Date Established 1/1/1981 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Ozone (O3) 44201 TECO 49 Ultraviolet 047 Continuous Urban 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Urban 

Site Purpose To measure highest concentrations of ozone downwind from Philadelphia metropolitan area 

Plans for the next 

18 months 

SO2 will be shutdown. 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 18 

SITE INFORMATION 

Site Name Colliers Mills 

Address Colliers Mills Wildlife Management 

Area 

City, State, Zip Colliers Mills, NJ 

AQS Code 34 029 0006 

NJ County Ocean 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.064847 

Longtitude -74.444058 

Date Established 1/1/1985 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Ozone (O3) 44201 TECO 49 Ultraviolet 047 Continuous Urban 

Site Purpose To measure highest concentrations for ozone downwind from the Philadelphia metropolitan area and 

central New Jersey 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 19 

SITE INFORMATION 

Site Name East Orange 

Address Engine No. 2, Main Street & 

Greenwood Avenue 

City, State, Zip East Orange, NJ 07018 

AQS Code 34 013 1003 

NJ County Essex 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.757501 

Longtitude -74.200500 

Date Established 1/1/1980 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) TECO 48 Nondispersive-infrared Continuous Neighborhood 

Nitric Oxide (NO) TECO 42 Chemiluminescence Continuous Neighborhood 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Oxides of Nitrogen 

(NOx) TECO 42 Chemiluminescence Continuous Neighborhood 

Relative Humidity Qualimetrics Capacitive sensor Continuous Neighborhood 

Temperature Qualimetrics Thermistor Continuous Neighborhood 

Site Purpose To measure population exposure in the East Orange and Newark areas 

Plans for the next 

18 months 

No changes 

Other Comment The CO, NO, NOx, Relative Humidity and Temperature data are not submitted to USEPA’s AQS 

database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 20 

SITE INFORMATION 

Site Name Elizabeth 

Address 7 Broad St. 

City, State, Zip Elizabeth, NJ 07201 

AQS Code 34 039 0003 

NJ County Union 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.662451 

Longtitude -74.214745 

Date Established 1/1/1970 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Micro 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Middle 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Site Purpose To measure the highest concentrations in the central commercial area of Elizabeth 

Plans for the next 

18 months 

No changes 

Other Comment Smoke Shade data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 21 

SITE INFORMATION 

Site Name Elizabeth Lab 

Address Interchange 13, NJ Turnpike 

City, State, Zip Elizabeth, NJ 07206 

AQS Code 34 039 0004 

NJ County Union 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.641440 

Longtitude -74.208365 

Date Established 1/1/1970 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) TECO 48 Nondispersive-infrared Continuous 

Nitric Oxide (NO) TECO 42 Chemiluminescence Continuous Neighborhood 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Oxides of Nitrogen 

(NOx) TECO 42 Chemiluminescence Continuous Neighborhood 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Neighborhood 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Daily Neighborhood 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total atmospheric 702 Continuous Middle Scale Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Middle Scale 

PM2.5 Speciation Appendix A Met One XRF, IC, TOA App. A Every 3 days Neighborhood 

 Volatile Organic 

Compounds Appendix B Canister TO-15 App. B Every 6 days Neighborhood 

Carbonyls Appendix C DNPH cartridge TO-11A App. C Every 6 days Neighborhood 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 22 

PARAMETER SUMMARY (Elizabeth Lab, continued) 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Mercury (Hg) Tekran 2537A CVAF Spectrometry Hourly Neighborhood 

Wind Direction Qualimetrics Wind vane Continuous Neighborhood 

Wind Speed Qualimetrics Anemometer Continuous Neighborhood 

Site Purpose The comprehensive air monitoring site in the northeast metropolitan region of New Jersey 

Plans for the next 

18 months 

No changes 

Other Comment PM2.5 is collocated for precision; CO, Nitric Oxide (NO), Oxides of Nitrogen (NOx), Smoke Shade, Wind 

Direction and Wind Speed data are not submitted to USEPA’s AQS database; See Appendices A, B and C for more information on PM2.5 Speciation, Volatile Organic Compounds and Carbonyls 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 23 

SITE INFORMATION 

Site Name Elizabeth Mitchell Bldg 

Address Mitchell Bldg., 500 N. Broad St. 

City, State, Zip Elizabeth, NJ 07208 

AQS Code 34 039 0006 

NJ County Union 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.673406 

Longtitude -74.213889 

Date Established 1/1/1983 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Elizabeth area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 24 

SITE INFORMATION 

Site Name Ewing 

Address Bureau of Air Monitoring Technical 

Center, 380 Scotch Road 

City, State, Zip West Trenton, NJ 08628 

AQS Code 34 021 0010 

NJ County Mercer 

MSA/CSA Trenton-Ewing MSA 

Latitude 40.28753 

 Longtitude -74.80777 

Date Established 1/1/2009 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

No 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous Neighborhood 

Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Neighborhood 

Site Purpose To measure population exposure in the Mercer County area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 25 

SITE INFORMATION 

Site Name Flemington 

Address Raritan Township Municipal 

Utilities Authority, 365 Old York Rd 

City, State, Zip Flemington, NJ 08822 

AQS Code 34 019 0001 

NJ County Hunterdon 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.515253 

Longtitude -74.806753 

Date Established 1/1/1980 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Ozone (O3) 44201 Dasibi 1008RS Ultraviolet 056 Continuous Urban 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous Neighborhood Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Neighborhood 

Barometric Pressure Qualimetrics Pressure transducer Continuous Neighborhood 

Relative Humidity Qualimetrics Capacitive sensor Continuous Neighborhood 

Solar Radiation Qualimetrics Pyrometer Continuous Neighborhood 

Temperature Qualimetrics Thermistor Continuous Neighborhood 

Wind Direction Qualimetrics Wind vane Continuous Neighborhood 

Wind Speed Qualimetrics Anemometer Continuous Neighborhood 

Site Purpose To measure ozone concentrations in the northwestern region of New Jersey 

Plans for the next 

18 months 

No changes 

Other Comment Barometric Pressure, Relative Humidity, Solar Radiation, Temperature, Wind Direction, and Wind Speed 

data are not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 26 

SITE INFORMATION 

Site Name Fort Lee 

Address Bridge Plaza North & Lemoine Ave. 

City, State, Zip Fort Lee, NJ 07024 

AQS Code 34 003 0004 

NJ County Bergen 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.854583 

Longtitude -73.967772 

Date Established 12/9/1985 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Middle 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous Middle Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Middle 

Inhalable Particles 

(PM10) 81102 SierraAnderson High- Volume Sampler Gravimetric 063 Every 6 days Middle 

Site Purpose To measure the impact of I-95 on CO, PM2.5 and PM10 concentrations in Fort Lee 

Plans for the next 

18 months 

No changes 

Other Comment Station was temporarily shut down from November 2009 to perform major utility repairs 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 27 

SITE INFORMATION 

Site Name Fort Lee Library 

Address Fort Lee Library, 320 Main St. 

City, State, Zip Fort Lee, NJ 07024 

AQS Code 34 003 0003 

NJ County Bergen 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.852256 

Longtitude -73.973314 

Date Established 1/23/1986 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure the population exposure in the Fort Lee area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 28 

SITE INFORMATION 

Site Name Freehold 

Address 5 West Main St. 

City, State, Zip Freehold, NJ 07728 

AQS Code 34 025 2001 

NJ County Monmouth 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.259895 

Longtitude -74.274689 

Date Established 1/1/1970 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Micro 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Site Purpose To measure highest concentrations in the commercial district of Freehold 

Plans for the next 

18 months 

CO, Smoke Shade and site will be shutdown 

Other Comment Smoke Shade data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 29 

SITE INFORMATION 

Site Name Gibbstown2 

Address Municipal Maintenance Yard, North 

School St., North of Morse Ave. 

City, State, Zip Gibbstown, NJ 08027 

AQS Code 34 015 0004 

NJ County Gloucester 

MSA/CSA Philadelphia-Camden-Wilmington 

CSA 

Latitude 39.830809 

Longtitude -75.284720 

Date Established 2/2/2007 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Gibbstown area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 30 

SITE INFORMATION 

Site Name Hackensack 

Address Bergen County Probation Services, 

133 River St. 

City, State, Zip Hackensack, NJ 07601 

AQS Code 34 003 5001 

NJ County Bergen 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.882373 

Longtitude -74.042172 

Date Established 1/1/1968 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Neighborhood 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Neighborhood 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Site Purpose To measure population exposure in the Hackensack area 

Plans for the next 

18 months 

CO, SO2, Smoke Shade and site will be shutdown. 

Other Comment Smoke Shade data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 31 

SITE INFORMATION 

Site Name Jersey City 

Address 2828 Kennedy Blvd. 

City, State, Zip Jersey City, NJ 07306 

AQS Code 34 017 1002 

NJ County Hudson 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.731690 

Longtitude -74.066566 

Date Established 1/1/1970 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Micro 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Neighborhood 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Site Purpose To measure highest concentrations in the central commercial area of Jersey City 

Plans for the next 

18 months 

No changes 

Other Comment Smoke Shade data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 32 

SITE INFORMATION 

Site Name Jersey City Firehouse 

Address Consolidated Firehouse, 355 

Newark Ave. 

City, State, Zip Jersey City, NJ 07302 

AQS Code 34 017 1003 

NJ County Hudson 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.725454 

Longtitude -74.052290 

Date Established 1/1/1967 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Daily Neighborhood 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous Neighborhood Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Neighborhood 

Inhalable Particles 

(PM10) 81102 SierraAnderson High- Volume Sampler Gravimetric 063 Every 6 days Neighborhood 

Site Purpose To measure population exposure in the Jersey City area 

Plans for the next 

18 months 

No changes 

Other Comment PM2.5 and PM10 are collocated for precision measurements; daily sampling began in 2007 for Fine 

Particles (AQS code 88101); prior to 2007, every 3 day sampling 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 33 

SITE INFORMATION 

Site Name Leonia 

Address Overpeck Park, 40 Fort Lee Road 

City, State, Zip Leonia, NJ, 07605 

AQS Code 34 003 0006 

NJ County Bergen 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.870422 

Longtitude -73.992053 

Date Established 12/7/2007 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Nitric Oxide (NO) 42601 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Oxides of Nitrogen 

(NOx) 42603 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Neighborhood 

Site Purpose To measure population exposure in the Leonia and Teaneck areas 

Plans for the next 

18 months 

NO, NO2 and NOx will be shutdown. 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 34 

SITE INFORMATION 

Site Name Millville 

Address Lincoln Ave. & Route 55, Northeast 

of Millville 

City, State, Zip Millville, NJ 08332 

AQS Code 34 011 0007 

NJ County Cumberland 

MSA/CSA Vineland-Millville-Bridgeton MSA 

Latitude 39.422273 

Longtitude -75.025204 

Date Established 1/1/1983 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Nitric Oxide (NO) TECO 42 Chemiluminescence Continuous Neighborhood 

Nitrogen Dioxide (NO2) TECO 42 Chemiluminescence Continuous Neighborhood 

Oxides of Nitrogen 

(NOx) TECO 42 Chemiluminescence Continuous Neighborhood 

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Neighborhood 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Neighborhood 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous Neighborhood Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Neighborhood 

Site Purpose To measure population exposure in the Vineland and Millville areas 

Plans for the next 

18 months 

SO2 will be shutdown. 

Other Comment NO, NO2, and NOx data are not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 35 

SITE INFORMATION 

Site Name Monmouth University 

Address Edison Science Bldg., 400 Cedar 

Ave. 

City, State, Zip West Long Branch, NJ 07764 

AQS Code 34 025 0005 

NJ County Monmouth 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.278461 

Longtitude -74.005343 

Date Established 5/13/1989 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Ozone (O3) 44201 TECO 49 Ultraviolet 047 Continuous Neighborhood 

Site Purpose To measure highest concentrations of ozone in the eastern Monmouth County area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 36 

SITE INFORMATION 

Site Name Morristown 

Address 11 Washington St. 

City, State, Zip Morristown, NJ 07960 

AQS Code 34 027 0003 

NJ County Morris 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.797342 

Longtitude -74.482494 

Date Established 1/1/1973 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Micro 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Site Purpose To measure highest concentrations in the commercial district of Morristown 

Plans for the next 

18 months 

CO, Smoke Shade and site will be shutdown. 

Other Comment Smoke Shade data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 37 

SITE INFORMATION 

Site Name Morristown Ambulance Squad 

Address 16 Early St. 

City, State, Zip Morristown, NJ 07960 

AQS Code 34 027 0004 

NJ County Morris 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.801584 

Longtitude -74.483817 

Date Established 5/30/1989 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Morristown area 

Plans for the next 

18 months 

PM2.5 and site will be shutdown. 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 38 

SITE INFORMATION 

Site Name New Brunswick 

Address Cook College, Log Cabin Rd. near 

Horticulture Lab 

City, State, Zip New Brunswick, NJ 08901 

AQS Code 34 023 0006 

NJ County Middlesex 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.472786 

Longtitude -74.422515 

Date Established 1/1/1981 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial 

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighbor

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric 702 Continuous NeighborReal-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Neighbor

PM2.5 Speciation Appendix A Met One XRF, IC, TOA App. A Every 3 days Neighbor

 Volatile Organic 

Compounds Appendix B Canister TO-15 App. B Every 6 days Neighbor

Carbonyls Appendix C DNPH cartridge TO-11A App. C Every 6 days Neighbor

Mercury (Hg) Tekran 2537A CVAF Spectrometry Hourly Neighbor

Site Purpose To measure population exposure in the New Brunswick area 

Plans for the next 

18 months 

No changes 

Other Comment PM2.5 Speciation is collocated for precision. See Appendices A, B and C for more information on 

PM2.5 Speciation, Volatile Organic Compounds and Carbonyls. Mercury data not submitted to EPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 39 

SITE INFORMATION 

Site Name Newark Firehouse 

Address 360 Clinton Avenue 

City, State, Zip Newark, NJ 07108 

AQS Code 34 013 0003 

NJ County Essex 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.72102 

Longtitude -74.1928 

Date Established 5/1/2009 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48iTLE Nondispersive-infrared 054 Continuous Neighborhood 

Nitric Oxide (NO) 42601 TECO 42CY Chemiluminescence 074 Continuous Neighborhood 

Nitrogen Dioxide (NO2) 42602 TECO 42CY Chemiluminescence 074 Continuous Neighborhood 

Total ReactiveOxides 

of Nitrogen (NOy) 42603 TECO 42CY Chemiluminescence 074 Continuous Neighborhood 

Ozone (O3) 44201 TECO 49i Ultraviolet 047 Continuous Neighborhood 

Sulfur Dioxide (SO2) 42401 TECO 43iTLE Pulsed fluorescence 060 Continuous Neighborhood 

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Daily Neighborhood 

Real-time PM2.5 88500 R&P 1400 TEOM- FDMS Gravimetric, Total atmospheric 702 Continuous Neighborhood Real-time PM2.5 88502 R&P 1400 TEOM- FDMS Gravimetric without correction factor 702 Continuous Neighborhood 

PM2.5 Speciation Appendix A Met One XRF, IC, TOA App. A Every 3 days Neighborhood 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 40 

PARAMETER SUMMARY (Newark Firehouse, continued) 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Barometric Pressure 64101 Qualimetrics Pressure transducer Continuous Neighborhood 

Relative Humidity 62201 Qualimetrics Capacitive sensor Continuous Neighborhood 

Solar Radiation 63301 Qualimetrics Pyrometer Continuous Neighborhood 

Temperature 62101 Qualimetrics Thermistor Continuous Neighborhood 

Wind Direction 61102 Qualimetrics Wind vane Continuous Neighborhood 

Wind Speed 61101 Qualimetrics Anemometer Continuous Neighborhood 

Site Purpose New Jersey’s NCore site 

Plans for the next 

18 months 

O3 established on May 13, 2009, PM2.5 established on May 16, 2009, trace CO established on May 19, 

2009, trace SO2 established on May 26, 2009, Real-time PM2.5 established September 2, 2009, and 

speciated PM2.5 was established on December 28, 2009. Real-time PM coarse (PM10-2.5), NO, NO2, 

NOx, total oxides of nitrogen (NOy), wind speed, wind direction, relative humidity and ambient 

temperature are expected to be installed later in 2010. 

Other Comment CO and SO2 data are measured by “trace-level” analyzers. See Appendix A for more information on 

PM2.5 Speciation 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 41 

SITE INFORMATION 

Site Name Paterson 

Address Health Department, 176 Broadway 

Ave. 

City, State, Zip Paterson, NJ 07505 

AQS Code 34 031 0005 

NJ County Passaic 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.918381 

Longtitude -74.168092 

Date Established 1/1/1978 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Paterson area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 42 

SITE INFORMATION 

Site Name Pennsauken 

Address Morris Delair Water Treatment 

Plant, off Griffith-Morgan Lane 

City, State, Zip Pennsauken, NJ 08110 

AQS Code 34 007 1007 

NJ County Camden 

MSA/CSA Philadelphia-Camden-Wilmington 

CSA 

Latitude 39.989036 

Longtitude -75.050008 

Date Established 9/1/1983 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Pennsauken area 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 43 

SITE INFORMATION 

Site Name Perth Amboy 

Address 130 Smith St. 

City, State, Zip Perth Amboy, NJ 08861 

AQS Code 34 023 2003 

NJ County Middlesex 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.508764 

Longtitude -74.268083 

Date Established 1/1/1970 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Carbon Monoxide (CO) 42101 TECO 48 Nondispersive-infrared 054 Continuous Neighborhood 

Sulfur Dioxide (SO2) 42401 TECO 43A Pulsed fluorescence 060 Continuous Neighborhood 

Smoke Shade Wallace Fisher Tape sampler Hourly Neighborhood 

Site Purpose To measure population exposure in the Perth Amboy area 

Plans for the next 

18 months 

CO, SO2, Smoke Shade and site will be shutdown 

Other Comment Smoke Shade data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 44 

SITE INFORMATION 

Site Name Phillipsburg 

Address Municipal Bldg., 675 Corliss Ave. 

City, State, Zip Phillipsburg, NJ 08865 

AQS Code 34 041 0006 

NJ County Warren 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.699207 

Longtitude -75.180525 

Date Established 8/10/1999 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Phillipsburg area, and to measure transported fine particle 

concentrations 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 45 

SITE INFORMATION 

Site Name Rahway 

Address Fire Dept. Bldg., 1300 Main St. 

City, State, Zip Rahway, NJ 07065 

AQS Code 34 039 2003 

NJ County Union 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.603943 

Longtitude -74.276174 

Date Established 12/11/1999 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Daily Neighborhood 

Real-time PM2.5 88502 R&P 1400 TEOM Gravimetric without correction factor 702 Continuous Neighborhood 

Site Purpose To measure population exposure in the Rahway area 

Plans for the next 

18 months 

No changes 

Other Comment TEOM analyzer is operating without the FDMS 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 46 

SITE INFORMATION 

Site Name Ramapo 

Address Ramapo Mountain State Forest, 

Access Rd., off Skyline Drive, Wanaque Borough 

City, State, Zip Wanaque, NJ 07465 

AQS Code 34 031 5001 

NJ County Passaic 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 41.052195 

Longtitude -74.256338 

Date Established 6/5/1998 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Urban 

Site Purpose To measure background, transport and upwind concentrations of ozone 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 47 

SITE INFORMATION 

Site Name Rider University 

Address Athletic Fields, Route 206 South, 

Lawrence Township 

City, State, Zip Lawrenceville, NJ 08648 

AQS Code 34 021 0005 

NJ County Mercer 

MSA/CSA Trenton-Ewing MSA 

Latitude 40.283092 

Longtitude -74.742644 

Date Established 6/1/1981 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Nitric Oxide (NO) 42601 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Oxides of Nitrogen 

(NOx) 42603 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Neighborhood 

Ozone Precursors Appendix D Perkin Elmer Auto GC-FID App. D Hourly Urban 

Barometric Pressure 64101 Qualimetrics Instrumental aneroid 011 Continuous Neighborhood 

Relative Humidity 62201 Qualimetrics Hydrothermograph 013 Continuous Neighborhood 

Solar Radiation 63301 Qualimetrics Pyrometer 011 Continuous Neighborhood 

Temperature 62101 Qualimetrics Thermistor, spot rdg. 020 Continuous Neighborhood 

Wind Direction 61102 Qualimetrics Wind vane, spot rdg. 020 Continuous Neighborhood 

Wind Speed 61101 Qualimetrics Anemometer, spot rdg. 020 Continuous Neighborhood 

Site Purpose To measure population exposure and ozone precursors 

Plans for the next 

18 months 

NO, NO2, NOx and Ozone Precusors will be shutdown. 

Other Comment See Appendix D for more information on Ozone Precursors, also known as PAMS 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 48 

SITE INFORMATION 

Site Name Rutgers University 

Address Horticultural Farm #3, off Ryder's 

Lane 

City, State, Zip New Brunswick, NJ 08901 

AQS Code 34 023 0011 

NJ County Middlesex 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.462182 

Longtitude -74.429439 

Date Established 10/1/1994 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Nitric Oxide (NO) 42601 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Nitrogen Dioxide (NO2) 42602 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Oxides of Nitrogen 

(NOx) 42603 TECO 42 Chemiluminescence 074 Continuous Neighborhood 

Ozone (O3) 44201 Dasibi 1008 Ultraviolet 056 Continuous Neighborhood 

Ozone Precursors Appendix D Perkin Elmer Auto GC-FID App. D Hourly Urban 

Site Purpose To measure population exposure and ozone precursors – downwind for Philadelphia metropolitan area 

and upwind for New York metropolitan area 

Plans for the next 

18 months 

No changes 

Other Comment Upper air and lower air meteorological measurements are collected at this site by Rutgers University; 

see Appendix D for more information on Ozone Precursors, also known as PAMS 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 49 

SITE INFORMATION 

Site Name South Camden 

Address Camden County Municipal Utilities 

Authority, 1645 Ferry Ave 

City, State, Zip Camden, NJ 08104 

AQS Code 34 007 0010 

NJ County Camden 

MSA/CSA Philadelphia-Camden-Wilmington 

CSA 

Latitude 39.923969 

Longtitude -75.122317 

Date Established 11/20/2003 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Not Applicable 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Real-time PM2.5 R&P 1400 TEOM- FDMS Gravimetric, Total Atmospheric Continuous Neighborhood 

Real-time PM2.5 R&P 1400 TEOM- FDMS Gravimetric without correction factor Continuous Neighborhood 

Site Purpose To measure population exposure in the South Camden area 

Plans for the next 

18 months 

No changes 

Other Comment Real-time PM2.5 data is not submitted to USEPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 50 

SITE INFORMATION 

Site Name Toms River 

Address Hooper Avenue Elementary 

School, 1517 Hooper Avenue 

City, State, Zip Toms River, NJ 08753 

AQS Code 34 029 2002 

NJ County Ocean 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 39.994908 

Longtitude -74.170447 

Date Established 2/11/1999 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Daily Neighborhood 

Site Purpose To measure population exposure in the Toms River area 

Plans for the next 

18 months 

No changes 

Other Comment Daily sampling began in 2007; prior to 2007, every 3 day sampling 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 51 

SITE INFORMATION 

Site Name Trenton 

Address Trenton Library, 120 Academy St. 

City, State, Zip Trenton, NJ 08608 

AQS Code 34 021 0008 

NJ County Mercer 

MSA/CSA Trenton-Ewing MSA 

Latitude 40.222411 

Longtitude -74.763167 

Date Established 9/1/1982 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Daily Neighborhood 

Inhalable Particles 

(PM10) 81102 SierraAnderson High- Volume Sampler Gravimetric 063 Every 6 days Neighborhood 

Site Purpose To measure population exposure in the downtown commercial district of Trenton 

Plans for the next 

18 months 

PM10 will be shutdown. 

Other Comment Daily sampling began in 2007 for Fine Particles (AQS code 88101); prior to 2007, every 3 day sampling 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 52 

SITE INFORMATION 

Site Name Union City 

Address Health Department, 714 31st St. 

City, State, Zip Union City, NJ 07087 

AQS Code 34 017 2002 

NJ County Hudson 

MSA/CSA New York-Northeast New JerseyConnecticut CSA 

Latitude 40.772793 

Longtitude -74.031718 

Date Established 1/1/1983 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Site Purpose To measure population exposure in the Union City and Hudson County areas 

Plans for the next 

18 months 

No changes 

Other Comment 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 53 

SITE INFORMATION 

Site Name Washington Crossing 

Address Washington Crossing State Park, 

near 66 Church Rd. 

City, State, Zip Titusville, NJ 08560 

AQS Code 34 021 8001 

NJ County Mercer 

MSA/CSA Trenton-Ewing MSA 

Latitude 40.315350 

Longtitude -74.853617 

Date Established 1/1/1989 

Suitable for 

Comparison to 

PM2.5 NAAQS? 

Yes 

PARAMETER SUMMARY 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

AQS 

Sample 

Frequency 

AQS 

Spatial Scal

Fine Particles (PM2.5) 88101 R&P 2025 Low-volume sequential sampler Gravimetric 118 Every 3 days Neighborhood 

Acid Deposition Bucket Ion Chromatography Weekly Neighborhood Acid Deposition Bucket Ion Chromatography Event Neighborhood 

Site Purpose To measure population exposure and transported fine particle concentrations 

Plans for the next 

18 months 

The collection and analysis of Event Acid Deposition samples may be shutdown 

Other Comment The Weekly Acid Deposition samples are sent to the National Atmospheric Deposition Program (NADP) 

for analysis, the Event Acid Deposition samples are analyzed by the Bureau of Air Monitoring, the Weekly and Event Acid Deposition data are not submitted by NJDEP or NADP to EPA’s AQS database 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 54 

GLOSSARY OF ABBREVIATIONS AND TERMS 

ABBREVIATIONS

AQI – Air Quality Index, a national air quality rating system based on the National Ambient Air Quality 

Standards 

AQS – Air Quality Subsystem, USEPA’s database for air quality data nationwide 

CSA – Combined Statistical Area, defined by U.S. Office of Management and Budget as a geographic 

area having 2 or more Metropolitan Statistical Areas 

CFR – Code of Federal Regulations 

CO – Carbon monoxide 

CVAF Spectrometry – Cold Vapor Atomic Fluorescence Spectrometry, method for analyzing Mercury 

DNPH cartridge – Di-Nitro-Phenyl-Hydrazine, an adsorbent for trapping carbonyls in air 

auto GC-FID – automated Gas Chromatograph Flame Ionization Detection 

Hg – Mercury 

IC – Ion Chromatography, a method for analyzing for ionic compounds from Fine Particles 

IMPROVE – Interagency Monitoring of Protected Visual Environments 

MSA – Metropolitan Statistical Area, 1 or more counties having a population greater than 50,000 

NAAQS – National Ambient Air Quality Standard 

NCore – National Core, a monitoring site having a group of parameters specified by the USEPA 

NJDEP – New Jersey Department of Environmental Protection 

NO – Nitric Oxide 

NO2 – Nitrogen Dioxide 

NOx – Oxides of Nitrogen 

NOy – Total Reactive Oxides of Nitrogen 

O3 – Ozone 

PAMS – Photochemical Assessment Monitoring Station, sites which measure ozone precursors 

Pb – Lead 

PM2.5 – Fine Particles, particles 2.5 micrometers in aerodynamic diameter or smaller 

PM10 – Inhalable Particles, particles 10 micrometer in aerodynamic diameter or smaller 

PM10-2.5 – Coarse Particles, particles between 10 and 2.5 micrometers in aerodynamic diameter 

PM2.5-Speciation – a group of elements, ionic compounds and carbon compounds that are analyzed 

from Fine Particles 

R&P 1400 – the instrument manufactured by Rupprecht and Pattashnik to measure real-time PM2.5 

R&P 2025 – the instrument manufactured by Rupprecht and Pattashnik to measure PM2.5, data from 

this instrument can be used for comparison to the NAAQS 

RRF – Resource Recovery Facility, trash incineration facility 

SLAMS – State and Local Air Monitoring Station, designation for monitoring sites or samplers, the data 

from which can be used for comparison to the National Ambient Air Quality Standards 

SO2 – Sulfur Dioxide 

SPM – Special Purpose Monitor, designation for monitoring sites or samplers, the data from which are 

not used for comparison to the National Ambient Air Quality Standards 

STN – Speciation Trends Network 

TEOM-FDMS – Tapered Element Oscillating Microbalance with Filter Dynamic Measurement System, 

the analytical method used by an R&P 1400 to measure real-time PM2.5 

TECO 42 – the instrument manufactured by Thermo Environmental Corp. to measure nitrogen dioxide, 

nitric oxide and oxides of nitrogen 

TECO 43A – the instrument manufactured by Thermo Environmental Corp. to measure sulfur dioxide 

TECO 48 – the instrument manufactured by Thermo Environmental Corp. to measure carbon monoxide 

TECO 49 – the instrument manufactured by Thermo Environmental Corp. to measure ozone 

TLE – Trace Level Enhanced, type of analyzer which measures very low concentrations 

TO-11A – a standard method approved by the USEPA to analyze carbonyls 

TO-15 – a standard method approved by the USEPA to analyze Volatile Organic Compounds 

TOA – Thermal Optic Analysis, a method for analyzing carbon compounds from Fine Particles 

TSP – Total Suspended Particles, all particles that are captured by a high-volume sampler 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 55 

USEPA – United States Environmental Protection Agency 

VOC – Volatile Organic Compound, a carbon-based chemical that is gaseous 

XRF – X-ray Fluorescence, a method for analyzing elements from Fine Particles 

TERMS

Acid Deposition – acid rain, the phenomenon where air pollutants raise the acidity of rain and snow 

Ambient air – air in areas that are accessible to the general public 

Anemometer – an instrument used for measuring wind speed 

Atomic Absorption – the method used for analyzing for lead from Total Suspended Particles 

Background – a monitoring site in an area which is not affected by air pollution sources 

Canister – a stainless steel container used for collecting an air sample to be analyzed for VOCs 

Capacitive Sensor – an instrument used for measuring relative humidity 

Carbonyls – a group of aldehydes, or a carbon chain with an oxygen molecule at one end 

Chemiluminescence – the method used for analyzing for NO, NO2 and NOx

Coarse Particles – also PM10-2.5, particles between 10 and 2.5 micrometers in aerodynamic diameter 

Collocated – operating two samplers side by side in order to collect data used for precision statistics 

Continuous – an instrument that collects data instantaneously, without stopping, throughout the year, 

and transmits the data to a central data acquisition system every minute 

Fine Particles – also PM2.5, particles 2.5 micrometers in aerodynamic diameter or smaller 

Gravimetric – weighing a filter in a controlled environment by a highly accurate balance 

High-volume Sampler – an instrument used to collect Total Suspended Particles 

Highest Concentration – a monitoring instrument or site which is designated to measure the maximum 

concentration of a pollutant in a given area 

Inhalable Particles – also PM10, particles 10 micrometers in aerodynamic diameter or smaller 

Ion Chromatography – also IC, a method used for analyzing for ionic compounds 

Manual – an instrument that collects an air sample over a 24-hour filter on a filter, adsorbent cartridge or 

canister which is then manually retrieved for subsequent analysis 

Met One – a manufacturer of PM2.5 Speciation samplers 

Micro Scale – the spatial scale of a monitoring site, from 10 – 100 meters around the monitor 

Middle Scale – the spatial scale of a monitoring site, from 100 –1000 meters around the monitor 

Neighborhood Scale – the spatial scale of a monitoring site, from 1 km to 10 kms around the monitor 

Nephelometer – an instrument that measures fine particles by light scattering 

Nondispersive-infrared – the method used for analyzing for carbon monoxide 

Ozone Precursors – a group of 55 volatile organic compounds that affect ozone formation and 

destruction in the atmosphere, also called PAMS pollutants 

PerkinElmer – the manufacturer of an automated GC-FID 

Population Exposure – a monitoring instrument or site that is designated to measure the concentrations 

of a pollutant in a highly populated area 

Pressure Transducer – an instrument used for measuring barometric pressure 

Pulsed fluoresence – the method used for analyzing for sulfur dioxide 

Pyrometer – the method used for measuring solar radiation 

Qualimetrics – the manufacturer of meteorological instruments 

Real-time PM2.5 – PM2.5 concentrations that are measured continuously 

Regional Scale – the spatial scale of a monitoring site, from 100 kms to 1000 kms around the monitor 

SierraAnderson – the manufacturer of PM10 samplers 

Smoke Shade – an index of TSP by the measurement of light diminishment due to particles 

Solar Radiation – the intensity of energy from sunlight 

Tape Sampler – an instrument that measures TSP by collecting particles on a roll of filter paper which is 

automatically forwarded hourly 

Thermistor – an instrument that measures temperature 

Ultraviolet – the method used for analyzing ozone 

Urban Scale – the spatial scale of a monitoring site, from 10 kms to 100 kms around the monitor 

Wallace Fisher – the manufacturer of smoke shade analyzers 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 56 

REFERENCES 

“2006 Network Summary,” 2006 Air Quality Report, URL: http://www.njaqinow.net/. 

“About AIRNow,” URL: http://www.airnow.gov/. 

“Combined Statistical Areas And Component Core Based Statistical Areas”, November 2004, 

http://www.census.gov/population/estimates/metro-city/List6.txt. 

“Fact Sheet: Final Revisions To The National Ambient Air Quality Standards For Nitrogen Dioxide,” 

January 2010, URL: http://www.epa.gov/air/nitrogenoxides/pdfs/20100122fs.pdf. 

“Fact Sheet: Proposed Revisions To The National Ambient Air Quality Standards For Sulfur Dioxide,” 

November 2009, http://www.epa.gov/air/sulfurdioxide/pdfs/20091116factsheet.pdf. 

“Fact Sheet: Proposal To Revise The National Ambient Air Quality Standards For Ozone,” January 2010, 

URL: http://www.epa.gov/air/ozonepollution/pdfs/fs20100106std.pdf. 

“Fact Sheet - Revisions to Lead Ambient Air Monitoring Requirements,” December 2009, URL: 

http://www.epa.gov/air/lead/fs20091223.html. 

"Guidance for Network Design and Optimum Site Exposure for PM2.5 and PM10", EPA-454R-99-022, 

December 1997, URL: http://www.epa.gov/ttn/amtic/files/ambient/pm25/network/r-99-022.pdf. 

"Guideline on Ozone Monitoring Site Selection, EPA-454/R-98-002, August 1998, URL: 

http://www.epa.gov/ttn/amtic/files/ambient/criteria/reldocs/r-98-002.pdf. 

“IMPROVE Monitoring Program”, URL: http://vista.cira.colostate.edu/improve/Overview/Overview.htm. 

“Lead Monitoring,” URL: http://www.epa.gov/ttn/amtic/pb-monitoring.html. 

“Metropolitan Statistical Areas And Components”, November 2004, URL: 

http://www.census.gov/population/estimates/metro-city/List4.txt. 

“National Ambient Air Quality Standards for Particulate Matter, Part 50”, 71 Federal Register 61224, 

October 17, 2006, URL: http://www.epa.gov/ttn/amtic/files/ambient/pm25/pt5006.pdf. 

“Optimum Sampling Site Exposure Criteria for Lead”, February 1984, URL: 

http://www.epa.gov/ttn/amtic/files/ambient/criteria/reldocs/4-84-012.pdf. 

“Optimum Site Exposure Criteria for SO2 Monitoring”, April, 1977, URL: 

http://www.epa.gov/ttn/amtic/files/ambient/criteria/reldocs/3-77-013.pdf. 

 “Selecting Sites for Carbon Monoxide Monitoring”, Sept. 1975, URL: 

http://www.epa.gov/ttn/amtic/files/ambient/criteria/reldocs/3-75-077.pdf. 

“Site Selection for the Monitoring of Photochemical Air Pollutants”, April 1978, URL: 

http://www.epa.gov/ttn/amtic/files/ambient/criteria/reldocs/3-78-013.pdf. 

“Technical Assistance Document (TAD) for Sampling and Analysis of Ozone Precursors”, EPA/600-R98/161, September 1998, URL: http://www.epa.gov/ttn/amtic/files/ambient/pams/newtad.pdf. 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 57 

APPENDIX A: VOLATILE ORGANIC COMPOUNDS 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

1,1,1-Trichloroethane 43814 Canister TO-15 101 

1,1,2,2-

Tetrachloroethane 43818 Canister TO-15 101 

1,1,2-Trichloroethane 43820 Canister TO-15 101 

1,1-Dichloroethane 43813 Canister TO-15 101 

1,1-Dichloroethene 43826 Canister TO-15 101 

1,2,4-Trichlorobenzene 45810 Canister TO-15 101 

1,2,4-

Trimethylbenzene 45208 Canister TO-15 101 

1,2-Dibromoethane 43843 Canister TO-15 101 

1,2-Dichloroethane 43815 Canister TO-15 101 

1,2-Dichloropropane 43829 Canister TO-15 101 

1,3,5-

Trimethylbenzene 45207 Canister TO-15 101 

1,3-Butadiene 43218 Canister TO-15 101 

Acetonitrile 43702 Canister TO-15 101 

Acetylene 43206 Canister TO-15 101 

Acrolein 43505 Canister TO-15 101 

Acrylonitrile 43704 Canister TO-15 101 

Benzene 45201 Canister TO-15 101 

Bromochloromethane 43836 Canister TO-15 101 

Bromodichloromethane 43828 Canister TO-15 101 

Bromoform 43806 Canister TO-15 101 

Bromomethane 43819 Canister TO-15 101 

Carbon Disulfide 42153 Canister TO-15 101 

Carbon Tetrachloride 43804 Canister TO-15 101 

Chlorobenzene 45801 Canister TO-15 101 

Chloroethane 43812 Canister TO-15 101 

Chloroform 43803 Canister TO-15 101 

Chloromethane 43801 Canister TO-15 101 

Chloromethylbenzene 45809 Canister TO-15 101 

Chloroprene 43835 Canister TO-15 101 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 58 

APPENDIX A: VOLATILE ORGANIC COMPOUNDS (Continued) 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

cis-1,2-Dichloroethylene 43839 Canister TO-15 101 

cis-1,3-Dichloropropene 43831 Canister TO-15 101 

Dibromochloromethane 43832 Canister TO-15 101 

Dichlorodifluoromethane 43823 Canister TO-15 101 

Dichloromethane 43802 Canister TO-15 101 

Dichlorotetrafluoroethane 43208 Canister TO-15 101 

Ethyl Acrylate 43438 Canister TO-15 101 

Ethyl tert-Butyl Ether 43396 Canister TO-15 101 

Ethylbenzene 45203 Canister TO-15 101 

Hexachloro-1,3-

Butadiene 43844 Canister TO-15 101 

m,p-Xylene 45109 Canister TO-15 101 

m-Dichlorobenzene 45806 Canister TO-15 101 

Methyl Ethyl Ketone 43552 Canister TO-15 101 

Methyl Isobutyl Ketone 43560 Canister TO-15 101 

Methyl Methacrylate 43441 Canister TO-15 101 

Methyl tert-Butyl Ether 43372 Canister TO-15 101 

n-Octane 43233 Canister TO-15 101 

o-Dichlorobenzene 45805 Canister TO-15 101 

o-Xylene 45204 Canister TO-15 101 

p-Dichlorobenzene 45807 Canister TO-15 101 

Propylene 43205 Canister TO-15 101 

Styrene 45220 Canister TO-15 101 

tert-Amyl Methyl Ether 43373 Canister TO-15 101 

Tetrachloroethylene 43817 Canister TO-15 101 

Toluene 45202 Canister TO-15 101 

trans-1,2-

Dichloroethylene 43838 Canister TO-15 101 

trans-1,3-

Dichloropropene 43830 Canister TO-15 101 

Trichloroethylene 43824 Canister TO-15 101 

Trichlorofluoromethane 43811 Canister TO-15 101 

Trichlorotrifluoroethane 43821 Canister TO-15 101 

Vinyl Chloride 43860 Canister TO-15 101 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 59 

APPENDIX B: CARBONYLS 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

2,5-dimethylbenzaldehyde 45503 DNPH Cartridge TO-11A 202 

Acetaldehyde 43503 DNPH Cartridge TO-11A 202 

Acetone 43551 DNPH Cartridge TO-11A 202 

Benzaldehyde 45501 DNPH Cartridge TO-11A 202 

Butyraldehyde 43329 DNPH Cartridge TO-11A 202 

Crotonaldehyde 43528 DNPH Cartridge TO-11A 202 

Formaldehyde 43502 DNPH Cartridge TO-11A 202 

Hexaldehyde 43517 DNPH Cartridge TO-11A 202 

Isovaleraldehyde 43513 DNPH Cartridge TO-11A 202 

Propionaldehyde 43504 DNPH Cartridge TO-11A 202 

Tolualdehydes 45504 DNPH Cartridge TO-11A 202 

Valeraldehyde 43518 DNPH Cartridge TO-11A 202 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 60 

APPENDIX C: PM2.5 SPECIATION 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

Ammonium 88301 Met One SASS Ion Chromatography 812 

Antimony 88102 Met One SASS Energy Dispersive XRF 811 

Antimony 88102 Met One SASS Energy Dispersive XRF 811 

Arsenic 88103 Met One SASS Energy Dispersive XRF 811 

Barium 88107 Met One SASS Energy Dispersive XRF 811 

Bromine 88109 Met One SASS Energy Dispersive XRF 811 

Cadmium 88110 Met One SASS Energy Dispersive XRF 811 

Calcium 88111 Met One SASS Energy Dispersive XRF 811 

Cerium 88117 Met One SASS Energy Dispersive XRF 811 

Cesium 88118 Met One SASS Energy Dispersive XRF 811 

Chlorine 88115 Met One SASS Energy Dispersive XRF 811 

Chromium 88112 Met One SASS Energy Dispersive XRF 811 

Cobalt 88113 Met One SASS Energy Dispersive XRF 811 

Copper 88114 Met One SASS Energy Dispersive XRF 811 

Elemental carbon 88307 Met One SASS Thermal Optic Analysis 813 

Europium 88121 Met One SASS Energy Dispersive XRF 811 

Gallium 88124 Met One SASS Energy Dispersive XRF 811 

Gold 88143 Met One SASS Energy Dispersive XRF 811 

Hafnium 88127 Met One SASS Energy Dispersive XRF 811 

Indium 88131 Met One SASS Energy Dispersive XRF 811 

Iridium 88133 Met One SASS Energy Dispersive XRF 811 

Iron 88126 Met One SASS Energy Dispersive XRF 811 

Lanthanum 88146 Met One SASS Energy Dispersive XRF 811 

Lead 88128 Met One SASS Energy Dispersive XRF 811 

Magnesium 88140 Met One SASS Energy Dispersive XRF 811 

Manganese 88132 Met One SASS Energy Dispersive XRF 811 

Mercury 88142 Met One SASS Energy Dispersive XRF 811 

Molybdenum 88134 Met One SASS Energy Dispersive XRF 811 

Nickel 88136 Met One SASS Energy Dispersive XRF 811 

Niobium 88147 Met One SASS Energy Dispersive XRF 811 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 61 

APPENDIX C: SPECIATED FINE PARTICLES (Continued) 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

Nitrate 88306 Met One SASS Ion Chromatography 812 

Organic carbon 88305 Met One SASS Thermal Optic Analysis 813 

Particulate matter 2.5u 88502 Met One SASS Energy Dispersive XRF 811 

Phosphorus 88152 Met One SASS Energy Dispersive XRF 811 

Pk1_OC 88332 Met One SASS Thermal Optic Analysis 813 

Pk2_OC 88333 Met One SASS Thermal Optic Analysis 813 

Pk3_OC 88334 Met One SASS Thermal Optic Analysis 813 

Pk4_OC 88335 Met One SASS Thermal Optic Analysis 813 

Potassium 88180 Met One SASS Energy Dispersive XRF 811 

PyrolC 88336 Met One SASS Thermal Optic Analysis 813 

Rubidium 88176 Met One SASS Energy Dispersive XRF 811 

Samarium 88162 Met One SASS Energy Dispersive XRF 811 

Scandium 88163 Met One SASS Energy Dispersive XRF 811 

Selenium 88154 Met One SASS Energy Dispersive XRF 811 

Silicon 88165 Met One SASS Energy Dispersive XRF 811 

Silver 88166 Met One SASS Energy Dispersive XRF 811 

Sodium 88184 Met One SASS Energy Dispersive XRF 811 

Sodium 88302 Met One SASS Ion Chromatography 812 

Strontium 88168 Met One SASS Energy Dispersive XRF 811 

Sulfate 88403 Met One SASS Ion Chromatography 812 

Sulfur 88169 Met One SASS Energy Dispersive XRF 811 

Tantalum 88170 Met One SASS Energy Dispersive XRF 811 

Terbium 88172 Met One SASS Energy Dispersive XRF 811 

Tin 88160 Met One SASS Energy Dispersive XRF 811 

Titanium 88161 Met One SASS Energy Dispersive XRF 811 

Total carbon 88312 Met One SASS Thermal Optic Analysis 813 

Vanadium 88164 Met One SASS Energy Dispersive XRF 811 

Wolfram 88186 Met One SASS Energy Dispersive XRF 811 

Yttrium 88183 Met One SASS Energy Dispersive XRF 811 

Zinc 88167 Met One SASS Energy Dispersive XRF 811 

Zirconium 88185 Met One SASS Energy Dispersive XRF 811 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 62 

APPENDIX D: OZONE PRECURSORS 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

Sum Of Pams 43000 PerkinElmer Auto-GC-FID 078 

Total Nmoc 43102 PerkinElmer Auto-GC-FID 078 

N-Dodecane 43141 PerkinElmer Auto-GC-FID 078 

Ethane 43202 PerkinElmer Auto-GC-FID 078 

Ethylene 43203 PerkinElmer Auto-GC-FID 078 

Propane 43204 PerkinElmer Auto-GC-FID 078 

Propylene 43205 PerkinElmer Auto-GC-FID 078 

Acetylene 43206 PerkinElmer Auto-GC-FID 078 

N-Butane 43212 PerkinElmer Auto-GC-FID 078 

Isobutane 43214 PerkinElmer Auto-GC-FID 078 

Trans-2-Butene 43216 PerkinElmer Auto-GC-FID 078 

Cis-2-Butene 43217 PerkinElmer Auto-GC-FID 078 

N-Pentane 43220 PerkinElmer Auto-GC-FID 078 

Isopentane 43221 PerkinElmer Auto-GC-FID 078 

1-Pentene 43224 PerkinElmer Auto-GC-FID 078 

Trans-2-Pentene 43226 PerkinElmer Auto-GC-FID 078 

Cis-2-Pentene 43227 PerkinElmer Auto-GC-FID 078 

2-Methyl-2-Butene 43228 PerkinElmer Auto-GC-FID 078 

3-Methylpentane 43230 PerkinElmer Auto-GC-FID 078 

N-Hexane 43231 PerkinElmer Auto-GC-FID 078 

N-Heptane 43232 PerkinElmer Auto-GC-FID 078 

N-Octane 43233 PerkinElmer Auto-GC-FID 078 

4-Methyl-1-Pentene 43234 PerkinElmer Auto-GC-FID 078 

N-Nonane 43235 PerkinElmer Auto-GC-FID 078 

N-Decane 43238 PerkinElmer Auto-GC-FID 078 

Cyclopentane 43242 PerkinElmer Auto-GC-FID 078 

Isoprene 43243 PerkinElmer Auto-GC-FID 078 

2,2-Dimethylbutane 43244 PerkinElmer Auto-GC-FID 078 

1-Hexene 43245 PerkinElmer Auto-GC-FID 078 

2-Methyl-1-Pentene 43246 PerkinElmer Auto-GC-FID 078 

2,4-Dimethylpentane 43247 PerkinElmer Auto-GC-FID 078 

Cyclohexane 43248 PerkinElmer Auto-GC-FID 078 

3-Methylhexane 43249 PerkinElmer Auto-GC-FID 078 

2,2,4-Trimethylpentane 43250 PerkinElmer Auto-GC-FID 078 

2,3,4-Trimethylpentane 43000 PerkinElmer Auto-GC-FID 078 
NEW JERSEY AMBIENT AIR MONITORING NETWORK PLAN 2010 63 

APPENDIX D: OZONE PRECURSORS (Continued) 

Parameter 

AQS 

Parameter 

Code Sampling Instrument Method of Analysis 

AQS 

Method 

Code 

3-Methylheptane 43102 PerkinElmer Auto-GC-FID 078 

Alpha.-Pinene 43141 PerkinElmer Auto-GC-FID 078 

Beta.-Pinene 43202 PerkinElmer Auto-GC-FID 078 

Methylcyclohexane 43203 PerkinElmer Auto-GC-FID 078 

Methylcyclopentane 43204 PerkinElmer Auto-GC-FID 078 

2-Methylhexane 43205 PerkinElmer Auto-GC-FID 078 

1-Butene 43206 PerkinElmer Auto-GC-FID 078 

3-Methyl-1-Butene 43212 PerkinElmer Auto-GC-FID 078 

Cyclopentene 43214 PerkinElmer Auto-GC-FID 078 

2,3-Dimethylbutane 43216 PerkinElmer Auto-GC-FID 078 

2-Methylpentane 43217 PerkinElmer Auto-GC-FID 078 

Trans-2-Hexene 43220 PerkinElmer Auto-GC-FID 078 

Cis-2-Hexene 43221 PerkinElmer Auto-GC-FID 078 

2,3-Dimethylpentane 43224 PerkinElmer Auto-GC-FID 078 

N-Undecane 43226 PerkinElmer Auto-GC-FID 078 

2-Methylheptane 43227 PerkinElmer Auto-GC-FID 078 

Isomers Of Ethyltoluene 43228 PerkinElmer Auto-GC-FID 078 

M/P Xylene 43230 PerkinElmer Auto-GC-FID 078 

M/P Ethyltoluene 43231 PerkinElmer Auto-GC-FID 078 

Benzene 43232 PerkinElmer Auto-GC-FID 078 

Toluene 43233 PerkinElmer Auto-GC-FID 078 

Ethylbenzene 43234 PerkinElmer Auto-GC-FID 078 

O-Xylene 43235 PerkinElmer Auto-GC-FID 078 

1,3,5-Trimethylbenzene 43238 PerkinElmer Auto-GC-FID 078 

1,2,4-Trimethylbenzene 43242 PerkinElmer Auto-GC-FID 078 

N-Propylbenzene 43243 PerkinElmer Auto-GC-FID 078 

Isopropylbenzene 43244 PerkinElmer Auto-GC-FID 078 

O-Ethyltoluene 43245 PerkinElmer Auto-GC-FID 078 

M-Ethyltoluene 43246 PerkinElmer Auto-GC-FID 078 

P-Ethyltoluene 43247 PerkinElmer Auto-GC-FID 078 

M-Diethylbenzene 45218 PerkinElmer Auto-GC-FID 078 

P-Diethylbenzene 45219 PerkinElmer Auto-GC-FID 078 

Styrene 45220 PerkinElmer Auto-GC-FID 078 

1,2,3-Trimethylbenzene 45225 PerkinElmer Auto-GC-FID 078