Guangxi Chlor-Alkali Chemical has selected Solvay’s proprietary hydrogen peroxide technology for its new plant in China. Under the license agreement, Solvay will also provide a dedicated process design package, operating expertise and a range of services for the project.

BASF has partnered with Advent Technologies to establish a supply chain for fuel cell systems in Europe. With this move, BASF aims to expand its hydrogen related portfolio by scaling up the production of its Celtec Membrane Electrode Assembly technology for fuel cells while Advent will produce fuel cell systems at its manufacturing facility in Greece.

Safran Aerosystems has plans to purchase Air Liquide’s oxygen and nitrogen aerospace technology activities, excluding marine-related cryogenic activities. The move is in line with Air Liquide’s strategy of focusing on its key activities to maximize its performance.

Under a long-term agreement, Linde will develop a nine-megawatt alkaline electrolyzer plant on Jurong Island, Singapore in order to produce and supply green hydrogen to Evonik in Singapore. The plant is expected to be the largest electrolyzer ever installed in the country.

Under a joint pre-feasibility study, Greenergy and Hydrogenious LOHC Technologies will work together to develop a green hydrogen supply chain which aims to transport low-cost green hydrogen from Canada to the UK.

Johnson Matthey’s LCH technology will be used to develop H2H Saltend, one of UK’s largest low carbon hydrogen projects. This project is vital for the establishment of the zero carbon Humber project in the region.

Air Products has entered into an investment agreement with the Government of the Republic of Uzbekistan and Uzbekneftegaz JSC to acquire, own and operate a natural gas-to-syngas processing facility in Uzbekistan. The plant is claimed to be one of the most advanced energy plants in the world and currently produces 1.5 million tonnes per year of high value-add synthetic fuels for domestic use and export.

Turning electricity into gas: a closer look at the key technology of the hydrogen revolution. Whether alkaline, PEM or high-temperature electrolysis, the oldest electrochemical process is to make the world of tomorrow possible. By 2021, projects with over 200 gigawatts of electrolysis capacity will be on the agenda. But what is behind these figures? What technologies are there, and where is the journey heading now?

Linde has been selected by Dow to supply clean hydrogen and nitrogen for its proposed net-zero carbon emissions integrated ethylene cracker and derivatives complex in Alberta, Canada. Under the terms of the agreement, Linde will develop a large-scale air separation and autothermal reformer complex which will then be integrated with its existing operations at the site.

BP has appointed KBR as its project management contractor for its global hydrogen projects. Under this role, KBR’s scope of work will include the joint contribution to front-end, optimization and execution project phases as well as management support through construction, commissioning and startup.