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Sustainability gains through enzymatic recycling – ARC 2025 Interview Series: Innovators at work

On 19-20 November 2025, the Advanced Recycling Conference (ARC) in Cologne, Germany, once more unites industry leaders, technology providers, researchers, innovators, and policy-makers to address urgent recycling challenges in various waste-streams. Alongside core-topics like plastics and polymer recycling, this year’s event places strong emphasis on pollution-intensive sectors like textile and automotive, that pose significant environmental problems

From CO2 to plastic: NG Nordic and ABB targets to make electrical accessories products from carbon dioxide-based plastic

NG Nordic and ABB Oy, Wiring Accessories, Porvoo have partnered to bring electrical accessories products made from carbon dioxide-based plastic to market as a first in the world. The companies will focus on the product development of carbon dioxide-based INGA plastic for the manufacture of light switches and sockets, for example. The aim is to

From pollution to fuel: Advances in electrocatalytic conversion of CO2 and CO to propanol

As the world faces the urgent challenges of climate change and the transition to sustainable energy, a new critical review provides a comprehensive roadmap for converting waste carbon dioxide (CO2) and carbon monoxide (CO) into propanol, a valuable fuel and industrial chemical. Published by researchers from Korea University and the Korea Institute of Science and Technology

Low-Cost Catalyst Converts CO2 Emissions into Feedstock

A team of Canadian researchers has developed a low-cost catalyst that could help manufacturers convert industrial carbon emissions into valuable chemical feedstocks – without relying on expensive precious metals. The innovation, led by Dr. Drew Higgins at McMaster University, combines nickel-zinc carbide particles with nickel-nitrogen-carbon compounds. Higgins explains: “The types of materials that we’re looking at are relatively

Scientists transform plastic waste into efficient CO2 capture materials

From waste to valuable resource: Chemists at the University of Copenhagen have developed a method to convert plastic waste into a climate solution for efficient and sustainable CO2 capture. This is killing two birds with one stone as they address two of the world’s biggest challenges: plastic pollution and the climate crisis. As CO2 concentrations in

Direct Ocean Capture: A Potential Pathway to Certified Low-Carbon CO2 for E-Fuels

As marine carbon dioxide removal (mCDR) technologies continue to advance, there’s emerging interest in using CO2 from direct ocean capture (DOC) as a feedstock for E-fuels. Direct Ocean Capture and the Path to Low-Carbon E-Fuels E-fuels are synthetic fuels produced by combining captured CO2 with green hydrogen, creating a drop-in replacement for fossil fuels in sectors that

AI Circular Economy Conference 2026: Call for Abstracts Extended Deadline until 26 October 2025

Artificial intelligence (AI) is no longer just a technological trend; it is a transformative force that is accelerating the transition from fossil fuels to renewable carbon sources in the chemical and materials industry. This represents one of the greatest industrial challenges since the beginning of the industrial revolution, requiring the most advanced digital solutions available.

AI Circular Economy Conference 2026: Call for Abstracts Extended Deadline until 26 October 2025

Artificial intelligence (AI) is no longer just a technological trend; it is a transformative force that is accelerating the transition from fossil fuels to renewable carbon sources in the chemical and materials industry. This represents one of the greatest industrial challenges since the beginning of the industrial revolution, requiring the most advanced digital solutions available.

AI Circular Economy Conference 2026: Deadline für den Call for Abstracts verlängert bis 26 Oktober 2025

Künstliche Intelligenz (KI) ist längst mehr als nur ein technologischer Trend: KI ist eine transformative Kraft, die den Übergang von fossilen Brennstoffen zu erneuerbaren Kohlenstoffquellen in der Chemie- und Werkstoffindustrie beschleunigt. Dies ist eine der größten industriellen Herausforderungen seit Beginn der Industrialisierung und erfordert die fortschrittlichsten digitalen Lösungen. KI ist der Schlüssel zu dieser Transformation.

AI Circular Economy Conference 2026: Deadline für den Call for Abstracts verlängert bis 26 Oktober 2025

Künstliche Intelligenz (KI) ist längst mehr als nur ein technologischer Trend: KI ist eine transformative Kraft, die den Übergang von fossilen Brennstoffen zu erneuerbaren Kohlenstoffquellen in der Chemie- und Werkstoffindustrie beschleunigt. Dies ist eine der größten industriellen Herausforderungen seit Beginn der Industrialisierung und erfordert die fortschrittlichsten digitalen Lösungen. KI ist der Schlüssel zu dieser Transformation.

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