Air gases are at the core of the global industrial gases business. To use a sporting analogy, they’re the first names on the team sheet – oxygen, nitrogen and argon as the spine of the...
Cryogenic air separation techniques to produce nitrogen, oxygen and argon with high quality requirements are energy-intensive industrial processes that need large quantities of electricity due to the compression and liquefaction demand.
In the world of air gas production, capacities and product purities are increasing while plants are getting smaller and smaller all the time. Though this trend may be an observation of air separation plants (ASUs)...
Located in Kinh Mon near the Vietnamese city of Hai Phong, Messer has officially brought its third air separation unit (ASU) on-stream for steel manufacturer Hoa Phat Steel.
Bharat Heavy Electricals Ltd’s (Bhel) Works Engineering & Central Services Division has recently commissioned a new cryogenic air separation plant in Bhopal.
The International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) and the National Institute of Agricultural Botany (NIAB) under the Cambridge-India Network for Translational Research in Nitrogen (CINTRIN) have used nitrogen in enhancing yields in...
The world’s largest privately owned industrial gas company, The Messer Group, has successfully brought a new air separation unit (ASU) on-stream in China’s Hunan Province.
Linde LLC, the US branch of industrial gas conglomerate The Linde Group, has released a new informational white paper exploring the benefits of using advanced cryogenic freezing systems at food processing plants.
Weld purging innovators, Huntingdon Fusion Techniques (HFT®), has created a pipe freezing system which enables repair work to be carried out on major pipe networks without having to drain the entire system.
Dearman’s revolutionary transport refrigeration system eclipsed nine other inventions to bag the Innovation of the Year award at the BusinessGreen Leaders Awards.
