CCU News – Page 101

21 June 2016

Premiere for new raw material: Covestro launches industrial production of plastics using carbon dioxide

Production plant opens in Dormagen - Innovative foam components manufactured with 20 percent CO₂

21 June 2016

Premiere für neuen Rohstoff: Covestro startet industrielle Kunststoff-Herstellung mit CO₂

Produktionsanlage in Dormagen eröffnet - 20 Prozent Kohlendioxid in neuartiger Schaumstoff-Komponente

21 June 2016

Methanol is a CO₂ Utilization Pathway

Serious policy discussion needed about biomethanol and the central role it can play in a clean energy economy

20 June 2016

Turning CO₂ into rock

International study has shown for the first time that the greenhouse gas CO₂ can be permanently and rapidly locked away by injecting it into volcanic bedrock

20 June 2016

Speicherung von Klimagas – CO₂ versteinert schneller als gedacht

Wenn man CO2 unterirdisch speichert, wird es schneller zu Stein als bisher angenommen. Ein Durchbruch beim Kampf gegen die Erderwärmung?

15 June 2016

Novomer Announces Successful Commercial-Scale Trials Of Converge® Polyols in Rigid Foams

Materials enabled Ford to produce sustainable foams and plastics that meet the rigorous standards of the automotive industry - a first for automakers

13 June 2016

Global competition on conversion of CO₂ into valuable products – Carbon Capture & Utilization (CCU)

How to participate at "NRG COISIA Carbon XPRIZE“ and identify the most promising and efficient CCU technologies

10 June 2016

Bionic leaf turns sunlight into liquid fuel

New system surpasses efficiency of photosynthesis

09 June 2016

The Carbon XPRIZE: Exponential Approaches to Energy and Climate

US$20 million global competition to incentivize technologies that convert CO₂ emissions into valuable products

06 June 2016

Microorganisms team up to recycle carbon dioxide into biofuel

Stephanopoulos group at MIT reports engineered microorganisms that can generate sustainable biofuel from carbon dioxide emissions

01 June 2016

The Digest’s 2016 8-Slide Guide to Joule Unlimited

Liquid fuel from the Sun

24 May 2016

Preserving Mother Earth: Ford First Automaker to Use Captured CO₂ to Develop Foam and Plastic for Vehicles

Ford researchers foresee the new materials going into production vehicles within five years

18 May 2016

Exhaust Filtered from Carbon Dioxide

Geesthacht Polymer Researchers Develop New Membrane Method

12 May 2016

Photosynthese als Vorbild: Chemiker entwickeln künstliches Blatt

Forscher haben den ersten lichtgetriebenen Wasseroxidationskatalysator entwickelt, der auf Mangan-Vanadiumoxid basiert

12 May 2016

Pentair Haffmans introduces CO₂ recovery system for biogas

Minimizes the plant’s overall CO₂ footprint, and allows for a wider choice in feedstock

10 May 2016

PHYCO2, MSU announce breakthrough in algae technology

Technology can capture significant amounts of CO₂ for high-density algae cultivation with the PHYCO2 patented algae photo bioreactor

09 May 2016

Increased CO₂ levels are greening the Earth

From a quarter to half of Earth’s vegetated lands has shown significant greening over the last 35 years largely due to rising levels of atmospheric CO₂

28 April 2016

Covestro in der Kritik – Ist die stoffliche Nutzung von Kohlendioxid Öko-Schwindel?

Umweltschützer sind gegen „Dream Production“-Projekt von Covestro

27 April 2016

CO₂ Can Be Part of the Solution

Interesting group of presentations focused on the use of sunlight and carbon capture at BIO’s World Congress on Industrial Biotechnology

25 April 2016

BRAIN and Südzucker cooperate in the field of CO₂ utilisation by microorganisms

Researchers alliance two-stage process was successfully developed at laboratory scale

Production plant opens in Dormagen - Innovative foam components manufactured with 20 percent CO2

Produktionsanlage in Dormagen eröffnet - 20 Prozent Kohlendioxid in neuartiger Schaumstoff-Komponente

Serious policy discussion needed about biomethanol and the central role it can play in a clean energy economy

International study has shown for the first time that the greenhouse gas CO2 can be permanently and rapidly locked away by injecting it into volcanic bedrock

Wenn man CO2 unterirdisch speichert, wird es schneller zu Stein als bisher angenommen. Ein Durchbruch beim Kampf gegen die Erderwärmung?

Materials enabled Ford to produce sustainable foams and plastics that meet the rigorous standards of the automotive industry - a first for automakers

How to participate at "NRG COISIA Carbon XPRIZE“ and identify the most promising and efficient CCU technologies

New system surpasses efficiency of photosynthesis

US$20 million global competition to incentivize technologies that convert CO₂ emissions into valuable products

Stephanopoulos group at MIT reports engineered microorganisms that can generate sustainable biofuel from carbon dioxide emissions

Liquid fuel from the Sun

Ford researchers foresee the new materials going into production vehicles within five years

Geesthacht Polymer Researchers Develop New Membrane Method

Forscher haben den ersten lichtgetriebenen Wasseroxidationskatalysator entwickelt, der auf Mangan-Vanadiumoxid basiert

Minimizes the plant’s overall CO2 footprint, and allows for a wider choice in feedstock

Technology can capture significant amounts of CO2 for high-density algae cultivation with the PHYCO2 patented algae photo bioreactor

From a quarter to half of Earth’s vegetated lands has shown significant greening over the last 35 years largely due to rising levels of atmospheric CO2

Umweltschützer sind gegen „Dream Production“-Projekt von Covestro

Interesting group of presentations focused on the use of sunlight and carbon capture at BIO’s World Congress on Industrial Biotechnology

Researchers alliance two-stage process was successfully developed at laboratory scale

Production plant opens in Dormagen - Innovative foam components manufactured with 20 percent CO₂

International study has shown for the first time that the greenhouse gas CO₂ can be permanently and rapidly locked away by injecting it into volcanic bedrock

Minimizes the plant’s overall CO₂ footprint, and allows for a wider choice in feedstock

Technology can capture significant amounts of CO₂ for high-density algae cultivation with the PHYCO2 patented algae photo bioreactor

From a quarter to half of Earth’s vegetated lands has shown significant greening over the last 35 years largely due to rising levels of atmospheric CO₂