KBR in partnership with Swedish Biofuels has introduced a sustainable aviation fuel (SAF) technology which can process ethanol as well as convert carbon dioxide and synthesis gas to produce SAF.

GEA will be showcasing a wide range of solutions at the Interpack show in Germany. Some of the innovations to be exhibited at the fair include the Optirobot 6000 and the firm’s new solution – the Optibuffer.

Chemical, pharmaceutical and food producers, colleges and universities all over the world use them: Wet-milling technology has been revolutionized by WAB with the development of its horizontal agitator bead mills. At this year’s Achema, the resourceful Swiss company was presenting the latest generation of its Dyno-Mill UBM (Universal Bead Mill).

KBR’s technology has been selected for Enaex’s Hyex green ammonia project in Chile. The project is expected to produce green ammonia by making use of renewable energy from photovoltaic power plants.

With the growing demand for filters across the globe, Metso Outotec has plans to expand its filter assembly plant in Suzhou, China. The expansion will enable the firm to double its local capacity as well as provide additional space for the assembly of flotation drive mechanisms and mill reline equipment.

Volpak, a Coesia company, is launching a new Enflex brand series for the pharmaceutical and healthcare market: Enflex PHS Series, which comes in different models depending on production needs. This machine range meets the specific requirements of an industry that is increasingly interested in flexible packaging, especially in the stick-pack format.

With increasing demand from the mobility industry, Linde has plans to expand its green hydrogen production capacity in Ontario, California, USA. For this, the company intends to develop and operate several planned five-megawatt PEM electrolyzers.

A collaboration between the Okinawa Institute of Science and Technology (Oist) and the Polytechnic University of Milan has found that when a fluid is pumped through a pipe in an intermittent way, the cost of transport is significantly reduced.

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?

Under a global licensing agreement signed between Topsoe and Steeper, both the parties will work together to introduce a complete waste-to-fuel solution. Steeper’s proprietary Hydrofaction technology and Topsoe’s unique technologies in renewable fuels and hydrogen production will be used for the development of the solution.