Air Separation Units (ASUs)

We are leaping ‘orders of magnitude’ from mega-scale to giga-scale hydrogen projects globally, and with that will come significant growth in large-scale ASU (air separation unit) projects.

In Part One of a two-part gasworld TV webinar series, sponsored by Evonik, air gases were the main topic of discussion. Forming the ‘backbone’ of the industrial gas sector, oxygen nitrogen, argon, and air separation...

Air Products, Saudi Aramco and ACWA Power have today (27th Sep) finalised a definite agreement for the acquisition and project financing of a $12bn air separation unit (ASUs)/gasification/power joint venture in Jazan Economic City, Saudi...

Linde has today (18th August) unveiled plans to build, own and operate a two-megawatt electrolyser plant in Austria to supply the semiconductor industry with green hydrogen.

Linde has started up a $200m on-site facility in Qinzhou, China, to supply oxygen and other industrial gases to Shanghai Huayi’s new chemical complex.

Nikkiso Cryogenic Industries’ Clean Energy & Industrial Gases Group has recommissioned an air separation unit (ASU) in Hyderabad, India, to meet the urgent demands for medical oxygen as a result of the coronavirus (Covid-19) pandemic.

Air Liquide will invest approximately €100m in a brand-new air separation unit (ASU) in Zhangjiagang City, China, with a daily capacity of 3,800 tonnes of oxygen.

Over the last few years, the world of cryogenic gases has undergone profound changes generated by technological evolutions, which have transformed supply management methods, as well as by healthcare problems that have caused structural and...

Cryogenic air separation processes are used to divide atmospheric air into three pure gaseous elements – nitrogen (N2), oxygen (O2), and argon (Ar).

Messer has unveiled plans to build a large-scale air separation unit (ASU) to manufacture liquid atmospheric products in Central Texas.