The Covid-19 pandemic casts a long shadow. The British Academy lists nine areas of long-term societal impact, and in at number 5 is ‘worsened health outcomes and growing health inequalities’. Most of us might wish...
Hydrogen is developing as an opportunity, but there are myriad parallel strands to this development. This month, we explore where this gas molecule is gaining traction – and what needs to happen next to maintain...
These are extraordinary times for cryogenics firms. On top of rising sustainability and decarbonisation demands from customers across the industrial space, there are whole new industries, such as quantum computing, providing opportunities for new business....
In our exclusive interview with outgoing Nippon Gases Europe President Eduardo Gil Elejoste, the industry leader reflects on an illustrious career and shares his thoughts on leadership, decarbonisation and technology.
The US federal government has gone all-in on reshoring more semiconductor manufacture, and boosting chip-design innovation alongside this push. More than 18 months on from the legislation, the landscape in chips is taking shape –...
Linde CEO Sanjiv Lamba speaks exclusively about the challenges of decarbonisation and how he blends purpose with pragmatism to drive the Tier one company’s global business.
Hello and welcome to the 2024/25 Global Directory from gasworld, your print and digital companion for all industrial gas points of reference across the supply chain – from gas producers to equipment manufacturers and solution...
The landscape for merchant carbon dioxide is complicated, but this much is certain: more supply is needed from somewhere in the years ahead. Could the still quite untapped biogas industry hold the answer? And would...
Of all the applications for cryogenic gases, perhaps the most extraordinary lies its crucial use by NASA for space flight and for Moon landings. This month, we talk cryogenics with the world’s most-famous government agency.
We consider the impact of electrolysis pressures on water. For each kg of green hydrogen produced, 9–10 litres of water are consumed, which equates to around 200 litres of water per MW of electrolyser capacity.
