Philippe Cornille, Secretary General at EIGA, discusses the challenges when digitising medical oxygen, on gasworld’s, Air Gases: What’s New?, webinar.
Linde has announced plans to build, own and operate a new air separation unit (ASU) to supply industrial gases along the interstate 75 corridor near Charlestown, Tennessee.
DUNE, an argon-driven science experiment in South Dakota that’s linked up to a facility in Illinois, remains on track to start analyzing neutrino behavior later in the decade, writes Christian Annesley
Dominic Ellis looks at the growing world – and imperative need – of renewable energy to power air separation units (ASUs) and industrial gas production plants.
South Africa-based industrial gases company Air Products revealed that it recently came to the assistance of its biggest argon customer, Columbus Stainless (Columbus), when the steel manufacturer encountered a major interruption in oxygen supply via...
Airflow has inked a long-term agreement with Nippon Gases Belgium for the supply of liquid argon for the overseas market.
Cryogenic air separation forms the basis for the generation of large-scale industrial gases. Linde, one of the most prominent names in the industry, was formed in 1879 by German scientist and engineer Carl von Linde.
Many common manufacturing processes in metals, aerospace, automotive, medical, silicon, and a range of other industries require an inert environment and use argon to achieve it. The argon used in these processes is very pure,...
Airgas is now operating an air separation unit (ASU), located in Cleburne, Texas, with an energy mix that includes locally sourced wind power and other sources.
There is a very exciting project underway in the US that involves the use of lots of argon. The construction of the Long-Baseline Neutrino Facility (LBNF) and the Deep Underground Neutrino Experiment (DUNE), an international...
