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Resource efficient and resilient value chains

Resource-efficient and resilient value chains require to reduce in particular the need for virgin raw materials. Here, automation and digitalisation can be employed in order to reduce waste of raw materials and materials along the value chain. Further digital technologies and systems could also increase the traceability of goods and further the ability to analyse and reduce climate impact at each individual stage. Industrial symbiosis, where one actors waste enables another actor’s raw material, is another important method to improve climate impact.

This web page has been machine translated. If there are any uncertainties, please refer to the Swedish text.

Industrial symbiosis

Industrial symbiosis occurs when industries create value for each other. Waste from one industry function constitutes raw material for another segment. For example, plastic waste from old cars can be re-utilized as plastic floor. Further, waste products from mineral extraction can be employed to extract other minerals. In order for this to happen, products need in the first place to be designed for recycling. Further, work to improve traceability of material flows is needed and also the exchange must increase of information between industries.

Digitalisation

Digitalisation in the form of connected solutions, interconnection and big data, has the potential to optimize energy use, raw material use, processes, manufacturing, transport, logistics and workflows in industry. This innovation is required order to reduce energy and resource consumption. By integrating digital solutions in products and systems, efficiency can be increased to reduce climate impact.

Digitalisation however also introduces further energy consumption, this from energy use in as well servers as local IT equipment.

Manufacturing close to the market

Manufacturing moved closer to the market could – if properly designed - introduce significant advantages. A shortened path from manufacturing to the market could provide:

  • faster deliveries
  • reduced risk of disruption in logistics chains
  • reduced transport costs
  • collaboration with local partners and subcontractors.

 

Project that contribute to resource-efficient and resilient value chains

The following project has been funded by Vinnova to contribute to resource-efficient and resilient value chains.

Project title Coordinator Grant Status Reference number
Innovative semiconductor particle production from both primary and secondary sources Mat4green Tech AB SEK 300 000 Completed 2017-04207
Sustainability criteria and life cycle assessment for forestry SIS - SWEDISH STANDARDS INSTITUTE SEK 4 496 000 Completed 2017-05387
Power to Food- concept for production of food with reduces environmental impact RISE Research Institutes of Sweden AB SEK 2 608 710 Completed 2018-04094
Efficient Remanufacture through Use of Lean principles and Product Life-cycle data Linköpings universitet SEK 5 747 160 Completed 2013-03333
Antisolvent precipitation to extract the value from end-of-life Nd-Fe-B magnets Kungliga Tekniska Högskolan SEK 2 745 000 Completed 2020-04229
Novel starch-based adhesive systems to enable recycling of fibreboards Linnéuniversitetet SEK 1 960 500 Completed 2020-01918
From waste to resource. Closing the water balance in industry RISE RESEARCH INSTITUTES OF SWEDEN AB SEK 350 000 Completed 2017-04809
Improving regional institutional capacity for industrial and urban symbiosis in Sweden Linköpings universitet SEK 1 814 543 Completed 2017-03305
Effective circulation system for materials in additive manufacturing Stiftelsen Chalmers Industriteknik SEK 500 000 Completed 2017-04796
Sustainable Metal Powder Utilization in Powder Bed Fusion Additive Manufacturing Swerea IVF AB SEK 500 000 Completed 2017-04799
Cast products with resource efficient production and business models RISE Research Institutes of Sweden AB SEK 500 000 Completed 2020-02905
Travel Contribution, Korea, ComeUp, 2024 12 08-12 Hello Ebbot AB SEK 25 000 Completed 2024-03979
Redoxis Fit for Health Europa Redoxis AB SEK 10 000 Completed 2013-02670
Pre-melted manganese-aluminium alloy PREMA-2 SWERIM AB SEK 4 722 000 Completed 2018-02374
C1Bio - Carbon fixation by green chemistry for a C1-based bioeconomy Kungliga Tekniska Högskolan SEK 6 500 000 Completed 2019-03174

Last updated 9 September 2025