Continuous Emission Monitoring System

Continuous Emission Monitoring System (CEMS) solution is proven to meet complex regulations worldwide, including Swiss OAPC, US EPA part 60/75, EN 17255, KSA RCER and PME, Alberta CEMS code, and Canadian 1/EPS/PG7. AML- CEMS is a powerful and robust software application package that can store, analyze, visualize and report environmental data from various sources. The main goal of Continuous Emission Monitoring System (CEMS) is to demonstrate environmental regulatory compliance of various industrial sources of air pollutants. The main pollutants measured by a Continuous Emission Monitoring System include carbon monoxide (CO), carbon dioxide (CO2), sulphur dioxide (SO2), nitrogen oxides (NOx), hydrogen chloride (HCI), volatile organic compounds (VOCs), ozone (O3) and heavy metals such as mercury (Hg).

CEMS can also be set up to monitor other parameters of a site’s flue gas effluent in order to reveal insights into its day-to-day functioning. These include such variables as the airflow in the sample. These data can help to produce readings of contamination concentration on a mass per hour basis. 

AML-CEMS helps your company manage environmental audit risks, save time with maintaining the CEMS analyzers and preparing regulatory reports, and significantly assist with environmental accountability and compliance as part of the corporate sustainability policies and procedures.

continuous emission monitoring systems
AML-CEMS

Why is continuous emissions monitoring so important?

Monitoring emissions is nowadays a hot topic through the energy transition. In response to the call for climate change activism among government regulations, the cost of CO2 emissions is going to increase, at least in the European Union, which is decreasing the number of free allowances and increasing the tax on CO2 emissions. The European Union is charged with reducing emissions by 55% by 2030. The main goal is to demonstrate environmental regulatory compliance with various industrial sources of air pollutants to avoid high penalties and fines.

There is a reason that there are government regulations about the limit of emissions. On the one hand, a high concentration of contaminants like CO2 has a negative impact on the air quality levels in the vicinity of the site. On the other hand, specific pollutants like methane and CO2 are particularly damaging to the plant. Collectively known as greenhouse gases (GHGs), these contaminants help to trap heat in the environment and contribute to global warming. That’s the reason why the emissions must reduce by 55% by 2030.

Generally speaking the main pollutants measured by CEMS include carbon monoxide (CO), carbon dioxide (CO2), sulfur dioxide (SO2), nitrogen oxides (NOx), hydrogen chloride (HCI), particulate matter (PM), volatile organic compounds (VOC’s), ozone (O3) and heavy metals such as mercury (Hg).

Most common challenges with analyzers:

  1. – Compliance
  2. – No confidence in analyzer readings
  3. – Root causes of unplanned downtimes are not analyzed
  4. – Human errors derived from manual coordination
  5. – Communication between maintenance and operations
  6. – Low availability rate of analyzers
  7. – Invisible analyzer performance
  8. – An increasing number of sensors
  9. – A decreasing number of specialists (Subject Matter Experts)

Challenges managing limits on emissions

Air pollution is one of the biggest problems faced today. To meet the requirements and standards, it’s essential to measure the emissions. But how do you know what your smokestack is releasing into the atmosphere? That is a big challenge for many companies. Also, there are other challenges like: 
 
  • – Ever-changing regulatory standards
  • – Technology options
  • – A significant percentage of Continuous Emission Monitoring System (CEMS) rely on obsolete or discontinued systems.
  • – The EPA mandated 95% availability means systems can only be down 18 days per year.
  • – Emission estimating and reporting
 
These regulations and challenges are often complex and hard to navigate, and companies that fail to meet them can face severe penalties and fines. 
continuous emission monitoring systems

For what industries is CEMS suitable?

Analyzer Management

Unique Features of Continuous Emission Monitoring System (CEMS)

Continuous Emission Monitoring System software will read data from the database, process and validate measured values, calculate corrected gas concentrations, compute required averages, and provide data visualization, and reporting capabilities. It is used to meet regulatory compliance requirements such EPS 1/PG/7, US EPA Part 60 & Part 75, MCERTS, and various local permit specifications. The following is an overview of the features:

 

  • – Latest cybersecurity practices for network communication, data acquisition, storage, and analysis, are an integral part of independence from the plant network.
  • – All calibration and value processing features of DCU, plus:
  • – Additional reports
  • – Operating time and data availability
  • – Standardization to normal conditions
  • – Mass rate calculation and reporting
  • – Alarm acknowledgments
  • – Alarm reasons and actions
  • – Support for parameter values
  • – Support for bias value parameters
  • – Security and multi-level user access control
  • – System audit log capabilities
  • – Solenoid control capabilities 
  • – Full system backup and restore
  • – Scheduling for an automatic report of control tasks
  • – Support for multiple database engines
  • – Data backfilling and missing data subsite

+130 Clients Worldwide

Get Quantified Results with AML-CEMS

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reduction of capital costs

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Reduction of operation and maintenance costs

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Increase the availability of the data

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Reduction of environmental footprint

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