IDTechEx Discusses the Technology Trends Driving Sustainable Polymers for a Circular Economy
Answering the demand for more sustainable plastics to support the circular economy requires innovations from all stakeholders in the polymer value chain, from the chemical suppliers to the end-users to the recyclers
UK sued for counting wood burning with carbon capture as ‘negative emissions’
Environmental groups are taking the UK government to court on Monday (13 November) over plans to spend billions on Biomass with Carbon Capture and Storage (BECCS), a technology aimed at removing CO2 from the atmosphere that is also being promoted by the European Union
Zeroing in on a sustainable tomorrow – Sulzer’s new licensing technologies help eliminate plastic waste and industrial emissions
The latest addition to the licensing offering from Sulzer Chemtech leverages the company’s extensive experience in efficient separation and mixing technologies to meet growing carbon net zero and zero waste needs
Liquid Wind and industry leaders solidify partnership to accelerate eFuel production capacity, enabling significant reduction of CO2 emissions in hard-to-abate industries such as global shipping
By pooling the partners’ technology expertise and capabilities, the partnership aims to unlock new, innovative, and effective fuel solutions for the shipping industry, other hard-to-abate industries, and society at large
Sulzer technology enables circular gas production plant in the Alps
Sulzer’s mass transfer technologies are being leveraged by Messer, the world's largest privately owned industrial gas specialist, in collaboration with a manufacturer of inorganic chemicals to enable innovative carbon capture and utilization (CCU) at a plant in Landeck, Austria
Provectus Algae Enters Into Livestock Methane Reduction Space Commissioning First Demonstration Biomanufacturing Plant
Using Precision Photosynthesis™, the cornerstone of the company’s technology stack, Provectus Algae can produce Asparagopsis algae faster while consistently controlling the expression of bioactive compounds
CATCO2NVERS, CO2SMOS and VIVALDI to support the green transition towards a low-carbon circular economy by turning CO2 emissions into essential products
The use of carbon dioxide to produce essential carbon-containing products like chemicals, but also fuels and building materials can allow various processes to reach net zero or even negative CO2 emissions
Winter Special 2023 – 20% discount on market and trend reports on renewable carbon until 31 January 2024
From advanced recycling technologies, over bio- and CO2-based chemicals, building blocks and polymers to specific polymer insights: The latest nova-Institute reports around renewable carbon markets are available for a special price
Winter-Special 2023 – 20% Rabatt auf Markt- und Trendberichte rund um erneuerbaren Kohlenstoff bis 31. Januar 2024
Von neuartigen Recycling-Technologien über bio- und CO2-basierte Chemikalien, Building Blocks und Polymere bis hin zu spezifischen Polymer-Erkenntnissen: Die aktuellen Berichte des nova-Instituts rund um erneuerbaren Kohlenstoff sind zum Sonderpreis erhältlich
What does carbon management really mean and involve? HICCUPS: Turning CO2 gained from wastewater sludge into bio-based polymers for packaging materials by using electrochemical conversion
Twelve partners of seven countries will demonstrate the full value chain from biogenic CO2 gained from wastewater to polymer end-use in the 4-year Horizon Europe project
INERATEC, ENAP and Ferrostaal boost production of synthetic fuels
The National Petroleum Company (ENAP) will study the production of synthetic fuels in its refineries. Therefore, ENAP has signed a memorandum of understanding with the companies Ferrostaal Chile and INERATEC, which will carry out feasibility studie
INERATEC, ENAP, und Ferrostaal treiben die Produktion synthetischer Kraftstoffe an
Die Nationale Erdölgesellschaft (ENAP) wird die Produktion von synthetischen Kraftstoffen in ihren Raffinerien prüfen. Dazu hat sie eine Absichtserklärung mit den Unternehmen Ferrostaal Chile und INERATEC unterzeichnet, die Machbarkeitsstudien durchführen werden
Braskem Announces Partnership With Northwestern University for the Development of CO2 Conversion Technology
The project is led by Professor Ted Sargent and Dr. Ke Xie, among the world’s preeminent scientists in the field of electrocatalysis and contributes to Braskem’s strategy of combating climate change
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