Recycling your process hydrogen exhaust isn’t just good business, it’s smart business.
SKYRE’s H2RENEW™ is the world’s first on-site electrochemical gas recycling system that captures vented hydrogen and delivers a re-supply of 99.999% pure hydrogen...

The year-over-year U.S. inflation rate through February 2022 hit a 40-year high of 7.9%, eroding purchasing power especially for gas, food and rent.

Air Products helps customers optimize their heat-treating processes by providing controlled atmosphere solutions and enabling equipment, as well as process optimization and troubleshooting.

Today’s combustion systems are efficient, have low environmental footprint and deliver quality heating of the product.

Anyone who has struggled with getting a campfire or a traditional fireplace going knows that managing combustion is harder than it looks.

Pairing ORC technology and heat exchangers can help some facilities capture otherwise lost thermal energy in bulk solids materials to reduce energy consumption and generate electricity.

Industrial furnaces are widely used to melt metals for casting or heat materials for change of shape (forging) or change of properties (heat treatment).

Messer will invest over $50 million to build a large-scale air-separation unit (ASU) in McGregor, Texas. The ASU will operate substantially off energy supplied from an on-site solar-panel array. It is the first Messer plant to be powered by a co-located renewable energy source. The ASU will produce gases that support local industries including aerospace, metals, chemical, electronics, and oil and gas. The ASU is scheduled for completion in the second quarter of 2024.

Air Products will build, own and operate a 10-metric-ton/day facility to produce green liquid hydrogen in Casa Grande, Ariz. The zero-carbon liquid hydrogen facility is expected to be on-stream in 2023. Its product will be sold to the hydrogen-for-mobility market in California and other locations requiring zero-carbon hydrogen. The facility will use two Thyssenkrupp nucera electrolyzers to produce gaseous hydrogen, which will be converted to liquid hydrogen using Air Products’ proprietary technology.

Linde is developing a dedicated laboratory to advance the understanding of the parameters and behavior of atmospheric gases used in the manufacture of metal powders. The lab, which is scheduled to become operational mid-2022, will enable Linde to develop new technologies to improve the atomization process – particularly increasing yield and process stability. The facility’s focal point will be a much smaller-scale version (5.25 feet high) of a typical atomizer. Linde will also collaborate with powder manufacturers and OEMs to help them test specific gas behaviors on the test bench, allowing them to then scale up the results on their large atomizers.