EVENT UPDATE

In light of the rapidly evolving situation regarding the spread of COVID-19 and in line with Government guidance issued last night (Monday 16 March 2020), Glasgow Chamber of Commerce and Scottish Leather Group have made the joint decision to postpone next week’s Circular Insights tour.

We hope to be able to run this event at a later date and are looking at different ways to continue to engage with our business community over the coming months however for the moment, the health and safety of our members and delegates alongside our staff is our top priority.

If you have any questions, please get in touch with Lisa at lisa.mcconnell@glasgowchamberofcommerce.com

We appreciate your support and ongoing engagement through this challenging time for all. 

This event is part of the Circular Glasgow Network. Join and connect with a growing list of entrepreneurs and business professionals from all sectors interested in the opportunity of the circular economy.

Time and location

Tuesday 24th March 2020, 10am – 12pm

Scottish Leather Group

Kilbarchan Road, Bridge of Weir, PA11 3RH

About this event

As part of the Circular Glasgow Network, the Circular Insights event series gives you the opportunity to visit businesses across Glasgow and the surrounding areas which have adopted or are in the process of adopting circular economy principles. The next visit in the series is to Scottish Leather Group’s site in Renfrewshire. Join us on the Tuesday 24th March to learn more about their leather making process which is almost entirely closed loop.

About Scottish Leather Group

Scottish Leather Group Limited is the UK’s largest leather manufacturer supplying a wide range of industries including automotive, aviation, bus & coach, rail, marine and contract furniture. Working many of the world’s leading brands, SLG contribute to Scotland’s reputation for world-class innovation and manufacturing. As well as this passion for high-quality products, their commitment to sustainability and the environment has led to the creation of an almost entirely closed loop process.