CCU News – Page 112

07 March 2016

Newlight Signs Supply, Collaboration, And Technology License Agreement With IKEA

IKEA to purchase AirCarbon from Newlight production facilities and produce AirCarbon under technology license to help move away from virgin fossil-based plastics

07 March 2016

Optimizing biofuel production from algae using carbon dioxide emissions

Optimal design of distributed algae-based biorefineries using CO₂ emissions from multiple industrial plants

04 March 2016

Cleaning up cement industry emissions with carbon conversion

HeidelbergCement and Joule Unlimited JV to figure out scaling up the process to commercially viable levels

03 March 2016

UTA researchers devise one-step process to convert carbon dioxide and water directly into renewable liquid hydrocarbon fuels

One-step process produces liquid hydrocarbons

03 March 2016

Power-to-Gas-Leuchtturmprojekt: Betreiber und Standort gefunden

Regenerativer Wasserstoff wird direkt an Wasserkraftwerk am Hochrhein erzeugt

02 March 2016

Neues Abscheideverfahren entfernt Kohlendioxid aus Abgasen

Neunzig Prozent des Kohlendioxids können aus dem Abgas entfernt und danach genutzt werden

24 February 2016

Options, values, and benefits to adding CO₂ recovery to existing and planned ethanol plants

Background, options for revenue and cost/benefit analysis

11 February 2016

Neues Elektrolyseprojekt macht Power-to-Gas wirtschaftlich

Alkalischer Wasserelektrolyseur soll wirtschaftliche Herstellung von CO₂-neutralem Wasserstoff demonstrieren und Stromspeicherung ermöglichen

10 February 2016

Dünger aus der Kokerei

ThyssenKrupp und TU Berlin entwickeln neues Verfahren zur umweltschonenden Verwertung von Prozessgasen

09 February 2016

Turning air into fuel: USC scientists convert carbon dioxide into methanol

“We need to learn to manage carbon. That is the future.”

03 February 2016

Energieverbände fordern faire Wettbewerbsbedingungen für Energiespeicher

Die Strategieplattform Power to Gas unterstützt die Forderung

02 February 2016

Stromspeicherung – Helfer für die Energiewende

Batterie-Kraftwerke, Mini-Pumpspeicher oder CO2-fressende Mikroorganismen: Mehrere Technologien konkurrieren darum, überschüssigen Ökostrom nutzbar zu machen

02 February 2016

Weitere Power-to-Gas-Projekte vorgestellt

Zwei weitere Projekte wurden in die Übersichtskarte aufgenommen

01 February 2016

Combating Climate Change – Biotechnology Is In On It

Biotechnology contributes to three of five types of action that can be undertaken to build a new, climate-considering energy provision structure

29 January 2016

NETL Carbon Capture Technologies to Be Used in Commercial Biomass-to-Biofuel Conversion Process with Power Generation

License for two patented sorbent technologies that capture CO₂ from streams of mixed gases

28 January 2016

From wind to gas

Project MeGA-StoRE found new method involving a biogas plant to convert wind energy into methane

28 January 2016

Berkeley Lab Scientists Teach Bacterium a New Trick for Artificial Photosynthesis

Functionality of biological systems with inorganic chemistry opens up for the next generation of advanced solar-to-chemical conversion technologies

25 January 2016

Carbon dioxide-to-methanol catalyst ignites ‘fuel from air’ debate

Initial step towards realising the vision of making fuel from nothing but gases from the air

22 January 2016

New material converts CO₂ into clean fuel with unprecedented efficiency

Chinese researchers found energy-efficient way to transform CO₂ into fuel

20 January 2016

Microalgae – an emerging biobased industry in Norway

Several research organizations are increasingly active in the field and the first industries have started production

IKEA to purchase AirCarbon from Newlight production facilities and produce AirCarbon under technology license to help move away from virgin fossil-based plastics

Optimal design of distributed algae-based biorefineries using CO2 emissions from multiple industrial plants

HeidelbergCement and Joule Unlimited JV to figure out scaling up the process to commercially viable levels

One-step process produces liquid hydrocarbons

Regenerativer Wasserstoff wird direkt an Wasserkraftwerk am Hochrhein erzeugt

Neunzig Prozent des Kohlendioxids können aus dem Abgas entfernt und danach genutzt werden

Background, options for revenue and cost/benefit analysis

Alkalischer Wasserelektrolyseur soll wirtschaftliche Herstellung von CO2-neutralem Wasserstoff demonstrieren und Stromspeicherung ermöglichen

ThyssenKrupp und TU Berlin entwickeln neues Verfahren zur umweltschonenden Verwertung von Prozessgasen

“We need to learn to manage carbon. That is the future.”

Die Strategieplattform Power to Gas unterstützt die Forderung

Batterie-Kraftwerke, Mini-Pumpspeicher oder CO2-fressende Mikroorganismen: Mehrere Technologien konkurrieren darum, überschüssigen Ökostrom nutzbar zu machen

Zwei weitere Projekte wurden in die Übersichtskarte aufgenommen

Biotechnology contributes to three of five types of action that can be undertaken to build a new, climate-considering energy provision structure

License for two patented sorbent technologies that capture CO2 from streams of mixed gases

Project MeGA-StoRE found new method involving a biogas plant to convert wind energy into methane

Functionality of biological systems with inorganic chemistry opens up for the next generation of advanced solar-to-chemical conversion technologies

Initial step towards realising the vision of making fuel from nothing but gases from the air

Chinese researchers found energy-efficient way to transform CO2 into fuel

Several research organizations are increasingly active in the field and the first industries have started production

Optimal design of distributed algae-based biorefineries using CO₂ emissions from multiple industrial plants

Alkalischer Wasserelektrolyseur soll wirtschaftliche Herstellung von CO₂-neutralem Wasserstoff demonstrieren und Stromspeicherung ermöglichen

License for two patented sorbent technologies that capture CO₂ from streams of mixed gases

Chinese researchers found energy-efficient way to transform CO₂ into fuel