Located in Leuna, Germany, Linde’s new complex will be used for production and filling of the noble gases – krypton and xenon. The project was inaugurated by the German Minister President of Saxony-Anhalt, Dr. Reiner Haseloff.

Emerson has introduced the Rosemount 1208 Level and Flow Transmitter Series non-contacting radar transmitters to help increase the operational efficiency of water, wastewater and process industry utility applications.

Google Cloud’s Tensor Processing Units will be used by Bayer to speed up its in-silico research and development. The move will help the company to accelerate and scale its quantum chemistry calculations.

The groundbreaking ceremony was hosted to celebrate the final phase of the methylene diphenyl diisocyanate (MDI) expansion project at its Verbund site in Geismar, Louisiana, USA. The project is expected to increase production capacity to approximately 600,000 metric tons annually to meet the growing demands of its MDI customers in the North American region.

Total Energies has launched its ‘Bio Béarn’ project, a biogas unit in Mourenx, France which is expected to convert 220,000 metric tons of organic waste into 200,000 metric tons of digestate annually as well as 160 GWh of biomethane every year.

Purecycle and the Port of Antwerp-Bruges have selected the Nextgen District in Belgium to develop the plant. With an annual capacity of 59,000 metric tons, the plant is expected to begin construction on completion of the permitting process.

With the help of the pressurised enclosure, explosion protection is simple and flexible. Above all, it can be used to implement difficult Ex challenges, which is why many users make use of this solution. Two industrial plants in the petrochemical industry in Kuwait and Egypt show how this works in practice.

BP has plans to assess the feasibility of establishing a new hydrogen hub at Wilhelmshaven, Germany as the location is also expected to witness the construction of a large-scale ammonia cracker. The cracker project has the potential to supply up to 130,000 tons of low-carbon hydrogen from green ammonia annually.

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?

Hydrocarbon producers face mounting pressure to become climate resilient, reduce carbon emissions, and focus on revenue streams from renewables. To alleviate this pressure, power generation organizations need to embrace renewable alternatives, and while some companies have become early adopters, many operators are looking at substantial changes to their business models to accommodate the transition.