Laboratory Efficiency Assessment Framework (LEAF)
We are aiming for LEAF 100% Bronze accreditation by 2025
University research laboratories are energy and material intensive, consuming up to 10 times more energy than other academic spaces.
They also produce gallons of waste water and single-use plastic waste every year.
King’s manages a network of research laboratories across our campuses. Within these laboratories, staff are implementing innovative carbon reduction initiatives to help achieve our climate and sustainability ambitions.
In December 2024, King's signed the UKRI’s Concordat for the Environmental Sustainability of Research and Innovation Practice. The Sustainable Research Team are ambitious to support cutting-edge research that is both efficient and environmentally responsible.
Our goal is for all King's wet-labs to achieve bronze LEAF status by 2025 and gold by 2030.
The Sustainable Research Team is supporting King's by assisting all wet labs to achieve bronze LEAF accreditation by 2025 and gold by 2030; identifying dry-labs for GreenDisc; creating a wealth of training resources, workshops and support; and championing a range of innovation sustainable research projects.
While much has been achieved, there is plenty more to do. If you have any ideas, queries, or want to get involved with this growing area of sustainability please contact the Sustainable Research team.
We are aiming for LEAF 100% Bronze accreditation by 2025
We are planning a My Green Lab Certification Trial to compare the results...
Green DiSC is is a sustainability programme run by the Software...
The Freezer Challenge is an annual competition designed to promote best...
Find out more about some of the projects, campaigns and events run by the Sustainable Research team. From campaigns such as the Freezer Challenge to a range of inclusive events for the King's community, the team works across disciplines and campuses to help embed sustainability across laboratories and other science and research contexts at King's.
Together with the Centre for Developmental Neurobiology, the Sustainable Research team are exchanging single-use plastic feeding vials in the fly facility for reusable glass alternatives whilst investigating the possibility of the food waste going to a bioreactor to generate a zero-waste fly facility.
Zebrafish facilities generate up to 3200 litres of wastewater every day to prevent the build-up of ammonia in the fish tanks. We are piloting an innovative project to recycle the wastewater using an aquaponics system to remove the contaminants and return the water back to the facility.
Enabling societal transition to environmental sustainability is a...
Building sustainability into King’s actions and operations
Embedding sustainability into education and the student experience