The drive to achieve Net Zero is underpinned by the principle that as a society we should ensure that we leave this planet better off, and indeed make it better for the next generation. Smart electrification is a key part of this. This is the combination of technology and human behaviour; it means electricity can’t […]
Making sustainable business models for green electricity attractive to the mainstream
Scaling up green electricity is key to achieving net zero. While the government has made progress in supporting solar PV and offshore wind, technologies alone will not make for a successful transition to net zero. To be successful in the market, technologies need an attractive business model. In this blog, Professor Jonatan Pinkse discusses how […]
The importance of mapping in the shift to net zero
Delivering on net zero energy requires the radical transformation of our whole energy system from supply and distribution to demand. In this blog, Charlotte Brown, Hannah Charles and Rob Bellamy explore three topics that illustrate the importance of mapping in relation to low carbon energy transitions and their implications for policy. Policymakers should go ‘beyond […]
Energy inequality and low carbon futures: geography matters
The UK is heading towards a period of economic uncertainty. The cost-of-living crisis, inflation, and an increase in energy prices have further stressed the finances of households. With a rapid increase in the number of households experiencing difficulty in affording their domestic energy, many will be unable to secure the level of energy needed for […]
Why policy on air quality and greenhouse gas emissions needs to be joined-up
Reducing greenhouse gas (GHG) emissions and improving air quality are closely linked objectives but are not considered simultaneously under current policy frameworks. In this blog, Professor Grant Allen discusses the benefits of developing a common policy framework aligning GHGs reduction goals with improvements in air quality. Considering these two objectives simultaneously, rather than in isolation, […]
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 […]
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 […]
The right tools for the job: Tracing the sources of harmful particulates in the future economy
While poor air quality is generally associated with adverse health outcomes, some air pollutants are more harmful than others. In this blog, Dr Nicholas Marsden outlines the need for building air quality monitoring networks to study specific properties of fine particulate matter (PM). Some PM types are more harmful than others; more research on PM […]