Partners’ green light new plant
The Energiepark Mainz, planned for the Hechtsheim district of the city of Mainz, can go ahead, with construction set to start in the spring of 2014.
The Energiepark Mainz, planned for the Hechtsheim district of the city of Mainz, can go ahead, with construction set to start in the spring of 2014.
Airgas has announced plans to expand its atmospheric gas production capacity in New England by building a second air separation unit (ASU) in Bozrah, Connecticut.
Praxair, Inc has announced the start-up of its new carbon dioxide (CO2) purification facility at the Honeywell Resins & Chemicals site in Hopewell, Virgina.
Focusing on simplicity and efficiency proves to be essential for success in the cryogenic gas distribution market. Investing in a truck-integrated delivery system that clearly and simply provides a real-time status of flow parameters can assist with faster delivery...
Safety is paramount in the marine industry and this has had a huge influence on cryogenic valve design. The trend towards more environmentally friendly liquified natural gas (LNG) as a marine fuel means that cryogenic valves are increasingly being required...
The offshore oil and gas industry is involved in a continuing quest to locate and develop new subsea hydrocarbon deposits in evermore hostile regions and at increasingly deep locations, inevitably pushing the boundaries of technology. As part of a £2.6million...
Scottish Carbon Capture & Storage (SCCS) has wholeheartedly welcomed today’s (Tuesday) announcement by the UK Department of Energy and Climate Change (DECC) regarding a CCS electricity project.
KROHNE, Inc. has announced that KROHNE has received North American approval for use of the H250 M40 variable area flowmeter in hazardous areas.
Air Liquide has announced it has signed a major ultra-pure carrier gases contract in China – due to the rise in popularity of smartphones and other mobile devices.
Tiger Optics announced today that it has developed a new ammonia analyser that refines the detection of moisture to levels down to 2 parts per billion, achieving five times the sensitivity of incumbent technology.