Linde and Evonik Industries offer a fully integrated, holistic solution combining different technologies to extract hydrogen from natural gas pipeline networks. ... MORE
The best way to estimate your needs for efficient onsite nitrogen generation. ... MORE
Linde and Evonik Industries offer a fully integrated, holistic solution combining different technologies to extract hydrogen from natural gas pipeline networks. ... MORE
Evonik is expanding its membrane business. The Germany-based company has developed a technology for separation of volatile organic compounds (VOCs) and is launching this on the market under the brand PuraMem® VOC. ... MORE
Green hydrogen is a beacon of hope in the energy transition, both as a carbon-free fuel for industry and transportation, and as a key raw material for the chemical industry. ... MORE
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The technology company The Linde Group and the specialty chemicals company Evonik Industries have concluded an exclusive cooperation agreement on the use of membranes for natural gas processing. ... MORE
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Evonik, a specialty chemicals company from Germany, is one of the world innovation leaders in membrane-based separation technology. ... MORE
Evonik boosts the chemistry of high-performance polymers into highly efficient gas separation membranes SEPURAN®. ... MORE
Evonik makes it possible to turn organic waste into green energy. Using its innovative membrane technology, biogas which, for example, is released during the wastewater treatment process can be upgraded simply and effi ciently to pure biomethane and fed directly into the natural gas grid or used as biofuel. ... MORE
Thanks to our innovative power in development of high performance fibers and membranes, we’re helping reduce global emissions and improve air quality, making environmental conditions more attractive for future generations. ... MORE
Evonik's DuraMem® and PuraMem® stand for innovative membranes for organic solvent nanofiltration. These OSN membranes provide efficient separations at near-ambient temperatures without the need for a phase change of the liquid feed. ... MORE
