Why Most Process Simulations Don’t Match Plant Reality—and How to Close the Gap
Process simulation is one of the most powerful tools in modern chemical engineering. Before steel is cut, before foundations are…
February 2026
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When Combining Reaction and Separation Truly Delivers Industrial Value
In the world of chemical engineering, few concepts are as intellectually appealing as reactive distillation. The idea seems almost too…
The Rise of Mechanochemistry in Industrial Chemical Production
For more than a century, industrial chemical production has been defined by heat, pressure, solvents, and catalysts. Massive reactors, distillation…
Why Heat Exchangers Fail More Often Than Design Predicts
Bridging the Gap Between Engineering Theory and Industrial Reality Heat exchangers are the silent workhorses of industry. Found in chemical…
Fortress Against Corrosion: Advanced Lining Technologies Powering Modern Acid Plants
Acid plants are among the most chemically aggressive industrial environments in the world. Facilities producing sulfuric, hydrochloric, nitric, and phosphoric…
Beyond Hardware: The Great Reliability Debate Between Soft Sensors and Physical Sensors
In the era of smart manufacturing, Industry 4.0, and AI-driven optimization, industrial measurement systems are undergoing a profound transformation. For…
Intelligent Reactors: How Reinforcement Learning Is Transforming Real-Time Process Control
Industrial reactors sit at the heart of modern manufacturing. From petrochemicals and specialty chemicals to pharmaceuticals, polymers, and energy systems,…