Articles on Carbon capture and storage

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Can CCS cast a new light on fossil fuel-fired power stations? Alan Murray-Rust

A step forward for CCS, but much greater strides are needed

Despite the evidence that shows greenhouse gases from burning fossil fuels are leading to changes in the planet’s climate, the development of large scale technologies to slow or stop these effects has…
Steel: red hot and dirty. John Giles/PA

Using iron to clean steelmaking, a very dirty business

Iron and steel are components of an almost limitless number of infrastructure and consumer goods. From forks to tanks, syringes to satellites, cars to computers, from buildings to the power stations that…
Solid plastic made from gas. Novomer

Explainer: what is carbon capture and utilisation?

Carbon and carbon dioxide are found all around us. All living things contain carbon - it’s one of the essential building blocks of life and is fundamental to many chemical processes. Carbon dioxide (CO2…

Economic growth and low carbon can coexist

Economic growth can continue while CO2 emissions are reduced says a new study conducted by the Energy Futures Lab and Grantham…
EU states have agreed that CCS is vital, but progress is slow. Owen Humphreys/PA

Explainer: what is carbon capture and storage?

The Energy Technologies Institute recently reported that without carbon capture and storage (CCS), the cost of reaching the UK’s climate change targets will double from around £30 billion per year in 2050…
Newly identified nanomaterials can sieve carbon dioxide from waste. Flickr/Micha

Want to capture carbon? Look to nanomaterials

Much of Australia’s large scale electricity generation comes from coal-fired power plants. Given the cost of building alternative electricity infrastructure and Australia’s large reserves of coal, this…
Chemical Looping may eventually replace other carbon capture technologies. AAP

Chemical looping: a carbon capture technology for the future

Chemical looping, a low carbon technology for the fossil fuel industry, is increasingly been viewed as a competitive technology in carbon capture and storage, with the successful completion of pilot plant…
Removing CO2 from the emissions of power stations is going to have to get a lot more experimental. D1V1D/Flickr

Carbon capture can’t rely on fine-tuning old technologies

Carbon capture, for those who don’t know already, is the term given to various different technologies that can “capture” the carbon dioxide in streams of gases that would normally be emitted to the atmosphere…
As demands to tackle emissions from fossil fuel power generation get stronger, green groups are giving CCS another go. David King

Carbon capture and storage is becoming a green strategy

With the world closely watching the climate meetings underway in Doha there is renewed interest in the only proven technology that can substantially remove carbon dioxide from the use of fossil fuels…
The porous structure of metal-organic framework materials makes them perfect for storing and separating gases. justus.thane

MOF the chart: why a record-breaking surface area matters

You may not immediately think of world records when you consider chemistry, but that’s exactly what some chemists are thinking about during their research. Many, working on something called metal-organic…
How close is Australia to capturing emissions from its coal-fired power plants? Brian Yap

Building a future for carbon capture technology

Coal remains an important energy resource for Australia providing around 75% of our electricity and some 20% of export income. However it is also responsible for approximately 40% of greenhouse gas emissions…
Removing CO₂ from a power station is very different from removing it from the atmosphere. ianrthorpe

There’s more than one way to capture carbon

In his latest article for The Conversation Dr. David Karoly reports on the proceedings of a recent Canberra symposium on “Geo-engineering the Climate”. In his article, Dr. Karoly presents an insightful…

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