CCU News – Page 94

07 February 2018

Neue Methode könnte den Weg zur Wasserstoffwirtschaft ebnen

WSU-Forscher entwickelten eine sehr einfache, fünfminütige Methode, um große Mengen eines hochwertigen Katalysators zu erzeugen

07 February 2018

New water-splitting method could open path to hydrogen economy

WSU researchers developed a very simple, five-minute method to create large amounts of a high-quality catalyst

05 February 2018

From greenhouse gases to plastics

New catalyst for recycling carbon dioxide discovered

31 January 2018

Energieeffizienz: Chemieindustrie setzt auf Erneuerbare Energien

Weltweit größte PEM-Wasserstoff-Elektrolyse-Anlage will „grüne“ Chemie im Rheinland etablieren

30 January 2018

BioRECO2VER: turning CO₂ into chemicals using bioconversion

4 year project to focus on refining biotechnological processes which can turn CO₂ from industrial point sources into valuable platform chemicals

30 January 2018

Carbon Dioxide to Chemicals and Fuels

Ron Cascone, Principal in the Energy and Chemicals Advisory at Nexant, Inc., Special to the Digest

26 January 2018

World’s Largest Hydrogen Electrolysis in Shell’s Rhineland Refinery

The plant, named “Refhyne” is scheduled to be in operation in 2020

26 January 2018

Weltgrösste Wasserstoff- Elektrolyse entsteht in der Rheinland Raffinerie

Anlage mit dem Namen „Refhyne“ soll 2020 in Betrieb gehen

24 January 2018

Evonik and Siemens to generate high-value specialty chemicals from carbon dioxide and eco-electricity

Test plant will produce “green” chemistry and serve as an energy store for eco-electricit

24 January 2018

Evonik und Siemens erzeugen aus Kohlendioxid und Ökostrom wertvolle Spezialchemikalien

Versuchsanlage soll „grüne“ Chemie produzieren und als Energiespeicher für Ökostrom dienen

23 January 2018

More Than Just a Dream. Climate-Destroying CO₂ as a Feedstock for Fuels, Chemicals and Plastics

Current Research and Industrial Implementation Highlights

23 January 2018

Mehr als ein Traum: Klimakiller CO₂ als Rohstoff für Kraftstoffe, Chemie und Kunststoffe

Highlights aus aktueller Forschung und industrieller Umsetzung

23 January 2018

Nature Has More Than One Way to Make Methane say USU Biochemists

US-Universities collaboration researchers report a bacterial, iron-only nitrogenase pathway for methane formation

18 January 2018

Affordable, green hydrogen — it is here, near, or nowhere in sight (again)?

20MW water electrolysis unit in Delfzijl, Netherlands, to convert sustainably produced electricity into 3,000 tons of green hydrogen a year

17 January 2018

Learning from leaves: Going green with artificial photosynthesis

Video: Collaboration between Siemens, Evonik and Covestro combines solar-powered electroreduction of CO₂ with a bacterial fermenter to produce complex chemicals

16 January 2018

An innovative natural-gas power plant could be the future of hurricane-proof electricity

Which price is worth paying for a clean and reliable way to keep the lights on during natural disasters?

15 January 2018

The Materials Industry Is Pitching In to Reduce Greenhouse Gas Emissions

These companies are utilizing alternative technologies to reduce - and reuse - carbon dioxide emissions

12 January 2018

Ontario Announces 20 Semi-Finalists for Solutions 2030 Challenge

The top eight teams from Phase 1 will be invited to participate in Phase 2 and will be awarded up to $250,000 per team to support costs related to their participation

11 January 2018

Coal Refining Chemical-Looping Systems with CO₂ as a Co-Feedstock for Chemicals Syntheses

Results indicate the potential for significant feedstock reduction in large-scale coal to chemical processes

10 January 2018

Verkehrswende: Heißt die Lösung E-Fuels?

Forscher Michael Sterner erklärt im tagesschau.de-Interview Vor- und Nachteile dieser Antriebstechnik

WSU-Forscher entwickelten eine sehr einfache, fünfminütige Methode, um große Mengen eines hochwertigen Katalysators zu erzeugen

WSU researchers developed a very simple, five-minute method to create large amounts of a high-quality catalyst

New catalyst for recycling carbon dioxide discovered

Weltweit größte PEM-Wasserstoff-Elektrolyse-Anlage will „grüne“ Chemie im Rheinland etablieren

4 year project to focus on refining biotechnological processes which can turn CO2 from industrial point sources into valuable platform chemicals

Ron Cascone, Principal in the Energy and Chemicals Advisory at Nexant, Inc., Special to the Digest

The plant, named “Refhyne” is scheduled to be in operation in 2020

Anlage mit dem Namen „Refhyne“ soll 2020 in Betrieb gehen

Test plant will produce “green” chemistry and serve as an energy store for eco-electricit

Versuchsanlage soll „grüne“ Chemie produzieren und als Energiespeicher für Ökostrom dienen

Current Research and Industrial Implementation Highlights

Highlights aus aktueller Forschung und industrieller Umsetzung

US-Universities collaboration researchers report a bacterial, iron-only nitrogenase pathway for methane formation

20MW water electrolysis unit in Delfzijl, Netherlands, to convert sustainably produced electricity into 3,000 tons of green hydrogen a year

Video: Collaboration between Siemens, Evonik and Covestro combines solar-powered electroreduction of CO2 with a bacterial fermenter to produce complex chemicals

Which price is worth paying for a clean and reliable way to keep the lights on during natural disasters?

These companies are utilizing alternative technologies to reduce - and reuse - carbon dioxide emissions

The top eight teams from Phase 1 will be invited to participate in Phase 2 and will be awarded up to $250,000 per team to support costs related to their participation

Results indicate the potential for significant feedstock reduction in large-scale coal to chemical processes

Forscher Michael Sterner erklärt im tagesschau.de-Interview Vor- und Nachteile dieser Antriebstechnik

4 year project to focus on refining biotechnological processes which can turn CO₂ from industrial point sources into valuable platform chemicals

Video: Collaboration between Siemens, Evonik and Covestro combines solar-powered electroreduction of CO₂ with a bacterial fermenter to produce complex chemicals