TDL Gas Module: Advanced Laser Technology for Accurate Gas Measurement
Industrial gas monitoring requires fast, selective, and reliable measurement technologies. A TDL gas module provides a compact solution based on Tunable Diode Laser Absorption Spectroscopy (TDLAS), allowing industries to monitor target gases with high selectivity and rapid response. This technology is increasingly valuable for process control, emission monitoring, combustion optimization, and safety applications. Read More: https://envirosolutionstechnol........-advanced-laser.

Biochar pyrolysis systems should generally monitor methane, carbon monoxide, carbon dioxide, hydrogen and oxygen at locations selected for process control, fuel utilisation and emissions assessment. Additional components should be chosen according to the feedstock, reactor design, gas-cleaning system, end use and applicable permit or certification method. Read More: https://diigo.com/013fiwr

How Should AQMS Networks Prepare for the Revised EU Ambient Air Quality Directive?

Air-quality authorities face a difficult balance: they must prepare for stricter European rules while continuing to operate networks designed under earlier requirements. Replacing instruments too early can waste public investment, but waiting until national rules are finalised may leave too little time to review station locations, measurement methods and data systems. A structured readiness assessment allows authorities to identify real gaps before committing to a network-wide upgrade.

AQMS networks should prepare by reviewing zone classifications, regulated pollutants, sampling-point coverage, instrument approval, measurement quality and reporting capability against the revised EU framework. The appropriate response is a risk-based network upgrade, not the automatic replacement of every existing analyzer or station.

https://esegas.com/aqms-for-st....ricter-air-quality-r

How Should Wastewater Treatment Plants Monitor N₂O and CH₄ Emissions

The revised EU Urban Wastewater Treatment Directive requires competent authorities or appropriate bodies to monitor at least CO₂, N₂O and CH₄ from plants treating 10,000 population equivalent or more, using analysis, calculations or modelling where appropriate. A reliable program should combine plant-level accounting with targeted measurements at major emission sources.

https://esegas.com/wastewater-....treatment-emissions-

How Do IED 2.0 CEMS Requirements Affect Industrial Plants

Industrial operators may know that Europe’s updated emissions framework has entered its national implementation stage, yet many are still uncertain about what must change at plant level. Upgrading every analyzer without first reviewing the permit can waste investment, while waiting too long may leave important measurement and reporting gaps. A structured review helps plants identify what actually needs to be monitored before they redesign their systems.

https://esegas.com/how-do-ied-....2-0-cems-requirement