Under a MOU signed between both the parties, Topsoe and Standard Gas will work together to produce renewable natural gas and methanol from residual waste feedstocks in the UK. Topsoe will provide technologies, engineering, equipment items and catalysts for the project.

Under a joint development agreement, Aramco and Enowa are aiming to develop a first-of-its-kind synthetic electro fuel e-fuel demonstration plant. The unit is expected to demonstrate technical feasibility and commercial viability by producing 35 barrels per day of low-carbon, synthetic gasoline from renewable-based hydrogen and captured CO2.

Ineos Inovyn has introduced new carbon neutrality and circularity solutions by expanding its PVC portfolio. The solutions come with a significantly reduced carbon footprint and increased recycled content.

Lyondell Basell's innovative Moretec technology has secured a 40 million euro grant from the EU Innovation Fund. The funds will boost the establishment of an advanced, fully-electrified recycling plant in Wesseling, Germany

ADM and Marathon Petroleum Corp. have inaugurated their joint venture soybean processing complex, Green Bison Soy Processing, in North Dakota, USA. The project is expected to meet the growing demands for renewable green diesel in the region.

Neste, Mitsui Chemicals and Prime Polymer have plans to make use of renewable materials for developing more sustainable food packaging solutions for Co-op, a brand of the Japanese Consumers Co-operative Union.

Exxonmobil’s advanced fluid bed Methanol-to-Gasoline technology has been chosen by Aramco for the development of a synthetic fuel demonstration plant in Neom’s Hydrogen Innovation and Development Center in Saudi Arabia.

As the year 2023 is now passé and the New Year has begun with great vigor, we have listed below the ‘Top 10 Articles’ of PROCESS Worldwide in 2023. These write-ups have attracted the most views by our readers, we hope you enjoy reading all of them.

Hydrogen is the solution to all promises of defossilization – but handling the light gas is surprisingly difficult due to its low density. It would be easier to store the substance in a liquid, as promised by so-called Liquid Organic Hydrogen Carriers (LOHCs)...

The ‘E-cracking’ or ‘electric’ cracking technology has the potential to reduce CO2 emissions by at least 90 % as compared to other traditional crackers. By utilizing electricity from renewable sources, the technology has the capacity to decarbonize one of the most energy-intensive processes in the chemical industry. PROCESS Worldwide tracks down the progress made in this space.