CCU – CCU News

Purchase the Most Comprehensive Market and Trend Reports on Bio-based Polymers, Advanced Recycling, Mass Balance and Renewable Naphtha. If You Are Not Satisfied, Give Them Back!

The nova-Institute, a leading independent research institute for renewable carbon strategies based in Germany, announces a money-back guarantee for all its commercial market and trend reports. In response to growing concerns about the quality and pricing of market studies, nova-Institute now offers customers the opportunity to purchase its reports risk-free: If expectations are not met,

Erwerben Sie die umfassendsten Markt- und Trendreports zu bio-basierten Polymeren, fortschrittlichem Recycling, Mass Balance and Attribution (MBA) und erneuerbarem Naphtha. Wer nicht zufrieden ist, erhält sein Geld zurück!

Das nova-Institut, ein führendes, unabhängiges Forschungsinstitut für Strategien im Bereich erneuerbarer Kohlenstoffe mit Sitz in Deutschland, kündigt eine Geld-zurück-Garantie für all seine kommerziellen Markt- und Trendreports an. Als Reaktion auf die wachsende Besorgnis über die Qualität und Preisgestaltung von Marktstudien bietet das Institut seinen Kunden nun die Möglichkeit, die Reports risikofrei zu erwerben. Wenn die

WaterProof Webinar on Industrial-Urban Symbiosis: Business, Funding, and Practical Insights

Industrial-Urban Symbiosis (I-US) enables new business opportunities though the collaboration of diverse stakeholders across various sectors. Hereby, this innovative approach facilitates the exchange of underutilised resources, e.g. by-products, residues, energy, water, capacities, and expertise, keeping materials productive longer. By repurposing outputs as inputs, I-US can minimise resource extraction, cut costs, and advance objectives of the

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

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,

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,

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,

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,

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,

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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