Preparing for Your Upcoming Stack Test

Source Emissions testing, or stack testing, is mandated by the Clean Air Act of the U.S. Environmental Protection Agency (EPA), which sets forth guidelines and requirements that must be met to determine a facility’s compliance with emission limits.  Any and all plants, factories, and facilities that utilize a stack as part of manufacturing or production operations are required to undergo stack testing in order to demonstrate compliance with current EPA standards.  There is more to stack testing than simple compliance, however.  A properly-executed testing plan gives you the diagnostic tools to help optimize your operations and improve energy efficiency — quality incentives for voluntary stack testing that is not simply driven by EPA requirements.  With careful preparation for stack-testing compliance and the proper execution of the test plan, a company can save money, protect workers, and effectively streamline their operations.

As a company prepares their facility for an upcoming stack test, reviewing the state-approved test plan is the best way to ensure that you understand all of the testing requirements.  Doing so is your greatest insurance that the stack testing results will show proper compliance with all relevant EPA air emission standards.  However, in many cases technical or legal jargon may make a portion or the entirety of the test plan difficult to understand, and it may not contain all of the required information necessary to conduct a successful test.  To assist you with this, we have put together the following Stack Testing Preparation Checklist to help you make sure that your company is properly prepared for your upcoming testing.  All items on this checklist should be reviewed with your qualified stack-testing team.

  1. What Load you will test at – This information is typically in your air permit, and/or determined by applicable federal/state  regulations.
  2. What Fuel you will burn – Different fuel types can have vastly different emission limits
  3. OSHA compliant platforms – How will the stack test team reach the sampling plane?
  4. Power Requirements – Do you have enough circuits?
  5. Safety/Insurance Concerns- What are your facility requirements?  Does your stack test company meet these requirements?
  6. Are your Test Ports free from blockage and EPA Method 1 Compliant?
  7. What Process Data are you required to document, and how will that data be logged?

Here at Environmental Source Samplers Inc., we’re familiar with the pitfalls a company can experience when faced with an upcoming test.  Advance preparation, with these guidelines in mind, will provide your company the ability to address any issues or questions prior to the stack testing date. Saving your company the time, hassle, and money that late revisions and changes inevitably cause.  These guidelines are also helpful in maintaining high levels of safety and compliance regardless of having a scheduled stack test or not, benefitting the overall operations and their environmental impact.

Choosing a stack testing company that has the appropriate background and experience for your industry will help ensure that your stack test will be successful.  The stack testing company should have the capability to execute the testing types and methodologies that govern your specific operations, while using equipment that is well-maintained and up-to-date.  Just as importantly, they should be current and informed on the changes and revisions to existing testing methodologies, since the EPA air emission limits and standards are subject to change as the Agency sees fit.

Stack testing is required and performed for the health and safety of the plant, the workers, and the environment.   It is also a diagnostic tool that provides insight into the efficiency of your operations.  However, whether you are testing for compliance or diagnostic purposes, careful preparation is the key to ensuring that your stack testing project gives you the data that you can use effectively.

Please contact the experts at Environmental Source Samplers (ESS) to learn more about their stack testing services:

Phone: 910-799-1055
Email: [email protected]
Website: www.ESSKnowsAir.com

EPA to Propose Repealing Clean Power Plan

WASHINGTON (Reuters) – The U.S. Environmental Protection Agency will propose repealing the Clean Power Plan – the Obama administration’s centerpiece regulation to fight climate change – and plans to solicit input on a rule to replace it, according to an EPA document seen by Reuters.

The decision marks the agency’s first formal step to sweep away the rule intended to cut carbon emissions from power plants, after President Donald Trump signed an executive order in March launching the EPA’s review.

The Republican president has expressed doubts about the science of climate change and has blamed former Democratic President Barack Obama’s efforts to cut carbon emissions for hurting the coal mining and oil drilling industries.

The Clean Power Plan, or CPP, was challenged in court by 27 states after Obama’s administration launched it in 2015. It is currently suspended by the D.C. Circuit Court of Appeals, which set a deadline of Friday for a status report from the EPA on how it plans to proceed.

[Read more…]

EPA Answers 63 Questions About the Boiler MACT (40 CFR 63 Subpart DDDDD)

2017-04-04 EPA Q&A DDDDD

GENERAL

Q1. Can a boiler that combusts both gas and oil average its emissions when firing gas with those when firing oil?

A: As stated in 63.7522, emission averaging is only allowed between units in the same subcategory. Averaging emissions of a dual fuel unit burning oil with the emissions of the same unit when burning gas is not permitted. Under 63.7520(c), the unit’s compliance would be based on the emissions when firing oil.

 

Q2. Can a facility that is currently a major source of HAP become an area source before the first substantive date of the Major Source Boiler MACT (i.e., 2016), and comply with the Area Source Boiler MACT/GACT (NESHAP JJJJJJ) provisions? The EPA’s memorandum that was published in 1995 specifically noted the first substantive compliance date of a MACT rule as the last day to switch to an area source, before Once In, Always In takes effect.  Does this memorandum still represents EPA’s policy?

A: The “Once In Always In” Policy does represent the Agency’s policy. You are correct that a source must reduce their emissions below major source thresholds prior to the compliance date of the rule.

 

Q3. Can a facility that is a major source boiler become an area source boiler? If so, what is the latest date by which it may do so, and what has to happen by then?

A: A facility would need to become an area source before the first applicable compliance date, which would be January 31, 2016 for existing sources. The facility would need to show that their potential to emit HAP is less than 10/25 TPY, and a federally enforceable permit restriction would be one way to show emissions are below major source levels.

[Read more…]

Preparing Your Hot Mix Asphalt Plant for Air Permit Compliance Testing

The saying “Time flies” never seems more appropriate than when air permits need to be renewed for Hot Mix Asphalt (HMA) plants.

If your plant’s permit is expiring soon (or even if it’s a bit down the road), it may benefit you to review the EPA-mandated testing required under your state-issued air permit.  With this in mind, allow us to provide a brief overview about air emissions testing for Hot Mix Asphalt plants.

Mobile Asphalt Plant by Wikisay (Own work) [CC BY-SA 3.0 (http://creativecommons.org/licenses/by-sa/3.0) or GFDL (http://www.gnu.org/copyleft/fdl.html)], via Wikimedia Commons

Mobile Asphalt Plant by Wikisay http://creativecommons.org/licenses/by-sa/3.0

Why are Hot Mix Asphalt plants required to test air emissions?

In the past, HMA plants were notorious for generating noticeable levels of dust, smoke, odors, and noise.   In 1973, the EPA enacted New Source Performance Standards (NSPS), which required HMA producers to pass strict emission standards and install control systems to prevent the release of dust and smoke into the air. A facility must also meet stringent visible emissions tests in order to comply with regulations.  These NSPS rules have had a dramatic effect on the decreased levels of pollution emitted by HMA plants, and thus the testing continues to be a part of the regulations with which HMA plants must comply.

When do Hot Mix Asphalt plants need to test for air emissions?

The date by which an HMA plant must conduct compliance testing and submit a report to the state EPA office is outlined in each plant’s individual air permit.  In some cases, the air emissions test report may be due 12 months or more before the current permit expires.

It is important to note that new HMA plants are required to conduct performance testing within 60 days after achieving maximum production rate, but no later than 180 days after initial startup of the facility. (See 40 CFR 60 Subpart A §60.8)

Nearly all HMA plants operate on a limited calendar, with summer being the busiest season.  As a result, there are a limited number of days available to perform emissions testing.  It is best to plan testing so that it occurs earlier than the permit requires in case the weather causes a delay or cancellation of the intended testing.

How far in advance must Hot Mix Asphalt plants provide notice of testing to the state authorities?

NSPS rule 40 CFR 60 Subpart A §60.8 specifically requires owners to notify the state regulatory agency 30 days in advance of the anticipated test date.

The state authority may also require submission of protocols in advance of testing.  Check your individual air permit for your state’s test protocol submission rules.

What tests are required under NSPS 40 CFR 60 Subpart I – Standards of Performance for Hot Mix Asphalt Facilities?

 According to 40 CFR 60 Subpart I, the following EPA Methods are required for air compliance testing at Hot Mix Asphalt plants:

  • EPA Method 5 – Measures Filterable Particulate Matter (FPM)
  • EPA Method 9 – Measures Visible Emissions (VE)

Some states require additional particulate testing via EPA Method 202, although the NSPS does not require it.  Please check with your state regulatory agency for the requirements concerning your facility.

When are air emissions test reports due to the state regulatory office?

It depends.  For instance, South Carolina requires a hard copy in office (not just postmarked) by the 30th calendar day post-test, but North Carolina allows 60 days to submit the report.

However, we recommend that you consult your air permit for a specific answer.  Your state-issued air permit will outline all the specifics for your emissions compliance requirements.

Does ESS test air emissions at Hot Mix Asphalt plants?

Yes.  ESS currently conducts air emissions testing for Hot Mix Asphalt plants in North Carolina, South Carolina, and Virginia.

With some of the most experienced testing staff in the industry, ESS can meet all of your testing needs for a competitive price.  Our staff of professionals strives to provide courteous, timely service that exceeds client expectations.

Call us at 1-888-363-0039 or send an e-mail to [email protected] to discuss your specific air testing needs.  We will be happy to assist you.

Sulfuric Acid Mist Sampling and Controlled Condensate (NCASI Method 8a) Testing

Criteria Pollutants and MACT related air toxics such as Mercury and HCl get a lot of attention in the field of air-quality analysis and emissions testing (stack testing), but other, less-known pollutants can and do cause issues for facilities. Sulfuric Acid Mist (H2SO4) is one such pollutant.

 

Sulfuric acid emissions

Sulfuric acid emissions have traditionally been measured using EPA Method 8. This method utilizes the principle of selective solvent absorption (SSA) and captures sulfur trioxide (SO3) and H2SO4 in an isopropyl alcohol (IPA) solution, and SO3 in a low concentration of hydrogen peroxide. A drawback to this method, however, is that it was developed and originally promulgated to determine SO3/H2SO4 emissions from stationary sources in the absence of other particulate matter. The principal drawback is the absence of a filter to effectively remove PM and other pollutants prior to the capture of H2SO4 in IPA. This can lead to interference from a number of filterable particulates and other pollutants, such as ammonia, and may result in emissions reading much higher than expected, making it difficult to achieve compliance with the emissions standards.

 

NCASI Method 8a

NCASI Method 8a, originally Conditional Test Method (CTM)-013, was developed as an alternative to EPA Method 8, and uses a heated quartz filter for capturing particulates, thereby eliminating the potential for interference from particulate sulfate and other interference. For sources that are having trouble with obtaining low emissions of H2SO4, and particularly those that have been using ammonia-injection control technology, the use of this method can result in a significant reduction in reported emissions from the source, by removing these varying interferences.

The quartz filter is maintained at temperatures above 500 degrees F, allowing the gaseous SO3/H2SO4 to pass through and be selectively condensed in a temperature-controlled condenser. The condenser cools the flue gases below the dew point of the SO3/H2SO4, but above the dew point of water, eliminating the potential for interference from SO2. The method was developed and validated as an alternative for determining sulfuric acid emissions from combination boilers and recovery furnaces equipped with dry particulate control devices, and tested extensively on kraft recovery furnaces. It was specifically approved by the EPA for use on recovery furnaces in 1996.

 

Potential Issues

There are two potential issues with utilizing this method. The first is that it utilizes special equipment that not many testing firms have. The equipment costs several thousand dollars, which creates a large up-front cost to conducting tests using this method. The second is that the method is not specifically approved for any units other than recovery furnaces, and compliance tests performed by this method must be approved by state regulators on a case-by-case basis.

 

Call in the Professionals

ESS, an air-testing firm out of Wilmington, North Carolina, has the equipment and experience to conduct this test method for facilities that are currently or potentially regulated for H2SO4. ESS has requested and received variances from state regulators for use on biomass boilers, paper mills, and ceramic kilns for compliance-level testing. In all cases so far, the use of this alternative method has greatly improved the reported emissions of H2SO4, and helped our clients achieve compliance with the emissions standards their units are subject to.

If your facility is expected to be regulated for sulfuric acid mist, you need a testing partner that can achieve the best results. Give ESS a call today at  (910) 799-1055.

EPA Guidance on Method 202 and Recovery Blanks for CPM

EPA Guidance on Method 202 and Recovery Blanks for CPMOn April 8th, 2014, in response to feedback from industry owners, operators, and the NCASI Institute, the US EPA released a memorandum providing interim guidance on the treatment of Condensable Particulate Matter (CPM) test results, and expressed the intention to review and potentially revise the EPA Method 202 used to obtain CPM during a stack test.

At issue is the fear of owners and operators of overestimate of CPM emissions, due to the stringent field train recovery blank correction requirements. The method has many chances for contamination, in the chemicals, equipment, and sample containers that are used to sample, collect, and transport the samples to laboratories for weighing and analysis. This contamination can lead to the overestimation of CPM emissions in the stack, which can result in more stringent permit and operating requirements for a facility, particular in regards to Prevention of Significant Deterioration (PSD) and Nonattainment New Source Review (NSR) permitting programs.

A Field Train Recovery Blank is a part of the sampling method that enables the stack testing firm to determine a base-line for contamination of the actual emissions from the stack. During a standard test series, typically consisting of three (3) 60-minute test runs, a sampling train is set up to perform the blank after either run one or run two. The train is set up in exactly the same manner and procedure as the actual test runs, and is run for the same period of time as the actual test runs, with the exception that the train is not placed into the stack, and so is not grabbing an actual emission sample. The collected sample is labeled as a blank, and analyzed along with the other collected samples. The analysis of the blank sample provides the level of contamination in the sampling train, and the stack testing firm corrects the numbers from the actual test runs to account for this contamination.

However, under the existing rules the Testing Firm was only able to correct up to 2.0mg, even if the blank showed level of contamination higher than that upper limit, and that upper limit was the point of contention that NCASI and Industry Representatives requested action on. Upon reviewing the data presented by all parties, the EPA has agreed that a higher upper limit for blank correction is warranted, and has expressed that, in the interim, Stack Testing firms may use values as high as 5.1mg to be used in the corrections for the calculation of CPM. This is, of course, only if the blank shows readings of up to this amount – if the blank readings are lower, then the actual value will be used.

This solution is only for the interim, while EPA researches the issue. Should EPA feel that the research warrants a revision of the entire Method, that will occur, but in the meantime this action will potentially have real impact on facilities controlled and permitted for particulate matter emissions. In order to achieve the best results for you and your facility, a knowledgeable and experienced stack testing partner, up to date on all news and requirements in the federal and state regulatory bodies, is invaluable.

If you require emissions testing for PM, CPM, or any other regulated pollutants, give ESS a call today at (910) 799-1055.

Related Posts:
Overcoming the Stack Testing Challenges of PM and Method 201a
Compliance Stack Testing and Audit Sample Requirements
EPA Proposal – Carbon Pollution Standards for New Power Plants

EPA Proposal – Carbon Pollution Standards for New Power Plants

EPA News & UpdatesOn September 20, 2013, the US Environmental Protection Agency (EPA) proposed new Clean Air Act standards to cut carbon pollution from new power plants. The proposed rule is for New Source Performance Standards (NSPS) for new fossil fuel-fired electric generating units (EGUs), primarily those fired by coal or natural gas. The rule was crafted to limit the emissions of carbon dioxide (CO2), from these EGU units.

The proposal is part of the EPAs plans to combat climate change and improve public health. Fossil fuel-fired power plants are the nation’s largest sources of carbon pollution and emissions of Greenhouse Gases (GHGs). The rule is designed to require any newly constructed power plants be equipped during the construction phase with the available best technology for controlling carbon and GHG emissions. EPA is accepting and encouraging public comment on the new proposed standards, and will maintain the comment period for 60 days after the original publish date in the Federal Register.

The proposed standards are, in actuality, a revision of standards originally proposed in April of 2012, and this new proposal is an attempt on the part of the EPA to accommodate the feedback and criticisms from the 2.5 million public comments received after the initial proposed rule. The chief criticism of the original rule was a single standard for both coal and natural gas-fired units, based on a single concept of “best system of emissions reductions” (BSER). In response to this, the new rule proposes two separate standards for coal and gas-fired units, based on BSERs specific to each category. The original proposal was rescinded by the EPA in a separate action.

This NSPS proposed rule is specific to plants that will be constructed in the future, typically identified as after the date of the proposal. After the proposed NSPS standards, the EPA has announced plans to communicate with the owners and operators of currently-constructed sources, to develop standards for existing units. These standards are expected to be different from, and less stringent than, the standards proposed now for future sources.

The Proposed NSPS Standards

    • Fossil Fuel-fired utility boilers and integrated gasification combined cycle (IGCC) units
      • BSER – Partial Carbon Capture System
      • Proposed limits, dependent on compliance period that best suits the unit:
        • 1,100 lb CO2/MWh gross over 12-operating month period
        • 1,000 – 1,050 lb CO2/MWh gross over an 84-operating month (7-year) period
    • Natural gas-fired stationary combustion units
      • BSER – Current Natural gas combined cycle (NGCC) units
      • Proposed limits, dependent on size of the unit:
        • 1,000 lb CO2/MWh gross for larger units (>850 mmBtu/hr)
        • 1,100 lb CO2/MWh gross for smaller units (?850 mmBtu/hr)

Comment Period and How to Comment

EPA will accept comment on this new proposal for 60 days after publication in the Federal Register.

Comments on the proposed standard should be identified by Docket ID No. EPA-HQ-OAR-2013-0495. All comments may be submitted by one of the following methods:

  • www.regulations.gov – follow the on-line instructions for comment submittal
  • E-mail comments to [email protected]
  • Fax your comments to: 202-566-9744
  • Mail your comments to:
    • Air and Radiation Docket and Information Center
    • Environmental Protection Agency
    • Mail Code: 2822 2T
    • 1200 Pennsylvania Ave. NW
    • Washington, DC 20460
  • Deliver your comments to:
    • EPA Docket Center, Room 3334
    • 1301 Constitution Ave. NW
    • Washington, DC 20460

For Fact Sheets, the full proposed rule, and any other information, visit the following link:
www2.epa.gov/carbon-pollution-standards/2012-proposed-carbon-pollution-standard-new-power-plants

New RICE Rules for MACT Standards and Compliance

The new RICE NESHAP (National Emissions Standards for Hazardous Air Pollutants) rules affect engines used for generators, pumps, compressors, and other common plant equipment, as part of the larger Maximum Achievable Control Technology (MACT) standards. The requirements’ full compliance date is May 3, 2013, for diesel (CI) engines and October 19, 2013, for gasoline and natural gas (SI) engines. However, the startup, shutdown, and malfunction (SSM) requirements have been applicable since the rule effective dates of May 3, 2010, and October 19, 2010, respectively.

The federal Clean Air Act has severe penalties for non-compliance, including costly fines and criminal penalties. Nearly 1 million existing, stationary diesel engines are affected by new federal air quality rules, in addition to more than 300,000 gasoline, propane, and natural gas engines.

Subpart ZZZZ establishes national emission limitations and operating limitations for hazardous air pollutants (HAP) emitted from stationary reciprocating internal combustion engines (RICE) located at major and area sources of HAP emissions. This subpart also establishes requirements to demonstrate initial and continuous compliance with the emission limitations and operating limitations.

  • Covers Reciprocal Internal Combustion Engines (RICE units)
  • Affected RICE units
    • Area source engines
    • Major source engines with site rating of less than 500 horsepower
  • New units MUST comply within 180 days of construction.
  • Compliance can be met in two ways
    • Certification from the manufacturer
    • Develop a maintenance plan and conduct emission testing
Check your applicability with this online tool: RICE RuleFor existing units, compliance dates can be variable, so we recommend that you download the excel sheet linked here: Compliance Dates for Various Sources

 

Environmental Source Samplers (ESS) specializes in stack testing and source testing for a wide range of industries and sources.  They are experienced in EPA test methodologies and stay up-to-date on new rules and compliance regulations.  Contact ESS today to learn more: (910) 799-1055 .

Stay up-to-date with EPA News & Articles

Stack Testing Compliance Controls Air Emissions and Maintains Air Quality

Stack Testing for Air Quality ControlStack testing for any industry that utilizes a tower for production is a necessary component of the facility operation.  Compliance with Environmental Protection Agency (EPA) regulations on stack testing and air emissions is necessary in order to avoid violations and penalties as well as to aid in the management of environmental health and air quality as put forth in the Clean Air Act, originally enacted in 1970 and improved by amendments over the last forty years.

The EPA states that consistent, complete, and accurate stack test information is critical in managing the national air program.  Stack testing is conducted for purposes of performing routine source maintenance, relative accuracy test audits (RATA tests), linearity checks, and routine calibration of continuous emission monitoring systems (CEMS Testing).  All of these performance tests ultimately help determine compliance with applicable regional, state, or national EPA standards using approved test methodologies.

Stack testing protocols vary according to industry, process, facility, and permit requirements.  Some of the different protocols available for testing emission units include:

  • Manual Emissions Testing – includes EPA test methods and NIOSH/OSHA methods as well as ASTM, CARB, and SW846 test methods.
  • Instrumental Emission Testing – includes CEMS Testing, Performance Specification Testing, CO/CO2/O2/SO2/NOx, and Total Gaseous Organics.
  • Special Emissions Testing – can include Capture Efficiency (CE) determinations, VOC emissions profiling, Thermal Oxidizer Temperatire Optimization, and Mercury speciation determination.
  • Air Pollution Control Equipment Testing and Optimization – facilities can expect on-site inspection, equipment specification data, diagnostic testing, performance data evaluation, adn pilot plant tests.

While environmental regulations seem to be ever-changing, stack testing equipment and technology must keep pace with industry developments affecting air quality.  Environmental consulting firms and stack testing agencies are challenged to remain on the cusp of new and revamped air quality regulations.  Routine testing and maintenance programs help compliance efforts as well as reliance on a qualified and reputable stack testing company.

Please contact the experts at Environmental Source Samplers (ESS) to learn more about our stack testing services:

Phone: 910-799-1055
Email: [email protected]
Website: www.ESSKnowsAir.com

12 Things to Look for in a Stack Testing Company

Stack Testing SpecialistStack testing companies specialize in air emissions testing for compliance with standards and test methodologies set out by the Environmental Protection Agency (EPA).  Manufacturing and processing industries such as Pulp and Paper, Cement, Pharmaceutical, and Petrochemical, use a large variety of air emissions sources — like baghouses, boilers, engines, heaters, incinerators, lime kilns, regenerative thermal oxidizers, turbines, and many more — all of which require testing for air quality compliance.

While these industries must comply with the government standards for air testing, they do have options when it comes to choosing a stack testing company.  There are many factors to consider when choosing a stack testing company, and we’ve set out to bring you the Top 12 Things To Look For in a Stack Testing Company.

  1. QSTI Certified – The Source Evaluation Society (SES) has developed the Qualified Source Testing Individual (QSTI) program to ensure that stack testing companies can demonstrate knowledge and the ability to apply source testing methods as well as fundamental engineering and chemistry principles in a consistent and professional manner.
  2. ISO Compliant (QA Program) – Compliance with the Source Emission Testing Quality Assurance Program helps ensure the validity of the data generated in the course of operations.
  3. NELAC Accredited – Accreditation with the National Environmental Laboratory Accreditation (NELAC) Institute (TNI) ensures that the stack testing company meets the national standard for generating environmental data.
  4. Experience in Your Industry – Check the references and background of a stack testing company to be sure that they have experience in your specific industry and equipment can ensure a more timely and cost effective result as their testing and reporting process will likely be more streamlined.
  5. A Record of Success – Researching how long the stack testing company has been in operation builds confidence that you can rely on them as your go-to source emission testing partner.
  6. Familiarity with Your State Regulations – Specific State regulations in the field of environmental air quality are different from one state to the next and are subject to change at any time.  Make sure that your stack testing company is up-to-date on the current regulations for your particular State.
  7. Cost Competitive Pricing – Compare the quotes from different stack testing companies not only on pricing, but also the comprehensive methods of analysis and data acquisition.  Cost is an important consideration, but before you go with the lowest bidder review the proposals to make sure that the low cost does not mean that you sacrifice quality of service.
  8. Safety Record – Safety is an issue and responsibility for both the stack testing company and the client themselves.  Check the safety record of the company you’re researching so you can be confident in the quality and safety of your operation.
  9. Rapid Mobilizations – How accessible is your stack testing company?  Make sure they can get to your site as quickly as possible when needed.
  10. Turn-around time on Results – Look for safe and reliable on-site labs and mobile data analysis to be sure that you’re getting the best turnaround time on your air testing results.
  11. Clear, Concise, Correct Reporting – Accurate and reliable test reports are crucial, so you can understand, evaluate, and process the data results in a manner relevant to your particular company and industry.
  12. Familiarity with EPA Electronic Reporting – Electronic reporting that can be uploaded, downloaded, and updated is more than a convenience in this era of air quality compliance.  Your business depends on the data contained in these reports and accessing it in an electronic format is critical to your business operations.

As you can see, there are many elements involved in choosing the right stack testing company for your needs.  We’ve highlighted some of the most important factors that you want to consider in your research.  These factors affect the success of your business, the safety and reliability of your operation, and the health of our environment.  Stack testing may be a requirement, but the quality of service and the results you receive are factors well within your control.

Please contact the experts at Environmental Source Samplers (ESS) to learn more about our stack testing services:

Phone: 910-799-1055
Email: [email protected]
Website: www.ESSKnowsAir.com

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