Tuesday 17 June,
10:00 AM -10:30 AM BST
Boosting data quality: the role of carbon inventory management plans
Inventory Management Plans (IMPs) are fundamental for organisations working to improve the quality and consistency of their emissions data.
They provide a clear record of how an emissions inventory has been put together, and support transparent disclosure of data quality - a growing requirement under emissions regulations and proposed updates to the GHG Protocol.
Join Minimum and special guest Leo Cheung, Associate Director at The Carbon Trust for a 30-minute discussion designed for sustainability leads managing complex emissions data at scale.
In the session, we cover:
What a carbon inventory management plan is
The key components of an effective carbon inventory management plan
How carbon inventory management plans can facilitate decarbonisation and compliance
Start building an Inventory Management Plan that’s credible, structured, and future-proof.
Webinar in collaboration with
HOST
Nick Greenwood
Nick has 20 years’ experience in the climate change and public policy space. Some of his previous roles include Treasury lead on EU climate change negotiations for the UK Government, Head of Clean Growth for the UK Department of Business and Trade in Spain, and Climate Lead at Canadian ESG software platform, Novisto.
Speaker
Charlie Bridge
Charlie is the COO and Customer Lead at Minimum, where he works closely with enterprise sustainability teams to streamline emissions data and reporting. He’s worked directly with dozens of customers to help them get the most out of Minimum’s software for their footprinting, translating complex data challenges into practical solutions. Previously, he led cross-functional teams at high-growth companies, always with a focus on solving real customer problems at scale.
Speaker
Leo Cheung
Leo brings a wealth of real-world experience, from developing value chain carbon models to leading emissions reduction strategies in line with the Paris Agreement. He’s worked with global organisations across transport, the built environment, and more, helping them set targets that are both scientifically robust and practically achievable.