To what extent is Carbon Capture, Utilisation, and Storage becoming a critical technology in achieving Net Zero emissions globally? Nico Schmaeling at John Crane explains
Professor Susan Waldron, Director of Research and Skills at the Natural Environment Research Council, part of UK Research and Innovation, charts the UK’s investment in environmental science.
Research shows how small isolated wetlands protect downstream waters by doubling as pollution-catching powerhouses by filtering excess nitrogen (N) generated from agricultural and urban activities.
Scientists from the Department of Energy's Pacific Northwest National Laboratory reveal their success in making carbon capture more affordable and widespread.
Under EU State Aid rules, the European Commission has approved a €1.1 billion grant to support the Danish roll-out of carbon capture and storage (CCS) technologies.
Steve Wilkinson, Head of Commercial Projects at Cenergist, explores public sector decarbonisation, in particular, how organisations can successfully navigate PSDS Funding.
The Atlantic Rainforest’s carbon storage capacity has been affected by deforestation due to human activity – with carbon emissions worse than those produced by climate change.
Montse Bosch, Area Manager at Leitat Technological Center, discusses the BIOCON-CO2 H2020 project and its transformation of raw CO2 waste into everyday products.
The majority of businesses supplying products and services into the NHS through surgical pathways cannot have failed to be aware of the declared intent by the NHS to decarbonise the health system.
Emily Davenport and Arpita Bose discuss the case for freshwater wetlands as vital pieces of the solution for climate change and sustainable energy synthesis.
To win the net-zero race, we must cut energy needs and make energy sources renewable, argues Professor Phil Hart, Director of Energy and Power at Cranfield University
