CCU News – Page 123

23 September 2014

ACC: Development of biobased polyols for green polyurethanes has great potential

Commercialisation of a wider range of cost-competitive biobased polyols to drive expansion of sustainable PU segment

23 September 2014

AkzoNobel and Photanol developing chemical compounds of the future

Aim is to produce “green” chemical building blocks that will eventually replace fossil-based materials

23 September 2014

Pacific Ethanol announces agreement to sell CO₂ from its Columbia plant in Boardman, Oregon

Kodiak expects up to 200 tons of CO₂ per day to sell to food processing and beverage producers

19 September 2014

CO2 Solutions announces issuance of U.S. patent

Process for CO₂ capture using Carbonates and Biocatalysts

18 September 2014

To clean air and beyond: catching greenhouse gases with advanced membranes

Findings at Kyoto University may one day contribute to lower greenhouse gas emissions and cleaner skies

16 September 2014

Liquid Light raises $15 million Series B financing

Accelerates process scale-up and application validation

15 September 2014

Existing power plants will spew 300 billion more tons of carbon dioxide during use

UCI, Princeton study shows global commitment to decades of climate-warming pollution

08 September 2014

Weltneuheit am Swiss Energy & Climate Summit: Präsentation des ersten industriellen CO₂-Kollektors

"Erneuerbares CO₂" neben synthetischen Treibstofflösungen idealer Rohstoff für viele industrielle Anwendungen

04 September 2014

CO₂ – vom Klimakiller zum Wertstoff für eine dezentrale Energieversorgung

Leibniz-Forscher arbeiten an neuartigem chemischen Energiespeicher, der Kohlendioxid und Wasserstoff in Methan umwandeln soll

03 September 2014

Air Wash – Washing with Air

AirWash washes your clothes with NO WATER, NO DETERGENT, and NO NEED for a Dryer

03 September 2014

AirWash: Wäschewaschen mit Luft

AirWash steht für Waschen ohne Wasser, ohne Weichmacher und ohne Trockner

01 September 2014

Company driving use of carbon dioxide: New successes for Bayer’s CO₂ research

Less and less petroleum required for plastics production / Climate gas can be used to make additional types of plastic

01 September 2014

Unternehmen treibt Nutzung von Kohlendioxid voran: CO₂-Forschung von Bayer mit neuen Erfolgen

Immer weniger Erdöl bei der Kunststoff-Produktion nötig / Herstellung weiterer Kunststoff-Arten mit Hilfe des Klimagases möglich

25 August 2014

Ein halb-künstliches Blatt ist schneller als die Photosynthese

Proteine ersetzen Silizium – RUB-Forscher mit „Very Important Paper“

25 August 2014

New catalyst converts carbon dioxide to fuel

UIC researchers found way to directly reduce CO₂ to syngas without secondary gasification process

20 August 2014

Copper foam turns CO₂ into useful chemicals

Scientists at Brown University’s Center for Capture and Conversion of CO₂ discovered copper foam as providing a new way of converting excess CO₂

15 August 2014

Copper foam turns CO₂ into useful chemicals

Scientists at Brown University’s Center for Capture and Conversion of CO₂ have discovered that copper foam could provide a new way of converting excess CO₂ into useful industrial chemicals, including formic acid

14 August 2014

Carbon dioxide ‘sponge’ could ease transition to cleaner energy

New emerging technology called integrated gasification combined cycle (IGCC) to be integrated into power plant smokestacks

06 August 2014

Silk leaf maker says material could aid space journeys

Graduate builds living leaf from silk fibers and chloroplasts that produces oxygen

06 August 2014

Seidenblatt betreibt Photosynthese

Student baut lebendes Blatt aus Seide und Chloroplasten nach, das Sauerstoff produziert

Commercialisation of a wider range of cost-competitive biobased polyols to drive expansion of sustainable PU segment

Aim is to produce “green” chemical building blocks that will eventually replace fossil-based materials

Kodiak expects up to 200 tons of CO2 per day to sell to food processing and beverage producers

Process for CO2 capture using Carbonates and Biocatalysts

Findings at Kyoto University may one day contribute to lower greenhouse gas emissions and cleaner skies

Accelerates process scale-up and application validation

UCI, Princeton study shows global commitment to decades of climate-warming pollution

"Erneuerbares CO2" neben synthetischen Treibstofflösungen idealer Rohstoff für viele industrielle Anwendungen

Leibniz-Forscher arbeiten an neuartigem chemischen Energiespeicher, der Kohlendioxid und Wasserstoff in Methan umwandeln soll

AirWash washes your clothes with NO WATER, NO DETERGENT, and NO NEED for a Dryer

AirWash steht für Waschen ohne Wasser, ohne Weichmacher und ohne Trockner

Less and less petroleum required for plastics production / Climate gas can be used to make additional types of plastic

Immer weniger Erdöl bei der Kunststoff-Produktion nötig / Herstellung weiterer Kunststoff-Arten mit Hilfe des Klimagases möglich

Proteine ersetzen Silizium – RUB-Forscher mit „Very Important Paper“

UIC researchers found way to directly reduce CO2 to syngas without secondary gasification process

Scientists at Brown University’s Center for Capture and Conversion of CO2 discovered copper foam as providing a new way of converting excess CO2

Scientists at Brown University’s Center for Capture and Conversion of CO2 have discovered that copper foam could provide a new way of converting excess CO2 into useful industrial chemicals, including formic acid

New emerging technology called integrated gasification combined cycle (IGCC) to be integrated into power plant smokestacks

Graduate builds living leaf from silk fibers and chloroplasts that produces oxygen

Student baut lebendes Blatt aus Seide und Chloroplasten nach, das Sauerstoff produziert

Kodiak expects up to 200 tons of CO₂ per day to sell to food processing and beverage producers

Process for CO₂ capture using Carbonates and Biocatalysts

"Erneuerbares CO₂" neben synthetischen Treibstofflösungen idealer Rohstoff für viele industrielle Anwendungen

UIC researchers found way to directly reduce CO₂ to syngas without secondary gasification process

Scientists at Brown University’s Center for Capture and Conversion of CO₂ discovered copper foam as providing a new way of converting excess CO₂

Scientists at Brown University’s Center for Capture and Conversion of CO₂ have discovered that copper foam could provide a new way of converting excess CO₂ into useful industrial chemicals, including formic acid