CCU News – Page 116

06 June 2014

Transforming hydrogen into liquid fuel using atmospheric CO₂

EPFL scientists have completed their solution for transforming hydrogen gas into a less flammable liquid fuel that can be safely stored and transported

05 June 2014

A-Gas launches ‘even greener’ carbon dioxide, derived from sugar beet

Refrigerant, branded ‘eCO₂’, offers sustainable sourcing and lower moisture content than current offerings, distributor claims

04 June 2014

EPA’s CO₂ reduction proposal could be positive for biomass energy

Clean Power Plan to provide each state with flexibility in meeting its specific goal

03 June 2014

Dell Introduces New Packaging Takes Greenhouse Gases Out of the Air and Builds PCs Reusing Plastic from Recycled Electronics

Newlight Technologies’ carbon-negative AirCarbon material is more sustainable and cost effective than traditional oil-based plastics

02 June 2014

Capturing CO₂ from power plants with lime

Separation only costs 15 euros per tonne

30 May 2014

Regeneratives Methan vermindert Feinstaub-Belastung und CO₂-Ausstoß deutlich

ZSW-Technologie P2G® für saubere Mobilität in deutschen Städten

26 May 2014

Patent erteilt: Anlage und Verfahren zur ökologischen Erzeugung und Speicherung von Strom

GFZ entwickelt Erweiterung der „Power-to-Gas-to-Power“-Technologie bei geschlossenem Kohlendioxidkreislauf

26 May 2014

Asheville entrepreneur aims to harness cyanobacteria’s photosynthetic prowess

Researchers working with Phytonix to produce marketable quantities of industrial chemicals and fuels from microorganism

26 May 2014

Green Chemistry Award 2014 Winner

Honored: Professor Michael York of Green Chemistry at the University of York

22 May 2014

BIO World Congress focusing: New Uses for CO₂

Panelists on the forefront of using CO₂ for the conversion of valuable fuels and chemicals

20 May 2014

Newlight Technologies sprints ahead

Big Telecom player becoming one of the first to use AirCarbon, a new carbon-negative PHA made from greenhouse gas

19 May 2014

Using CO₂: EUR 15 million for new production line

Bayer MaterialScience plans further investment in the Dream Production project at its Dormagen site

16 May 2014

Bayer MaterialScience investiert in „Dream Production“

Zwei Projekte stärken den Standort Dormagen: Neue Produktionsstraße verwertet Kohlendioxid / NRW-Organisation rückt in die Mitte der Niederrheinwerke

15 May 2014

INVISTA and LanzaTech to collaborate on development of gas-fermentation process technology

Companies aim for waste-CO₂-to-chemicals in new pact

14 May 2014

Biosprit-Herstellung: Neues Verfahren soll Ertrag versechsfachen

Nach ZSW-Vorstellungen soll Biomasse künftig in Kohlenmonoxid umgewandelt werden

14 May 2014

Billige Chemie dank CO₂

Liquid Lights neues Prototypsystem entwickelt aus Kohlendioxid Ethylenglykol

07 May 2014

UC San Diego: Engineers develop new materials for hydrogen storage

Compounds could be manufactured using combustion synthesis

05 May 2014

Sunlight to jet fuel: European collaboration SOLAR-JET for the first time demonstrates the entire production path of “solar” kerosene

Entire production chain for renewable kerosene obtained directly from sunlight, water and carbon dioxide

05 May 2014

Flugzeugtreibstoff aus Sonnenenergie

Im Rahmen des EU-Projekts Solarjet haben Wissenschaftler zum ersten Mal die gesamte Produktionskette von flüssigem Treibstoff aus Wasser und CO₂ mit Hilfe von Sonnenenergie experimentell nachgewiesen - Kernstück des Projekts ist ein an der ETH Zürich entwickelter Solarreaktor

25 April 2014

Refrigeration could cool down the cost of carbon capture and storage

SINTEF: "Cold CO₂ capture turned out to be one of the most promising technologies."

EPFL scientists have completed their solution for transforming hydrogen gas into a less flammable liquid fuel that can be safely stored and transported

Refrigerant, branded ‘eCO2’, offers sustainable sourcing and lower moisture content than current offerings, distributor claims

Clean Power Plan to provide each state with flexibility in meeting its specific goal

Newlight Technologies’ carbon-negative AirCarbon material is more sustainable and cost effective than traditional oil-based plastics

Separation only costs 15 euros per tonne

ZSW-Technologie P2G® für saubere Mobilität in deutschen Städten

GFZ entwickelt Erweiterung der „Power-to-Gas-to-Power“-Technologie bei geschlossenem Kohlendioxidkreislauf

Researchers working with Phytonix to produce marketable quantities of industrial chemicals and fuels from microorganism

Honored: Professor Michael York of Green Chemistry at the University of York

Panelists on the forefront of using CO2 for the conversion of valuable fuels and chemicals

Big Telecom player becoming one of the first to use AirCarbon, a new carbon-negative PHA made from greenhouse gas

Bayer MaterialScience plans further investment in the Dream Production project at its Dormagen site

Zwei Projekte stärken den Standort Dormagen: Neue Produktionsstraße verwertet Kohlendioxid / NRW-Organisation rückt in die Mitte der Niederrheinwerke

Companies aim for waste-CO2-to-chemicals in new pact

Nach ZSW-Vorstellungen soll Biomasse künftig in Kohlenmonoxid umgewandelt werden

Liquid Lights neues Prototypsystem entwickelt aus Kohlendioxid Ethylenglykol

Compounds could be manufactured using combustion synthesis

Entire production chain for renewable kerosene obtained directly from sunlight, water and carbon dioxide

Im Rahmen des EU-Projekts Solarjet haben Wissenschaftler zum ersten Mal die gesamte Produktionskette von flüssigem Treibstoff aus Wasser und CO2 mit Hilfe von Sonnenenergie experimentell nachgewiesen - Kernstück des Projekts ist ein an der ETH Zürich entwickelter Solarreaktor

SINTEF: "Cold CO2 capture turned out to be one of the most promising technologies."

Refrigerant, branded ‘eCO₂’, offers sustainable sourcing and lower moisture content than current offerings, distributor claims

Panelists on the forefront of using CO₂ for the conversion of valuable fuels and chemicals

Companies aim for waste-CO₂-to-chemicals in new pact

Im Rahmen des EU-Projekts Solarjet haben Wissenschaftler zum ersten Mal die gesamte Produktionskette von flüssigem Treibstoff aus Wasser und CO₂ mit Hilfe von Sonnenenergie experimentell nachgewiesen - Kernstück des Projekts ist ein an der ETH Zürich entwickelter Solarreaktor

SINTEF: "Cold CO₂ capture turned out to be one of the most promising technologies."