Green hydrogen and ammonia

Green hydrogen and NH3 for our development department

The expansion of the WS laboratory infrastructure enables advanced developments in the field of hydrogen utilization and ammonia splitting.
Source: Schick Technik GmbH, Vaihingen/Enz (www.schickgruppe.de)

The supply system of our research and development department is currently being extensively expanded.

To enable even more extensive experiments with hydrogen, we are installing hydrogen storage tanks and an electrolyzer with which we can produce green hydrogen ourselves using electricity from our large-scale PV system.

In addition, a new supply infrastructure for ammonia (NH3) is also being created. As a carbon-free hydrogen carrier, NH3 is very well suited for imports of green energy from abroad and will thus potentially play a major role in European energy supply in the future. Ammonia can also play a major role as a storage medium in the future. In the future, NH3 will enable companies to store larger quantities of energy on site and call it up when needed. On the one hand, this serves the security of supply and, on the other hand, offers the opportunity to bridge phases of high energy prices. Products developed by the WS Group for the reconversion into hydrogen as well as the direct use of NH3 are already being tested today.

Overall, we are thus creating an image of a possible future supply infrastructure for our customers. Different available forms of energy are used flexibly to operate the flexible WS burners designed for this purpose. In this way, our customers can easily react to different supply situations and use time-variable prices to their advantage. Flexible burner technology that can also handle time-variable fuel mixtures reliably, efficiently, and with low emissions is elementary for this.

RELATED CONTENT
Newslet

Expansion of the charging infrastructure for electric vehicles

Fast for the few or slow for everyone? WS is pursuing its own concept when it comes to expanding the charging infrastructure for electric vehicles. In order to achieve a low-cost yet effective charging system on the factory premises, WS consistently relies on a low charging capacity.

MORE
FLOX®

Green hydrogen: WS puts electrolyzer into operation

With the help of a new electrolyser and surplus electricity from its own PV systems with a capacity of over 400 kWp, WS will supply the laboratories in Renningen with green hydrogen in future. Following the installation of the electrolyser at the end of 2023, the storage and pipeline infrastructure is now also fully operational.

MORE
Rekumat® S

Drastic CO2 reduction at Rexnord Kette GmbH

Rexnord Kette GmbH and WS have successfully modernized a belt furnace, reducing the furnace's CO2 emissions by 35%. In addition to new burners with maximum energy efficiency, the optimization of the operating mode also contributes to the CO2 reduction.

MORE
Newslet

Minister President Kretschmann visits WS in Renningen

Baden-Württemberg's Prime Minsiter Winfried Kretschmann visits WS in Renningen to find out about activities in the field of hydrogen. In addition to the production of green hydrogen from biogas and decentralized ammonia cracking, the high-ranking visit also focuses on the highly efficient and low-emission industrial burners manufactured by WS.

MORE
Newslet

Research field of thermal process technology

The new research field of thermal process technology is dedicated to the goal of defossilizing high-temperature processes above 1,000 °C. While some processes are flexible enough to be heated with renewable electricity, climate-neutral fuels will be necessary for many applications in the future.

MORE
Regemat®

REGEMAT® 250: Strong increase in sales figures

Continuous and recently even particularly strong increases in sales figures prove that the REGEMAT® 250 is the new gold standard for modern strip galvanizing lines. Customers are impressed by the lowest NOx values with maximum efficiency as well as its future viability thanks to its outstanding suitability for operation with hydrogen.

MORE
CHRONOLOGIC CONTENT