Under a MOU signed between Eneos Corporation and Mitsubishi Corporation, both the firms will carry out a joint study on the social implementation of hydrogen and decarbonized fuels. It will also jointly study the development of hydrogen supply chain using Methylcyclohexane.

Under a MOU signed between Mitsubishi Heavy Industries and Taiwan Fertilizer Co., both the companies will work together to conduct a joint pre-feasibility study that will explore the establishment of an ammonia value chain in Taiwan.

Michael Carus, Founder and Managing Director at Nova-Institute shares his views on replacing fossil-based naphtha with alternative naphtha in refineries and crackers. He also elaborates on the advantages and challenges of incorporating alternative naphtha in existing refineries and crackers.

Lanxess’ special ion exchange resin grades can be used for water treatment in PEM electrolysis. The company recommends its Lewatit Ultrapure 1242 MD, Lewatit Ultrapure 1212 MD and Lewatit Ultrapure 1295 MD ion exchange resins to ensure low TOC throw.

Abastible has plans to purchase Cepsa’s liquefied gas subsidiary Gasib in Spain. Abastible is a subsidiary of the Chilean Empresas Copec group and a leader in the liquefied gas business in Latin America.

Abraxas Power Corporation has selected Mc Dermott for Canada's first commercial green hydrogen and ammonia production facility in Central Newfoundland. The facility is expected to produce 165 kta of hydrogen and 5000 metric tons per day of ammonia.

Nuberg EPC has been awarded a contract by Hidrogen Peroxida Indonesia to design, engineer, procure, and construct a hydrogen peroxide plant in Indonesia. On completion, the project is expected to have a production capacity of 40,000 MTPA.

Under an agreement signed between Air Liquide and Exxonmobil, Air Liquide will develop and operate four large modular air separation units for Exxonmobil’s planned low-carbon hydrogen project in Baytown, Texas, USA. With this project, Air Liquide will offer low-carbon oxygen and nitrogen to Exxonmobil.

Claimed to be the most efficient ammonia cracker to produce fuel cell-grade hydrogen, the cracker makes use of the membrane reactor technology. The fuel cell-grade hydrogen produced at the unit will be used for the Ammogen Project.

With growing product demand in biogas and hydrogen recovery applications as well as customer needs for the use of nitrogen for the aerospace industry and cleaner fuels for the marine industry, Air Products Membrane Solutions held a groundbreaking event for expanding its Missouri Manufacturing and Logistics Center in Missouri.