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  • University of Liverpool


15 April 20259 April 2025

Is CO₂ the Key to a More Sustainable Chemical and Fuel Industry?

Innovative Carbon Capture and Utilisation (CCU) technologies can convert captured CO₂ from industrial point sources and direct air capture into chemical base materials such as methanol, ethanol, ethylene or even polyols and other polymer building blocks


12 February 202511 February 2025

CO2 Revolution 2025: Fueling the Future, Capturing Possibilities

Exploring Innovative Pathways in Green Hydrogen, Carbon Capture, and (Biogenic) CO2 Utilisation at the CO2-Based Fuels and Chemicals Conference


Die CO2-Wende 2025: Rohstoffe der Zukunft, Potenziale der Gegenwart

Innovative Wege zu grünem Wasserstoff, moderner Kohlendioxidabscheidung und Nutzung von (biogenem) CO2 auf der CO2-Based Fuels and Chemicals Conference


28 November 202425 November 2024

Liverpool – Georgia research team join forces to develop sustainable bioplastics

A collaboration between researchers from the University of Liverpool and the University of Georgia (UGA) aims to develop sustainable bioplastics


29 August 202422 August 2024

Engineering Ni-Co bimetallic interfaces for ambient plasma-catalytic CO2 hydrogenation to methanol

Plasma catalysis offers a flexible and decentralized solution for CO2 hydrogenation to methanol under ambient conditions, avoiding the high temperatures and pressures required for thermal catalysis


12 August 202010 August 2020

Uncovering the architecture of natural photosynthetic machinery

Researchers at the University of Liverpool have uncovered the molecular architecture and organisational landscape of thylakoid membranes


28 November 20189 September 2021

New catalyst in water splitting could improve hydrogen generation

Scientists synthesise a highly active organic material to obtain hydrogen fuel from water using sunlight


Ein neuer Katalysator für die Wasserspaltung zur Verbesserung der Wasserstofferzeugung

Wissenschaftler synthetisieren ein hochaktives organisches Material, um mithilfe von Sonnenlicht Wasserstoffbrennstoff aus Wasser zu gewinnen


17 October 20179 September 2021

Breakthrough in direct activation of CO2 and CH4 into liquid fuels and chemicals

University of Liverpool researchers report a very unique plasma synthesis process for the direct, one-step activation of carbon dioxide and methane into higher value liquid fuels and chemicals


23 October 20159 September 2021

Carbon dioxide sees the light

Collaborators in Spain and Germany have built a microreactor that uses visible light to drive a reaction that turns carbon dioxide into carbon monoxide – an important chemical building block


11 September 201526 November 2015

Bioplastics as strong contenders in the market

The pursuit of environmentally materials has been growing considerably


24 April 201523 April 2015

Biome Bioplastics leads £3m sustainable chemicals development programme

Researchers consortium to harness industrial biotechnology techniques to produce bio-based chemicals from lignin at a scale suitable for industrial testing


14 August 20149 September 2021

Carbon dioxide ‘sponge’ could ease transition to cleaner energy

New emerging technology called integrated gasification combined cycle (IGCC) to be integrated into power plant smokestacks


16 July 201415 July 2014

Palmölanbau: Plantagen bedrohen Afrikas Menschenaffen

Die Palmölindustrie in Afrika wächst - ihre Anbauflächen verdrängen Bonobos, Schimpansen und Gorillas. Verbraucher sollten beim Lebensmittelkauf bestimmte Produkte meiden, fordern Tierschützer


22 August 2013

Scientists to develop renewable chemicals for products of the future

Unilever and University of Liverpool team up to develop renewable chemicals from biomass


24 June 20139 September 2021

Developing renewable chemicals from biomass co-products

Research grants of as £1.8 million to University of Liverpool and York


18 November 2011

University of Liverpool awarded £2.8 million to research plant-based personal care products

New ingredients to be developed from plant sugars and will be as effective, but without using petrochemicals

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