The Future of Work: Baseline Employment Analysis and Skills Pathways for the Circular Economy in Scotland | Knowledge Hub | Circle Economy Foundation
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Article / Report
The Future of Work: Baseline Employment Analysis and Skills Pathways for the Circular Economy in Scotland
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The report explores the implications of the transition towards the circular economy for the Scottish labour market. It presents a baseline measurement of the number and geographical distribution of jobs currently related to the circular economy in Scotland and explores the types of circular jobs, roles and skills associated with opportunity areas in three value chains: 1) construction, 2) bioeconomy and 3) capital equipment.

Circle Economy and Zero Waste Scotland designed this report to support enterprise agencies, workforce development, governments, universities, employers and other representatives to recognise the potential of the circular economy for the Scottish labour market and the related skills development needs of its workforce as part of a just transition. 

Outcome

Nearly one in ten jobs in Scotland (8.1% or 207,400 jobs) are generated by the circular economy. This share of circular employment is broadly on par with other countries where similar analyses have been carried out, such as the Netherlands and Belgium. In relative terms, there were no significant regional differences across Scotland in the share of circular jobs, which ranged from 7% to 9.8% in line with the national picture.

Additional information

The report features 6 company / product case studies:

1) Kenoteq K-Brick. Made of more than 90% recycled construction and demolition waste.

2) Cesscon Decom: decommissioning services across the whole lifecycle from initial services offshore to end-of-life onshore dismantlement, decontamination and recycling.

3) Renewable Parts Ltd: The refurbishment and remanufacture of wind turbine components.

4) Cuantec: a prototype of bioplastic from chitin, for use as food packaging. Chitin is the 2nd most abundant naturally occurring biopolymer after cellulose and can be extracted from seafood waste. 

5) Rothes CORDe: a biomass-powered Combined Heat and Power (CHP) plant. It produces electricity from a combination of whisky distillery by-products and wood chips optimising by-products from the food and drink sector.

6) BINN Group: evolved from a landfill-based company to one primarily involved in the collection and sorting of commercial and industrial waste.

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