4 items found in 1 pages
Sustainable Energy for Some? Value Creation and Distribution in the Energy Transition
Energy transitions are expected to redistribute economic benefits to new actors, from local communities to countries with renewable resources. My research explores the classic political economy question of who benefits, looking at the role of communities, states, and firms. At the community level, I look at attitudes towards energy transitions in Jordan, a lower-middle income country rapidly transitioning to renewables with attractive jobs in this industry. Despite the top-down nature of energy policymaking in the authoritarian political context, household surveys reveal that people are highly supportive of energy transitions, especially if they perceive renewables as benefitting their communities. However, there are tensions between countries and firms that make it difficult for countries to see the kinds of local benefits present in Jordan in many other contexts. I argue that the transfer of green technologies promised in the Paris Agreement is not materializing at a large scale, des
2
1/23/2025
Biocatalysis - Engineering a Sustainable Future | Spring Into STEM
Enzymes are responsible for the wealth and diversity of natural products we utilise today, from fine chemicals such as drugs to materials for clothing or building. They are also involved in decomposing and recycling these materials, through the degradative pathways of animals and microorganisms. Can we harness the power of enzymes to create new and more powerful medicines, clean up and recycle our waste and put our industrial production on a more sustainable footing? We're very pleased to announce that Postdoctoral Research Fellow at UCL Biochemical Engineering Dr Jack Jeffries will be taking on the role of Lecturer in Biocatalysis and Biocatalyst Engineering this spring. His new role as Lecturer in Biocatalysis and Biocatalyst Engineering will include Delivering the 1st year undergraduate core module Biochemistry and Molecular biology and leading the development of biocatalysis and sustainable bioprocess research at the MFL.
6
7/25/2022
Designing clean and efficient sustainable future fuels | Spring Into STEM
At UCL, we understand how science, technology, engineering and mathematics (STEM) are fundamental to the way we live our lives and shape so many of the things that we see and do every day. Dr Paul Hellier asks where future renewable fuels will be sourced from, and what will they look like? Can fuels from waste coffee or genetically engineered micro-algae replace fossil fuels in difficult-to-decarbonise transport sectors and help provide cleaner air? Find out how design of fuels at the molecular level is helping to answer these questions and more. #SpringIntoSTEM #UCLEngineering #MechanicalEngineering #RenewableFuels #Sustainability Find out more about us - search 'UCL Engineering', or visit https://www.ucl.ac.uk/engineering/
36
8/2/2021
Sustainable Biorefining | Spring Into STEM
Dr Emily Kostas explores how we can make fuels, medicines and other useful compounds from seaweed, with Professor Gary Lye joining to answer questions.
78
6/17/2021