Tag Archives: TUHH

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Launching COST ACTION 18125 AERoGELS – Prof Smirnova nominated as Vice Chair

April 30, 2019 Brussels – 36 countries have confirmed their participation in the Horizon2020-funded COST Action (ref. 18125) launched project. 42 members of the Management Committee have participated in the kick-off meeting of the project entitled Advanced Engineering and Research of aeroGels for Environment and Life Sciences. During the day, MC has elected the projects’ […]

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The Pilot Plant at TUHH – European solution for aerogel tech. translation – Fact Sheet

About the TUHH pilot plant The TUHH pilot plant for aerogel production comprises of two high-pressure units (64 L & 25 L capacity) to perform the supercritical carbon dioxide drying needed for aerogel production. The unit is enclosed in a ventilated cabin satisfying the ATEX norms. Each unit is operated independently in closed loop setting […]

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Siegfried-Peter-Prize for Prof. Dr. Pavel Gurikov for pioneering research

At the Annual Meeting of the Subject Division High Pressure Technology at Dechema  on Wednesday, 20 February, 2019, Dr. Pavel Gurikov has been awarded the Professor Siegfried Peter Prize for pioneering research work in high-pressure process engineering.

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“The dynamism in NanoHybrids is a great experience” – Interview with Victor Baudron, PhD candidate at TUHH

Victor Baudron is one of the early-stage researchers in NanoHybrids. He will soon finalize his PhD. Before he will leave for his next career step in the industry, we took the opportunity to talk to him about his PhD research and his experience with the project.

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Novel aerogels on the way from the laboratory to the pilot scale – Project meeting of the EU project NanoHybrids on November 14 and 15, 2018 takes stock

Interim results after three years of project duration: The EU research project NanoHybrids will meet on 14 and 15 November 2018 for its project meeting in Hamburg. Aerogels and their pilot scale production for industrial applications are at the heart of the project. With their nanoporous structure, aerogels are the lightest solids in the world […]

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