NOx is probably the most ubiquitous combustion-created air pollutant since it can be generated by any process burning any fossil fuel, and it is tightly regulated by the U.S. EPA and other regulatory bodies around the world. Plants with relevant combustion processes,...
gas analyzer
Comparing and Contrasting Gas Detection Technologies
In many manufacturing and production processes, dangerous gases are present due to their use as a fuel, feedstock or creation as an end product. In an Industrial Automation Asia article, Electrochemical vs Semiconductor Gas Detection – A Critical Choice, Emerson's...
Reducing Project Execution Risks for Complex Analytical Systems
Real-time analyzers play an important role in many process manufacturing operations. Some examples include natural gas custody transfer, combustion efficiency monitoring, combustion emissions component analysis, flowing fluid compositional analysis and more. Not only...
Gas Analyzer Applications
Monitoring the composition of what's in an air mixture is important for many processes. Reasons may include detecting dangerous gasses for the safety of the plant personnel, getting the air-fuel ratio right for optimum combustion, or better understanding the mix of...
Combustion Gas Measurement and Monitoring Standards
A person searching on the subject of gas-fired heaters came upon one of the many posts here on this blog. He wanted to know: Is there any International standard or code compliance to measure or monitor the gases (like type of gas and range, etc.) in the gas fired...
Stay up to Date with the Latest News and Updates
Subscribe for Updates
Follow Us
We invite you to follow us on Facebook, LinkedIn, Twitter and YouTube to keep up to date on all the latest news, events and innovations to help you take on and solve your toughest challenges.
Want to re-purpose, reuse or translate content?
Please do, Just link back to the post and send us a quick note so we can share your work. Thanks!
Our Global Community
The opinions expressed here are the personal opinions of the authors. Content published here is not read or approved by Emerson before it is posted and does not necessarily represent the views and opinions of Emerson.