Closing the Carbon Cycle to Stop Climate Change

Researchers at TIFR have developed a new catalyst system where metal nanoparticle active sites were replaced with defects as catalytically active sites


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Closing the Carbon Cycle to Stop Climate Change

Researchers at TIFR have developed a new catalyst system where metal nanoparticle active sites were replaced with defects as catalytically active sites


Read more

Closing the Carbon Cycle to Stop Climate Change

Researchers at TIFR have developed a new catalyst system where metal nanoparticle active sites were replaced with defects as catalytically active sites


Read more

Closing the Carbon Cycle to Stop Climate Change

Researchers at TIFR have developed a new catalyst system where metal nanoparticle active sites were replaced with defects as catalytically active sites


Read more

Den Kohlenstoffkreislauf schließen, um den Klimawandel zu stoppen

Defekte in Nanosilika können die Erde vor der globalen Erwärmung retten


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Den Kohlenstoffkreislauf schließen, um den Klimawandel zu stoppen

Defekte in Nanosilika können die Erde vor der globalen Erwärmung retten


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Den Kohlenstoffkreislauf schließen, um den Klimawandel zu stoppen

Defekte in Nanosilika können die Erde vor der globalen Erwärmung retten


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Den Kohlenstoffkreislauf schließen, um den Klimawandel zu stoppen

Defekte in Nanosilika können die Erde vor der globalen Erwärmung retten


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Sustainable use of CO2 using a modified bacterium

New paths to the bio-economic use of CO2


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Nachhaltige Nutzung von CO2 mittels eines modifizierten Bakteriums

Neue Wege zur bioökonomischen Nutzung von CO2


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Michael Carus: “We need a future-oriented renewable carbon strategy”

Founder and managing director of the German nova-Institute presented his views on a renewable carbon strategy on chemicals and polymers at the VoltaChem Annual Event in December 2019


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Your Chance to Join: nova-Institute’s 3-Day Online Conference on Aviation Fuels and Carbon Capture and Utilisation

50 Speakers Present the Future of Aviation Fuels and Carbon Dioxide as Feedstock online on 23-25 March 2020, 10:00 to 18:00 at least 200 to 300 Online Participants Expected


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b.fab receives funding from BMBF for CO2 utilization in biopolymers

The project “TRANSFORMATE” has set the goal to convert CO2 emissions from industrial parks into valuable biopolymers


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b.fab receives funding from BMBF for CO2 utilization in biopolymers

The project “TRANSFORMATE” has set the goal to convert CO2 emissions from industrial parks into valuable biopolymers


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b.fab erhält Förderung vom BMBF zur CO2-Fixierung in Biopolymeren

Im Projekt „TRANSFORMATE“ sollen CO2-haltige Abgasströme von Industrieparks in werthaltige Biokunststoffe umgewandelt werden


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b.fab erhält Förderung vom BMBF zur CO2-Fixierung in Biopolymeren

Im Projekt „TRANSFORMATE“ sollen CO2-haltige Abgasströme von Industrieparks in werthaltige Biokunststoffe umgewandelt werden


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Carbon dioxide as a raw material for the chemical industry – seeking a climate-friendly and economically viable industrial concept

BECCU project will compare a variety of processes to capture carbon dioxide from biomass use in energy production and hydrogen to be produced


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Neste invests in Sunfire, leading technology developer of high-temperature electrolysis and Power-to-X solutions

Company’s patented technology allows the production of renewable hydrogen as well as the direct conversion of water and CO2 into raw material for petrochemical products


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Neste investiert in deutsches Wasserstoff-Start-up Sunfire

Sunfire stellt mithilfe der Power-To-X-Technologie grüne Kraftstoffe her


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Carbon Capture and Sequestration (CCS) Market Research, Recent Trends and Growth Forecast 2025

This report is highly predictive as it holds the over all market analysis of topmost companies into the Carbon Capture and Sequestration (CCS) industry


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