Air Separation Unit
China Coal to build world largest CTO complex Sinopec Engineering Group (SEG or Sinopec Engineering) has been awarded by Zhong Tian He Chuang Energy Corporation Limited (Zhong Tian He Chuang) the engineering, procurement and construction (EPC) contract to design and build the world largest Coal-To-Olefins (CTO) plant at Uxin Banner near Ordos, Inner Mongolia. Established […]
Saudi Aramco to develop Jizan Port and Power plant In order to ensure the development of the $7 billion Jizan refinery in the south of Saudi Arabia and its commercial operations expected to start in 2016, the Kingdom of Saudi Arabia has decided to concentrate in the hands of the national oil company, Saudi Aramco, […]
The world leader in gases for industry Air Liquide was founded in France in 1902 from two scientists and inventors who got the idea to liquefied air to separate the gases and produce oxygen. Today, Air Liquide is operating in 80 countries with 46,200 employees but still focusing on the air separation for all industries […]
After Logika, Air Liquide takes over Lentechgas November 2012, Air Liquide completes the acquisition of Lentechgas, in Saint Petersburg, few months after Logika in Moscow. This decision is part of Air Liquide program to invest $1.3 billion in 10 years in Russia, either for acquisition either for new plants. Air Liquide put a special attention […]
Air Liquide starts up new air separation unit in Tatarstan Air Liquide is pursuing its long-term development in Russia, and starting-up a new Air Separation Unit (ASU) that will produce oxygen and nitrogen in the Special Economic Zone “Alabuga” in the Volga region, Tatarstan. Tatarstan‘s economy is the fifth largest in Russia in terms of […]
Definition ASU is the acronym of Air Separation Unit and refers to the Air separation plant to produce industrial gases Air separation plants produce oxygen, nitrogen and argon from atmospheric air, normally by one of three processes: – Non-cryogenic plants produce oxygen or nitrogen gas product from compressed air at near ambient temperature by physical […]
