carbon capture - search results

Sheila Thomas, Decarbonisation Commercial Lead at Crown Commercial Service, looks at five ways to make electrical vehicles part of your response when it comes to achieving carbon net-zero.

Here, we discuss how methane emissions are the second biggest contributor to human caused global warming after carbon dioxide (CO2).

Patricia Luis from UCLouvain highlights fighting climate change by closing the carbon cycle using membrane technology.

Stephen Skinner, Professor of Materials Chemistry at Imperial College London, explores the possible routes available to produce clean hydrogen and ensure a low carbon future.

Spring flood and rain events are pivotal periods to capture mineral element-organic carbon stabilisation in permafrost soils, highlights Catherine Hirst, Earth and Life Institute, UCLouvain, Belgium in this Arctic rivers focus.

Mark Chadwick, Managing Director, Sustainability Solutions UK&I at ENGIE Impact explains why accelerated decarbonisation is sustainability’s global lifeline.

In this environment focus, we explain everything you need to know about carbon offsetting from what is it, why it is so important and how it can help improve environmental issues.

Andrew Turton and Lindsay Sugden from Delta-EE state the case for maximising the UK’s opportunity for integrated low carbon heat networks.

Carl De Maré discusses how Carbalyst produce low carbon and renewable fuels through fermenting industrial process gasses from the iron and steel industry.

The Flavel research group at the Institute of Nanotechnology in Karlsruhe are investigating new ways to prepare type selected carbon nanotubes with industrially relevant processes on the large scale.

The UK could have the world’s first ‘net-zero carbon’ cluster of heavy industry by 2040, thanks to up to £170 million of new funding announced at COP24 climate talks in Poland today (13 December)

The Low Carbon Combustion Centre, an initiative by the University of Sheffield, is Europe’s leading facility for novel combustion and low carbon technology.

Minister of Environment and Climate Change in Canada, Catherine McKenna details the country’s plan to reduce carbon emissions and strengthen their clean growth economy

Andrew Green, Programme Manager at the Energy Technologies Institute, outlines the possible role of carbon capture and storage in meeting the UK’s carbon reduction targets… In theory, the United Kingdom (UK) should be well placed to develop a carbon capture and storage (CCS) industry that offers the most affordable route...

Pushing academic research towards industrial scale through advanced modelling and piloting At Aalto University’s Department of Energy Technology, Professor Mika Järvinen’s Energy Engineering and Environmental Protection research group is conducting pioneering research on biomass combustion, carbon (CO2) capture and storage (CCS) by mineral carbonation, circulating fluidised bed gasification of waste,...

Dr Ward Goldthorpe, Portfolio Manager for Carbon Capture and Storage (CCS) and Gas Storage at The Crown Estate discusses the role of gas-fired power in decarbonising electricity systems. Our energy system is changing. Already on windy days as much as 20% of UK electricity is generated from wind turbines and other...

David Fatscher Head of Market Development for Sustainability at BSI explains how a new standard for measuring greenhouse gas emissions at the city level, is helping London manage its carbon footprint. With an estimated 50% of the planet’s population becoming urban citizens by 2030, making cities more sustainable has become...

Researchers have found an approach to help tackle sustainability; the study introduces a strategy to produce acetylene (C2H2).

The EU policy on the Green Deal, climate neutrality, oceans and fisheries, plus the circular economy are examined in this in-depth environment analysis.

Laban Coblentz, Head of Communication at ITER Organization, charts the emerging global innovation programme for fusion energy.