Huge amounts of green hydrogen will be needed to create a sustainable economic system. As a result, Evonik is working together with partners to develop a new membrane that will make environmentally friendly water electrolysis competitive
Energy Transition
The membrane is the key
Huge amounts of green hydrogen will be needed to create a sustainable economic system. As a result, Evonik is working together with partners to develop a new membrane that will make environmentally friendly water electrolysis competitive
3D Printing
The printed plant
Today Evonik is using 3D printing, along with other technologies, to construct its own production facilities. Metal powders are being used to build reactors and devices based on biological models. That’s good for the environment—and for cost-effectiveness.
3D Printing
The printed plant
Today Evonik is using 3D printing, along with other technologies, to construct its own production facilities. Metal powders are being used to build reactors and devices based on biological models. That’s good for the environment—and for cost-effectiveness.
3D Printing
3D printing now in series production
3D printing is evolving from a niche process into a manufacturing technique for mass production. Evonik supplies customized materials for all the key technologies and is helping to promote the development of the next generation of printers
3D Printing
3D printing now in series production
3D printing is evolving from a niche process into a manufacturing technique for mass production. Evonik supplies customized materials for all the key technologies and is helping to promote the development of the next generation of printers
Membranes
Hightech Membranes from Lake Atter
There’s a long tradition of producing plastic fibers in Upper Austria. In the town of Schörfling, plastic fibers are used to make membranes that could revolutionize natural gas purification worldwide
Membranes
Hightech Membranes from Lake Atter
There’s a long tradition of producing plastic fibers in Upper Austria. In the town of Schörfling, plastic fibers are used to make membranes that could revolutionize natural gas purification worldwide
3D Printing
Layer by layer
The Belgian company Materialise has more experience with 3D printing than almost any other European company. It produces innovative products made of polyamide 12. A visit to the pioneers in the university city of Leuven in Belgium
3D Printing
Layer by layer
The Belgian company Materialise has more experience with 3D printing than almost any other European company. It produces innovative products made of polyamide 12. A visit to the pioneers in the university city of Leuven in Belgium
Membranes
LESS CO₂ IN NATURAL GAS
In order to meet the increasing demand for natural gas, more and more gas fields with a high CO₂ content are being tapped. This is an ideal area of application for the new high-tech membranes from Austria.
Membranes
LESS CO₂ IN NATURAL GAS
In order to meet the increasing demand for natural gas, more and more gas fields with a high CO₂ content are being tapped. This is an ideal area of application for the new high-tech membranes from Austria.
