The UK’s ambition to achieve net zero by 2050 is an enormous undertaking, and many acknowledge that achieving such a goal requires an increase in nuclear energy capacity and therefore an increase in the number of nuclear sites across the UK. In this blog, colleagues from the Dalton Nuclear Institute; William Bodel, Adrian Bull, Gregg […]
Indoor and outdoor wood burning needs a new way of thinking
Biomass combustion, a significant contributor to fine particulate matter (PM 2.5), has increased in urban areas due to the growing popularity of wood-burning stoves and biomass boilers. In this blog, Dr. Amanda Lea-Langton, Senior Lecturer in Bioenergy Engineering at The University of Manchester and member of the Tyndall Centre for Climate Change, outlines policy recommendations […]
Carbon Capture and Storage and Greenhouse Gas Removal – Essential ingredients for net zero
Our planet is heating up, and the impacts of climate change are already being felt across the world. We all know reducing greenhouse gas emissions is essential for our planet’s future. However, research shows that, given the scale and urgency of the challenge of reducing emissions across the entire economy, meeting climate change targets will […]
Sustainable engineering – not just engineering for sustainability
Net zero now forms the heart of policies and strategies across government, from “levelling up” to “build back better”. Combined with the UK’s National Infrastructure Strategy, it is clear that engineering – particularly new technologies such as robotics and AI – has a core role in our decarbonisation efforts. But how green are the technologies […]
How to incentivise bioenergy with carbon capture and storage responsibly
The latest IPCC report on the state of the world’s climate shows that the remaining carbon budget – the amount of CO2 that can still be emitted while keeping global warming below 1.5 degrees – is almost gone. To meet net zero within these parameters, we will need to remove CO2 that is already in […]
Carbon capture and storage: A solution under our noses
In 2019, the UK became the first major economy to legally commit to achieving net zero CO2 emissions by 2050. With new evidence of rapid, anthropogenic-induced climate change emerging, it is likely that many climate forecasts have underestimated the speed and extent of climate change. This means that drastic action is needed to both slow […]
Air Pollution: a UK opportunity to lead on tackling a global problem
Poor air quality exacerbates socioeconomic inequalities and results in negative health outcomes, especially among vulnerable groups exposed to high levels of pollution. Air pollution remains a pressing global challenge against the backdrop of rapid urbanisation. In this blog, Professor Hugh Coe outlines opportunities for the UK to lead and co-develop solutions to address air pollution, […]
Decarbonising transport: Inequality, joined-up action, and the risk of technological optimism
The Department for Transport (DfT) recently released their long-awaited Decarbonising Transport plan. In this blog, Dr Cristina Temenos and Dr Joe Blakey outline how its technologically-optimistic vision risks locking in high-carbon futures, overlooking transport inequalities, and opportunities for joined-up thinking and the precautionary principle. DfT’s Decarbonising Transport Plan makes some welcome proposals, but it is […]
Taking the lead in hydrogen: next steps
The deployment of new and existing materials will play a critical role in delivering the growth of the hydrogen sector, identified as a cornerstone of the UK Government’s net zero ambitions. In this blog, Professor Phil Withers and Dr Robert Sorrell, from the Henry Royce Institute, lay out the research priorities on the path to […]
Advanced nuclear energy for Net Zero: A strategy for action
The UK has committed to a net zero 2050 target, but what place does nuclear energy have in meeting this ambition? In this blog, Professor Francis Livens from the Dalton Nuclear Institute outlines the recommendations of a new roadmap for the UK’s nuclear sector, including its role in hydrogen production, and what steps are needed […]
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