Life Cycle Assessment
One-day course providing an insight into the principles of Life Cycle Assessment and how to interpret a report
Exploring rechargeable batteries & their impact across sectors where electrification is key for decarbonisation.
Book before the end of the year to secure the 2024 rate!
In this one-day intensive workshop, we delve into the transformative impact of advanced, cost-effective rechargeable batteries across sectors where electrification is key for decarbonisation: transportation, energy storage, and industrial equipment. This course is designed to arm participants with crucial insights and skills needed to thrive in the rapidly evolving battery technology landscape.
This course will cover the following key modules;
This course is relevant to anyone with an interest in overseeing operational efficiency, looking for eco-friendly solutions and identifying opportunities in green technology.
The course fee for this one-day programme based at The Boilerhouse in Grantham is £595 plus VAT at 20% where applicable. IOM3 members and subscribers to our Business Partner Programme are entitled to a discount of 10% on the course fee. Fees includes CPD Certificate, lunch and refreshments
IOM3, The Boilerhouse, Grantham
9:30am to 4:30pm on 21 January 2025
One-day course providing an insight into the principles of Life Cycle Assessment and how to interpret a report
One-day course introducing the main principles for designing for sustainability and circularity
Exploring the context, principles, influences & considerations of designing, specifying & selecting more circular packaging
CEO, Enabled Future Ltd
Dr. Michelle Lynch, FRSC, CEO of Enabled Future Limited, is a visionary thought leader in renewable energy and sustainable technologies. With an extensive background in catalyst development, market research, low carbon technology consulting, techno-economics and chemicals training, Michelle has a passion for environmental sustainability and brings both expertise and enthusiasm to this course, guiding participants through the complexities of the hydrogen space.