CCU News – Page 104

16 March 2017

IU chemists create molecular ‘leaf’ that collects and stores solar power without solar panels

The new molecule harvests sunlight to create useable material from carbon dioxide in the atmosphere

13 March 2017

New materials could turn water into the fuel of the future

A new materials discovery approach puts solar fuels on the fast track to commercial viability

06 March 2017

Separating Gases with Graphene

Single-layer graphene has defined pore sizes in the nanometer range and has been suggested as a material for gas separation

02 March 2017

Power-to-Gas: Electrochaea is awarded patent on super single-celled organisms for biomethane production

Energy storage by microorganisms

02 March 2017

Power-to-Gas: Electrochaea erhält Patent auf Super-Einzeller für Biomethanproduktion

Energie speichern durch Mikroorganismen

01 March 2017

Nanoparticles of rare metal and light convert carbon dioxide into fuel

Newly discovered chemical reaction could use natural sunlight to reduce growing levels of CO₂ in the atmosphere and lead to the development of alternative energies

27 February 2017

Repsol starts pilot-scale production CO₂-based polycarbonate polyol

Repsol has opened a pilot plant at its Puertollano, Spain site for the production of sustainable polycarbonate polyols

23 February 2017

Politics threatens state-of-the-art carbon capture plant in Spain

Exact reasons for the plant’s near-abandonment are unclear, fact is that the environment is not high in the [PP] agenda

20 February 2017

Reverse Combustion and its prospects

There are more than a dozen technologies somewhere in development with a dizzying array of acronyms

13 February 2017

Covestro tackling carbon-fiber-reinforced PC, PU from CO₂

Global materials firm Covestro AG is making progress with two new projects

13 February 2017

Coca-Cola Plantbottle: Could Liquid Light’s technology be the answer to Coca-Cola’s 2020 PlantBottle aspirations?

If Liquid Light’s cost claims are achievable with its technology for bio-MEG, it could signify a major breakthrough in the production of PET from sustainable sources

10 February 2017

The Digest’s 2017 Multi-Slide Guide to Lygos’ technical approach

Malonic acid from biobased source

07 February 2017

Jilin Boda New Materials: Werk für CO₂-basierte Kunststoffe in Planung

Ausbau der Kapazitäten für CO₂-basierte Kunststoffe und Nanomaterialien auf jeweils bis zu 300.000 Tonnen im Jahr geplant

01 February 2017

Canadian scientists turn carbon-dioxide emissions into useful products

Here’s a look at some of the Canadian semifinalists of the the NRG COSIA Carbon XPrize

01 February 2017

A Discussion With Avantium’s CFO Regarding Its Acquisition of Liquid Light

Acquisition of Liquid Light’s assets giving Avantium another CO₂ technology to strengthen its own CO₂ conversion group

31 January 2017

Chinese firm builds CO₂-based plastics capacity

CO₂-plastics project using rare-earth catalyst to produce a compound of CO₂-based plastics to manufacturing biodegradable film

30 January 2017

Asco: Kohlendioxid aus Rauchgas rückgewinnen

Eigenständig aus Quellen mit niedrigem Reinheitsgrad schöpfen

26 January 2017

Boosting Ethanol’s Value via CO₂ use: The Digest’s Multi-Slide Guide to White Dog Labs

The process can boost acetone production by 60%, all by its onesey, and half the CO₂

23 January 2017

Research identifies potential of CO₂ reuse in Flanders

With carbon capture and utilisation (CCU), the carbon cycle is closed and CO₂ is no longer a waste stream

20 January 2017

From waste CO₂ to everyday products: The Digest’s 2017 Multi-Slide Guide to Liquid Light technology

Former CEO Kyle Teamey gave this overview of the technology at ABLC

The new molecule harvests sunlight to create useable material from carbon dioxide in the atmosphere

A new materials discovery approach puts solar fuels on the fast track to commercial viability

Single-layer graphene has defined pore sizes in the nanometer range and has been suggested as a material for gas separation

Energy storage by microorganisms

Energie speichern durch Mikroorganismen

Newly discovered chemical reaction could use natural sunlight to reduce growing levels of CO2 in the atmosphere and lead to the development of alternative energies

Repsol has opened a pilot plant at its Puertollano, Spain site for the production of sustainable polycarbonate polyols

Exact reasons for the plant’s near-abandonment are unclear, fact is that the environment is not high in the [PP] agenda

There are more than a dozen technologies somewhere in development with a dizzying array of acronyms

Global materials firm Covestro AG is making progress with two new projects

If Liquid Light’s cost claims are achievable with its technology for bio-MEG, it could signify a major breakthrough in the production of PET from sustainable sources

Malonic acid from biobased source

Ausbau der Kapazitäten für CO2-basierte Kunststoffe und Nanomaterialien auf jeweils bis zu 300.000 Tonnen im Jahr geplant

Here’s a look at some of the Canadian semifinalists of the the NRG COSIA Carbon XPrize

Acquisition of Liquid Light’s assets giving Avantium another CO2 technology to strengthen its own CO2 conversion group

CO2-plastics project using rare-earth catalyst to produce a compound of CO2-based plastics to manufacturing biodegradable film

Eigenständig aus Quellen mit niedrigem Reinheitsgrad schöpfen

The process can boost acetone production by 60%, all by its onesey, and half the CO2

With carbon capture and utilisation (CCU), the carbon cycle is closed and CO2 is no longer a waste stream

Former CEO Kyle Teamey gave this overview of the technology at ABLC

Newly discovered chemical reaction could use natural sunlight to reduce growing levels of CO₂ in the atmosphere and lead to the development of alternative energies

Ausbau der Kapazitäten für CO₂-basierte Kunststoffe und Nanomaterialien auf jeweils bis zu 300.000 Tonnen im Jahr geplant

Acquisition of Liquid Light’s assets giving Avantium another CO₂ technology to strengthen its own CO₂ conversion group

CO₂-plastics project using rare-earth catalyst to produce a compound of CO₂-based plastics to manufacturing biodegradable film

The process can boost acetone production by 60%, all by its onesey, and half the CO₂

With carbon capture and utilisation (CCU), the carbon cycle is closed and CO₂ is no longer a waste stream