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MHI Successfully Demonstrates Production of Liquid Synthetic Fuels through an integrated Process Utilizing SOEC Co-Electrolysis and FT Synthesis
Mitsubishi Heavy Industries, Ltd. (MHI) has conducted a demonstration of an integrated production process for synthesizing liquid fuels from carbon dioxide, water, and electricity, successfully producing liquid synthetic fuels through an integrated production system. The demonstration was conducted at MHI’s Research & Innovation Center (Nagasaki District). In this process, SOEC co-electrolysis(Note1) is employed to produce
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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics
The EU-funded research project UNICO2RN has officially started in June of 2025, bringing together European research organisations and industrial partners to demonstrate how biogenic carbon dioxide (CO2) can be used as a feedstock for producing proteins and bioplastics. The project focuses on CO2 from biological sources such as biomass processing, fermentation and organic waste treatment,
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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics
The EU-funded research project UNICO2RN has officially started in June of 2025, bringing together European research organisations and industrial partners to demonstrate how biogenic carbon dioxide (CO2) can be used as a feedstock for producing proteins and bioplastics. The project focuses on CO2 from biological sources such as biomass processing, fermentation and organic waste treatment,
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EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics
The EU-funded research project UNICO2RN has officially started in June of 2025, bringing together European research organisations and industrial partners to demonstrate how biogenic carbon dioxide (CO2) can be used as a feedstock for producing proteins and bioplastics. The project focuses on CO2 from biological sources such as biomass processing, fermentation and organic waste treatment,
Read more
EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics
The EU-funded research project UNICO2RN has officially started in June of 2025, bringing together European research organisations and industrial partners to demonstrate how biogenic carbon dioxide (CO2) can be used as a feedstock for producing proteins and bioplastics. The project focuses on CO2 from biological sources such as biomass processing, fermentation and organic waste treatment,
Read more
EU-funded Research Project UNICO₂RN Converts Biogenic CO₂ into Proteins and Bioplastics
The EU-funded research project UNICO2RN has officially started in June of 2025, bringing together European research organisations and industrial partners to demonstrate how biogenic carbon dioxide (CO2) can be used as a feedstock for producing proteins and bioplastics. The project focuses on CO2 from biological sources such as biomass processing, fermentation and organic waste treatment,
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EU-Forschungsprojekt UNICO₂RN nutzt biogenes CO2 zur Herstellung von Proteinen und Biokunststoffen
Das EU-geförderte Forschungsprojekt UNICO₂RN startete offiziell im Juni 2025. Die Zielsetzung des Projektes besteht darin, die Nutzung von biogenem Kohlendioxid (CO₂) als Rohstoff zur Herstellung von Proteinen und Biokunststoffen zu demonstrieren. Daran arbeiten Forschungseinrichtungen und Industriepartner aus mehreren europäischen Ländern gemeinsam. Das Projekt nutzt dabei CO₂ aus biogenen Quellen wie der Biomasseverarbeitung, Fermentation und der organischen
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EU-Forschungsprojekt UNICO₂RN nutzt biogenes CO2 zur Herstellung von Proteinen und Biokunststoffen
Das EU-geförderte Forschungsprojekt UNICO₂RN startete offiziell im Juni 2025. Die Zielsetzung des Projektes besteht darin, die Nutzung von biogenem Kohlendioxid (CO₂) als Rohstoff zur Herstellung von Proteinen und Biokunststoffen zu demonstrieren. Daran arbeiten Forschungseinrichtungen und Industriepartner aus mehreren europäischen Ländern gemeinsam. Das Projekt nutzt dabei CO₂ aus biogenen Quellen wie der Biomasseverarbeitung, Fermentation und der organischen
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EU-Forschungsprojekt UNICO₂RN nutzt biogenes CO2 zur Herstellung von Proteinen und Biokunststoffen
Das EU-geförderte Forschungsprojekt UNICO₂RN startete offiziell im Juni 2025. Die Zielsetzung des Projektes besteht darin, die Nutzung von biogenem Kohlendioxid (CO₂) als Rohstoff zur Herstellung von Proteinen und Biokunststoffen zu demonstrieren. Daran arbeiten Forschungseinrichtungen und Industriepartner aus mehreren europäischen Ländern gemeinsam. Das Projekt nutzt dabei CO₂ aus biogenen Quellen wie der Biomasseverarbeitung, Fermentation und der organischen
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Renewable Carbon Monoxide (CO) Production Plant DPR 2026: Investment Cost, Market Growth & ROI Analysis
The global chemical and energy industries are experiencing transformative shifts driven by sustainability imperatives, industrial decarbonization requirements, and growing demand for carbon-efficient chemical feedstocks. At the forefront of this green chemistry revolution stands renewable carbon monoxide (CO) production-an environmentally friendly industrial gas manufactured from renewable resources replacing traditional fossil fuel-derived CO. As industries seek to
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