Search
Reliable, real-time emissions monitoring engineered for today’s evolving energy landscape
The means and methods of power generation are transforming rapidly as industries, utilities, and mission-critical facilities work to meet growing energy demand while reducing environmental impact. From large utility power stations to on-site generation data centers, owners, operators, and developers face increasing pressure to ensure reliable electricity, maintain regulatory compliance, and support decarbonization goals.
As data centers expand to meet accelerating digital and AI workloads, many now operate like mini power plants, using natural gas, diesel, or even hydrogen-blend generators to ensure continuous operation. These systems create the same emissions challenges found in traditional power generation—NOₓ, SO₂, CO, CO₂, and particulates—making accurate and and reliable periodic and continuous gas emissions monitoring essential for environmental accountability and compliance to federal, state and local regulations with minimized downtime.
Thermo Fisher Scientific delivers industry-leading gas analyzers and is a preferred gas analysis provider for customers requiring emissions monitoring solutions. Thermo Scientific gas analyzers are designed to meet EPA performance specifications and methods for emissions monitoring, helping ensure a smooth startup during CEMS performance certification. Their familiarity within the industry, ease of use, and high reliability give operators confidence in their monitoring systems. Our analytical technologies provide the real-time emissions data required for US EPA compliance, process optimization, and transparent environmental, social and governance (ESG) reporting.
Gas analyzer solutions for cleaner, more efficient power generation
Our portfolio of gas analyzers and systems delivers accurate, real-time measurement of regulated pollutants and process gases. They help power generators achieve reliable operation, simplified compliance, and environmentally sound performance.
High-performance gas analyzers (42iQ, 48iQ, 410iQ Series)
Designed to meet the demanding needs of modern power generation, these analyzers deliver precise measurements of key emissions gases with fast response times and exceptional stability. Their modular design and smart diagnostics help operators:
- Maintain compliance with evolving emissions standards
- Optimize selective catalytic reduction (SCR) systems and reduce ammonia slip
- Improve operational efficiency and reduce reagent usage
- Support environmental, social, and governance (ESG) commitments with auditable emissions data
These analyzers have been successfully deployed in challenging continuous emissions systems, including SCR-equipped power plants supplying energy to growing data center operations.
Mercury Freedom Continuous Emissions Monitoring System (CEMS)
The Thermo Scientific Mercury Freedom Continuous Emissions Monitoring System (CEMS) delivers reliable, continuous mercury measurement to support regulatory compliance and operational confidence in coal-fired power generation and critical backup capacity applications. Designed for seamless integration and dependable performance, the system helps facilities maintain compliance while optimizing plant operations.
- Continuous, Accurate Mercury Monitoring - provides precise measurement of mercury emissions to support compliance with stringent environmental regulations
- Regulatory Compliance Confidence - supports compliance with U.S. EPA MATS, MACT, and Part 75 requirements, helping reduce reporting risk and audit exposure
- Seamless System Integration - designed to integrate with the Mercury Freedom platform and associated calibration solutions for a complete, trusted monitoring approach
- Engineered for Demanding Environments - built to perform reliably in challenging exhaust stack conditions common in power generation applications
- Operational Insight & Data Accessibility - enables remote data access and streamlined reporting to support informed operational decision-making
Ideal for facilities maintaining coal infrastructure while meeting stringent emissions standards.
MAX-iR FTIR gas analyzer
The Thermo Scientific MAX-iR FTIR Gas Analyzer delivers precise, simultaneous multi-gas measurement for emissions testing, and Relative Accuracy Test Audit (RATA) validation. Its advanced Fourier transform infrared (FTIR) technology provides real-time analysis of NOₓ, CO, CO₂, SO₂, NH₃, H₂O, and other key pollutants supporting emissions monitoring, RATA validation, and combustion optimization in natural gas and hydrogen-blend power systems.
The MAX-iR gas analyzer provides multiple advantages:
- High-accuracy, real-time multi-component gas measurement
- Stable, reliable performance in demanding industrial environments
- Powerful analytics and reporting tools for RATA and compliance workflows
The analyzer is ideal for RATA testing, stack testing, SCR optimization, combustion analysis, and emissions programs at power plants, combined heat and power (CHP) facilities, and data centers.
For carbon capture and pipeline quality assurance, explore the Thermo Scientific MAX-Bev CO₂ Purity Monitoring System, which offers real-time FTIR analysis of CO₂ purity and trace impurities — critical for CCUS applications
Related technologies
Additional resources
FAQs
Power generation systems, including data center generators, typically monitor NOₓ, SO₂, CO, CO₂, O₂, H₂O, and in some cases NH₃ and CH₄, depending on fuel type and regulatory requirements.
Data center generators are subject to emissions regulations during testing and operation, and accurate monitoring supports regulatory compliance, ESG reporting, and environmental accountability.
A CEMS continuously measures pollutant concentrations in exhaust gases to support regulatory compliance, emissions reporting, and operational oversight.
Thermo Fisher offers CEMS, iQ Series gas analyzers (42iQ, 48iQ, 410iQ), and the MAX-iR FTIR Gas Analyzer for emissions monitoring and compliance in power generation and data centers.
A relative accuracy test audit (RATA) verifies CEMS accuracy by comparing its measurements to approved reference methods.
The MAX-iR FTIR gas analyzer provides simultaneous, high-accuracy multi-gas measurements, making it well suited for reference data collection during RATA testing.
Yes. Thermo Fisher gas analyzers integrate with plant control systems, supervisory control and data acquisition (SCADA) platforms, and data acquisition systems for streamlined monitoring and reporting.
Accurate emissions data supports Scope 1 emissions reporting, regulatory transparency, and long-term sustainability goals.
Yes. Thermo Fisher Scientific’s gas analyzers support natural gas and hydrogen-blend combustion, enabling compliance as power systems evolve.
They are commonly installed at power plants, gas turbines, CHP systems, generator stacks, and data center power facilities.
Yes. Requirements vary by country and local authority; customers should consult their local Thermo Fisher representative for guidance.
Service and product availability may vary by country and are subjected to varying regulatory requirements. Please contact your local sales representative for availability.