New Delhi: The Central Pollution Control Board (CPCB) has not conducted full stack-emission monitoring for any thermal power plant (TPP) within a 300-km radius of Delhi in the past 10 years, according ...

Power plants upgrade emissions monitoring with integrated QCL/TDL laser analyzers that reduce maintenance and deliver precise ...

Recent implementations of new technologies to comply with the Environmental Protection Agency’s (EPA) Mercury and Air Toxics Standards (MATS) are substantially completed. Ongoing compliance is a ...

Beginning next year, the Environmental Protection Agency will require U.S. operators of large carbon-emitting operations such as refineries, chemical facilities, and cement plants to submit annual ...

This is part two of a two-part series on mercury measurement. Part 1, “Comparing mercury measurement methods,” examined the challenges of measuring mercury in coal and appeared in the Focus on O&M ...

High quality continuous emission monitoring capability can be as essential as high quality emission control equipment. Future mercury monitoring and control requirements add to the justification for ...

The use of flare stacks to burn off harmful emissions is common in hydrocarbon processing. Flare stacks are among the most vital safety mechanisms in industrial plants; for example, they are used in ...

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The shift towards AI-powered predictive emissions monitoring systems (PEMS) is seen as the future of gas emission monitoring due to its potential to accelerate digital transformation, reduce capital ...

A new Princeton University study suggests that many countries are materially underestimating greenhouse gas emissions from ...

Emsys Maritime Ltd., a UK-based maritime technology company, has announced the acquisition of the intellectual property rights for the Emsys emissions monitoring technology from W R Systems, Ltd. (WR) ...