CCU News – Page 103

29 October 2015

Mercedes Benz: Erste Fahrzeugmodelle ab 2017 mit CO₂-Klimaanlage

Neuentwicklung konnte trotz sehr knappen Zeitrahmens bereits für die Top-Modelle realisiert werden

29 October 2015

Algenol CEO exits; staff cut by 25%, investors re-up for two years, new direction tipped

Sudden re-focusing and trimming of Algenol by its lead investors leads CEO Paul Woods to resign; new direction focused on carbon capture, fresh water production until oil prices recoverr

29 October 2015

Künstliche Photosynthese: Neuer Wirkungsgrad-Rekord für die Wasserstoff-Herstellung mit Solarzellen aus Silizium

Forscher entwickeln Silizium-Mehrfachstapelsolarzelle zur photoelektrochemische Wasserspaltung mit einem Gesamtwirkungsgrad von 9,5 Prozent

27 October 2015

A Canadian start-up is removing CO₂ from the air and turning it into pellets

Here's how we can replace fossil fuels

26 October 2015

Joule Unlimited: The Digest’s 2015 Visual Guide

It’s Dr. Jekyll and Mr. Aldehyde: the story of Joule magic, the transformation of benign CO₂ and water into powerful and mysterious hydrocarbon fuels

26 October 2015

Climeworks AG builds first commercial scale CO₂ Capture Plant

Plant in Hinwil (Canton of Zurich, Switzerland) has the capacity to capture 900 tons of CO₂ from the atmosphere per year

26 October 2015

Climeworks AG baut erste industrielle Anlage zur CO₂-Filterung aus der Luft

Ab Mitte 2016 betriebsfähig: Anlage auf Industrieniveau mit Kapazität von 900 Tonnen CO₂ aus Umgebungsluft pro Jahr geplant

23 October 2015

New crystal captures carbon from humid gas

A new material with micropores might be a way to fight climate change

23 October 2015

Carbon dioxide sees the light

Collaborators in Spain and Germany have built a microreactor that uses visible light to drive a reaction that turns carbon dioxide into carbon monoxide – an important chemical building block

22 October 2015

New family of chemical structures can effectively remove CO₂ from gas mixtures

A newly discovered family of chemical structures, published in Nature, could increase the value of biogas and natural gas that contains carbon dioxide

21 October 2015

Kohlendioxid fangen mit ultraporösem Material

Amerikanische Wissenschaftler nutzen extrem poröse Molekularstrukturen zur Umwandlung von Kohlendioxid in Kohlenmonoxid

21 October 2015

Treibstoffe aus der Luft

Kanada: Feierlicher Auftakt zur Erzeugung von klimaneutralen Brennstoffen aus Kohlendioxid

20 October 2015

Linde develops a new production process for synthesis gas

New process enables energy-efficient, low-emission synthesis gas production with economical industrial-scale use of CO₂ as feedstock

20 October 2015

Linde entwickelt neues Verfahren zur Erzeugung von Synthesegas

Neues Verfahren ermöglicht die energieeffiziente und emissionsärmere Synthesegas-Produktion unter wirtschaftlicher großtechnischer Nutzung von CO₂ als Rohstoff

16 October 2015

Chemist Peidong Yang receives MacArthur ‘genius award’

Peidong Yang, a UC Berkeley chemist who is trying to capture carbon dioxide from the air and turn it into a sustainable transportation fuel, has been named a MacArthur “genius” Fellow

15 October 2015

A concrete block with the CO₂ baked right in

Brampton Brick is one of a growing number of companies trapping carbon dioxide in their products

12 October 2015

Sustainable Fuels, Chemicals and Polymers from Sun and CO₂

Big visions – but also big potential

12 October 2015

Nachhaltige Kraftstoffe, Chemikalien und Polymere aus Sonne und CO₂

Große Visionen – aber auch große Potenziale

12 October 2015

Materials Could Capture CO₂ and Make It Useful

Novel molecular structures are a first step toward economical carbon capture at a wide scale

09 October 2015

Flipping molecular attachments amps up activity of CO₂ catalyst

New understanding may help scientists design more effective catalysts for transforming CO₂ to useful products

Neuentwicklung konnte trotz sehr knappen Zeitrahmens bereits für die Top-Modelle realisiert werden

Sudden re-focusing and trimming of Algenol by its lead investors leads CEO Paul Woods to resign; new direction focused on carbon capture, fresh water production until oil prices recoverr

Forscher entwickeln Silizium-Mehrfachstapelsolarzelle zur photoelektrochemische Wasserspaltung mit einem Gesamtwirkungsgrad von 9,5 Prozent

Here's how we can replace fossil fuels

It’s Dr. Jekyll and Mr. Aldehyde: the story of Joule magic, the transformation of benign CO2 and water into powerful and mysterious hydrocarbon fuels

Plant in Hinwil (Canton of Zurich, Switzerland) has the capacity to capture 900 tons of CO2 from the atmosphere per year

Ab Mitte 2016 betriebsfähig: Anlage auf Industrieniveau mit Kapazität von 900 Tonnen CO2 aus Umgebungsluft pro Jahr geplant

A new material with micropores might be a way to fight climate change

Collaborators in Spain and Germany have built a microreactor that uses visible light to drive a reaction that turns carbon dioxide into carbon monoxide – an important chemical building block

A newly discovered family of chemical structures, published in Nature, could increase the value of biogas and natural gas that contains carbon dioxide

Amerikanische Wissenschaftler nutzen extrem poröse Molekularstrukturen zur Umwandlung von Kohlendioxid in Kohlenmonoxid

Kanada: Feierlicher Auftakt zur Erzeugung von klimaneutralen Brennstoffen aus Kohlendioxid

New process enables energy-efficient, low-emission synthesis gas production with economical industrial-scale use of CO2 as feedstock

Neues Verfahren ermöglicht die energieeffiziente und emissionsärmere Synthesegas-Produktion unter wirtschaftlicher großtechnischer Nutzung von CO2 als Rohstoff

Peidong Yang, a UC Berkeley chemist who is trying to capture carbon dioxide from the air and turn it into a sustainable transportation fuel, has been named a MacArthur “genius” Fellow

Brampton Brick is one of a growing number of companies trapping carbon dioxide in their products

Big visions – but also big potential

Große Visionen – aber auch große Potenziale

Novel molecular structures are a first step toward economical carbon capture at a wide scale

New understanding may help scientists design more effective catalysts for transforming CO2 to useful products

It’s Dr. Jekyll and Mr. Aldehyde: the story of Joule magic, the transformation of benign CO₂ and water into powerful and mysterious hydrocarbon fuels

Plant in Hinwil (Canton of Zurich, Switzerland) has the capacity to capture 900 tons of CO₂ from the atmosphere per year

Ab Mitte 2016 betriebsfähig: Anlage auf Industrieniveau mit Kapazität von 900 Tonnen CO₂ aus Umgebungsluft pro Jahr geplant

New process enables energy-efficient, low-emission synthesis gas production with economical industrial-scale use of CO₂ as feedstock

Neues Verfahren ermöglicht die energieeffiziente und emissionsärmere Synthesegas-Produktion unter wirtschaftlicher großtechnischer Nutzung von CO₂ als Rohstoff

New understanding may help scientists design more effective catalysts for transforming CO₂ to useful products