A research team at the Korea Institute of Energy Research (KIER) led by Dr. Koo Kee-Young of the Hydrogen Research Department has developed a high-performance copper–magnesium–iron catalyst that efficiently converts carbon dioxide (CO₂)—a major greenhouse gas—into carbon monoxide (CO), a key building block for eco-friendly synthetic fuels. The breakthrough targets the reverse water–gas shift (RWGS) reaction, which converts CO₂ and hydrogen (H₂) into CO and water (H₂O). The r

New technology reduces processing temperatures and energy consumption while improving color value, product quality, and production efficiency through its kinetic boosting effect.   Clariant presented its new AddWorks titanium-based catalyst solutions for polyester polymerization at K 2025, the world's premier trade fair for plastics and rubber. Set to launch in 2026, this technology offers a more sustainable and high-performance alternative to traditional antimony-based catal

The Ziegler-Natta-based polypropylene (PP) resin catalyst market (excluding metallocene catalysts) was estimated at around 3700 tonnes...

X3D® technology produces catalysts with optimal shapes to maximize performance and efficiency while minimizing energy consumption...

An interesting report from Beyond Plastics appeared on our computer screens recently espousing plastics as the new coal in terms of...

Clariant Catalysts has teamed up with Linde Engineering to develop new catalysts for the oxidative dehydrogenation of ethane (ODH-E), an...