Year: 2025

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Industrial sites and municipalities are under relentless pressure to prove compliance while actually lowering real-world NOx emissions. Yet many teams

Furnace emissions face growing regulatory scrutiny worldwide. Authorities demand proof of compliance not only from industrial stacks but also from laboratory-scale test

Escaping or mis-dosed ammonia creates safety hazards, corrodes assets, and triggers compliance risks—especially around SCR/SNCR, fertilizers, coking, and waste-to-energy. Traditional

Struggling with invisible methane risks, tightening compliance, and unreliable readings? Those pressures can snowball—false alarms, missed leaks, and unplanned downtime

This article is part of our series “How a Portable FTIR Gas Analyzer Improves Furnace Emissions Testing in Your Laboratory?” In this continuation,

Many furnaces, kilns, and boilers still “fly blind” on oxygen, running with guesswork excess air. That wastes fuel, elevates NOx

(Chemicals from Coal gasification) For decades, the coal gasifier was a bit of a mystery. It was a massive steel

(Carbon Capture) Carbon capture refers to separating CO₂ emissions from industrial sources or power plants before they enter the atmosphere.

VOCs Monitoring Is Challenging — But There’s a Smarter Way Volatile Organic Compounds (VOCs) pose a significant threat to both

Natural gas transmission lives and dies on custody-transfer accuracy: tiny meter errors ripple into daily imbalances, disputed settlements, and inflated

(Chemical Reactor) In an industry where the stakes are incredibly high, the pharmaceutical sector operates at the intersection of advanced

(Power plant) When emission levels of SO₂ and NO fall under 100 ppm, measurement demands rise sharply. Plants in China must not

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