Solving the coal puzzle

Lessons from four years of coal phase-out policy in Europe

Playing With Fire

An assessment of company plans to burn biomass in EU coal power stations

The A-B-C of BCAs

An overview of the issues around introducing Border Carbon Adjustments in the EU

Coal mine methane leaks are worse for climate change than all shipping and aviation

New IEA World Energy Outlook shows coal mine methane leaks add up to a third to emissions from coal

Coal Free Kingdom

UK election manifestos should commit to take the UK fully coal-free, including in industry, finance, and domestic heating – ready for next year’s COP26 in Glasgow

The cash cow has stopped giving: Are Germany’s lignite plants now worthless?

Our new research finds German lignite gross profits collapsed 54% so far in 2019. With lignite now loss-making, the case for Gov. compensation has collapsed

The CO2 Economy – Mineral Carbonation Technology Overview

The CO2 Economy – Mineral Carbonation Technology Overview

The term ‘Carbon Capture and Storage’ (CCS) has been too narrowly focused on capturing CO2 emissions from coal power and building large transport and storage networks for deep geologic storage. In fact, CCS covers a suite of technologies for capturing CO2 emissions, and its most important use may be for capturing industrial process emissions.

Equally, whilst deep geologic storage (for instance in old oil fields in the North Sea) is likely to capture the bulk of emissions, an important portion of emissions, especially from small distributed sources, could be captured through Mineral Carbonation: turning CO2 into minerals. This briefing looks at the possibilities for that technology, and serves as a reminder that if we are to successfully tackle climate change, there is a need for a great variation of technologies.

Skills

Posted on

October 29, 2015