Air Liquide’s autothermal reforming technology has been chosen by Inpex Corporation for Japan’s first demonstration project which aims to produce low-carbon hydrogen and ammonia. Once combined with carbon capture technology, autothermal reforming can achieve higher energy efficiency, lower investments and a production process which can assist in capturing up to 99 % of carbon in integrated industrial units.

The fifth edition of the API 2350 safety standard relating to large non-pressurized, above-ground petroleum storage tanks contains some significant changes. This article shows how these changes contribute to easier implementation of solutions to prevent overfilling, leading to enhanced plant and worker safety.

Plug Power has set a new record by producing 122 MW of PEM electrolyzer stacks in Q1 2023, an industry first at its 2.5 GW gigafactory in New York, USA. Moving further, the company intends to expand its factory to produce 100 MW per month in mid-Q2 2023.

Honeywell has introduced its latest technology – UOP efining technology which can be used for producing low-carbon sustainable aviation fuel. The technology claims to reduce greenhouse gas emissions by 88 % as compared to conventional jet fuels.

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.

A new report on the use of CO2 for chemicals, advanced fuels, polymers, proteins and minerals by nova-Institute – A deep and comprehensive insight into the evolving technologies, trends and the dynamically growing market of CO2 transformation and utilization.

Under an agreement signed between Linde and Heidelberg Materials, both the firms will jointly develop and operate a large-scale carbon capture and liquefaction facility in Germany. The new project aims to capture, liquefy and purify around 70,000 tons of CO₂ annually.

Vaisala unveiling a next-generation process refractometer platform Polaris. The products are designed to optimize industrial manufacturing processes, product quality, enhance productivity, and save resources, energy, and time in various industries and hundreds of industrial applications.

Eneos Materials’ chemical plant will be using Yokogawa’s Autonomous Control AI technology after successfully testing the technology for a year. The solution has the potential to decrease environmental impact, achieve stable quality, and transform operations.

ETW Energietechnik’s Smartcool LCO2 plant can be perfectly integrated into the ETW Smartcycle biomethane plant so that the full value of biogas can be accessed.