Mon, 25 October 2021

Newsletter sign-up

Subscribe now
The House Live All
Mobile UK’s landmark report highlights how 5G will be key to reaching net zero ahead of COP26 Partner content
Evidence Week 2021: learn from top researchers how we can best tackle the climate crisis Partner content
By Taylor & Francis
When it comes to levelling up, the UK’s fractured health outcomes should be high on the agenda Partner content
Press releases

Next decade 'crucial' if UK is to hit carbon targets

Next decade 'crucial' if UK is to hit carbon targets

Energy Technologies Institute

2 min read Partner content

The next decade is critical if the UK is to have an affordable, low carbon energy system by 2050, according to the Energy Technologies Institute (ETI).

In a new report, the ETI outlines how the UK needs to prepare for a transition to a low carbon energy system and suggests that action must be taken over the next 10 years, or two Parliaments, if 2050 targets are to be met.
The Insights Report, written by Jo Coleman, the ETI’s Director of Strategy Development and Chief Engineer Andrew Haslett, looks at the targets, technologies, infrastructure and investments needed to ensure a smooth and affordable low carbon transition over the next 35 years.
The organisation warns that not including Bioenergy or Carbon Capture and Storage (CCS) could double the cost of any transition and make it difficult to meet emissions reduction targets if neither are developed.
According to the ETI’s analysis, if either of these technologies do not feature it would increase the cost of delivering climate change targets from around 1% of GDP to 2%.
This puts the value of CCS or bioenergy to the energy system at £200bn each.
The ETI does acknowledge, however, that there is not one single technology answer and there is a need to develop and prove capability across a complementary basket of key technologies.
Immediate large-scale development focus, the report suggests, should be on replacing the UK’s nuclear power stations, energy efficiency measures and generating energy from waste.