Supply chains for low carbon electricity infrastructure
The energy transition relies on complex supply chains including mining and manufacturing. How are these supply chains changing and what are the challenges?
Energy-intensive industries such as chemicals, paper, ceramics, cement, iron and steel are responsible for 45% of carbon emissions from businesses and the public sector in the UK. This briefing discusses carbon dioxide (CO2) abatement technologies for these industries and policies to support their adoption.
Low Carbon Technologies for Energy-Intensive Industries (321KB PDF)
Energy-intensive industries such as chemicals, paper, ceramics, cement, iron and steel are responsible for 45% of carbon emissions from businesses and the public sector in the UK. This briefing discusses carbon dioxide (CO2) abatement technologies for these industries and policies to support their adoption.
Low Carbon Technologies for Energy-Intensive Industries (321KB PDF)
The energy transition relies on complex supply chains including mining and manufacturing. How are these supply chains changing and what are the challenges?
This POSTnote outlines how collaborative decision-making can support multifunctional land-use decisions to deliver locally legitimate outcomes in England.
How can the upcoming Health Data Research Service simplify access to national health data for research opportunities, while addressing technical challenges, security, governance and public trust?