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- Resource flows and industrial symbiosis in the food sector
Mapping and analysis of resource flows and industrial symbiosis in the food sector
Reduce food waste, make better use of local resources and strengthen supply resilience. IVL helps municipalities and regions identify practical opportunities to improve resource efficiency, reduce climate impacts and support local economic development within the food sector.
Many municipalities and regions are looking for ways to reduce waste, improve resource efficiency and strengthen local competitiveness and supply resilience. However, there is often limited knowledge of what resources are available, how they are currently used and where opportunities exist to create more circular resource flows. Making better use of local resources can reduce climate impacts, create new value for businesses and improve resilience to disruptions in supply chains.
IVL helps municipalities and regions map resource flows, residual streams and food waste, while identifying opportunities for industrial symbiosis and circular value chains at local and regional level. The outcome is a practical basis for decision-making that highlights how resources can be used more efficiently, which partnerships offer the greatest potential, and which measures can contribute to local economic development, climate benefits and more resilient food systems.
Hire IVL for:
- mapping resource flows, residual streams and food waste across the food sector
- identifying opportunities for industrial symbiosis, local partnerships and new business opportunities
- assessing the climate and environmental benefits of potential measures
- prioritising actions and developing a roadmap for implementation
- strategic support to strengthen supply resilience and local resilience
- strategic support for investment planning and procurement processes
-
Our offer
- Digital services
- International
- Our focus areas
-
Our services
- Chemical support
- Resource flows and industrial symbiosis in the food sector
- Climate-adapted procurement
- EU compliance for cosmetic products
- WASH Governance
- Critical raw materials
- Permit applications and environmental impact assessments
- Safe and Sustainable by Design (SSbD)
- Biodiversity and ecosystems according to ESRS E4
- Sustainability management for small and medium-sized enterprises
- Transition planning according to the CSRD directive
- Detection of amphibians using environmental DNA
- DNSH criteria pollutants
- Sustainable ports
- Tools for Sustainable Construction – One stop shop
- Preparation of Status Reports
- Impact on Forests and Soil
- Measuring and reporting according to the TNFD framework
- PFAS simulator
- Textile collection and sorting
- Reuse of textiles
- Recycling of textiles
- Life cycle assessment of textiles
- Increased resource efficiency through reduced food waste
- Survey and purification of PFASs in soil and water
- PFAS analysis
- PFAS purification of water
- Analysis and visualization of environmental data
- Analyzing biodiversity with (eDNA)
- Digital environmental information for a circular construction industry eBVD
- Sustainability reporting as per CSRD
- EU's taxonomy for sustainable investments
- Management of marine ecosystems
- Water analyzes
- Spread calculations and modeling
- Reduce climate impact from construction
- Analysis of wastewater
- Analysis of soil and sediment
- Analysis of biota
- Air analyzes
- Water surveillance
- Water purification
- Underwater noise
- Traceability of materials
- Test beds, pilot plants and demonstrators
- Sustainable procurement
- Sustainable harbours and marinas
- Sustainable and resource-efficient energy solutions
- Sustainability label for furniture (Möbelfakta)
- Support for legal requirements for chemicals
- Strategies for climate-neutral properties
- Strategic sustainability work and sustainability management
- Socially sustainable adjustment
- Ship fuels and energy efficiency improvements
- Ship Emissions
- Dangerous Goods Safety Advisor
- Renewable fuels and biofuels
- Recycling and circular flows
- Net zero emissions of greenhouse gases
- Nature-based solutions in an urban environment
- Monitoring of air and precipitation
- Mobility for property owners
- Measures and strategies for increased circularity and resource efficiency
- Measure and evaluate biological diversity
- Marine micro-debris
- Life cycle analyzes
- Industrial symbiosis
- Industrial environmental issues
- Independent advice for effective climate compensation
- Greenhouse gas emissions
- Good indoor environment
- Forest diversity and ecosystem services
- Environmental product declaration (EPD)
- Environmental assessment system for construction products (BASTA)
- Energy and climate smart buildings
- Ecodesign in product development
- Digitize buildings
- Digital registration of construction product declarations (eBVD)
- Diffusion sampling
- Contaminated areas and oil damage
- Climate goals according to Science Based Targets
- Climate declaration of buildings, BM
- Climate assessment of energy measures (Tidstegen)
- Climate adaptation and vulnerability analyzes
- Clean Shipping Index
- Circular economy in a non-toxic environment
- Circular economy
- Circular construction and recycling in the construction sector
- Chemical health risks in the workplace
- Chart and make ecosystem services visible
- Build sustainably in a changing climate
- Biological tests
- Biogas solutions
- Aquaculture
- Appealing and socially sustainable residential areas
- Analysis of products and materials
- Analysis of pollutants in the work environment
- Analysis of indoor environment
- Anaerobic digestion experiments
- Accidents and safe workplace
- Research projects
- About IVL
- Publications
- Career
-
Our offer
- Digital services
- International
- Our focus areas
-
Our services
- Chemical support
- Resource flows and industrial symbiosis in the food sector
- Climate-adapted procurement
- EU compliance for cosmetic products
- WASH Governance
- Critical raw materials
- Permit applications and environmental impact assessments
- Safe and Sustainable by Design (SSbD)
- Biodiversity and ecosystems according to ESRS E4
- Sustainability management for small and medium-sized enterprises
- Transition planning according to the CSRD directive
- Detection of amphibians using environmental DNA
- DNSH criteria pollutants
- Sustainable ports
- Tools for Sustainable Construction – One stop shop
- Preparation of Status Reports
- Impact on Forests and Soil
- Measuring and reporting according to the TNFD framework
- PFAS simulator
- Textile collection and sorting
- Reuse of textiles
- Recycling of textiles
- Life cycle assessment of textiles
- Increased resource efficiency through reduced food waste
- Survey and purification of PFASs in soil and water
- PFAS analysis
- PFAS purification of water
- Analysis and visualization of environmental data
- Analyzing biodiversity with (eDNA)
- Digital environmental information for a circular construction industry eBVD
- Sustainability reporting as per CSRD
- EU's taxonomy for sustainable investments
- Management of marine ecosystems
- Water analyzes
- Spread calculations and modeling
- Reduce climate impact from construction
- Analysis of wastewater
- Analysis of soil and sediment
- Analysis of biota
- Air analyzes
- Water surveillance
- Water purification
- Underwater noise
- Traceability of materials
- Test beds, pilot plants and demonstrators
- Sustainable procurement
- Sustainable harbours and marinas
- Sustainable and resource-efficient energy solutions
- Sustainability label for furniture (Möbelfakta)
- Support for legal requirements for chemicals
- Strategies for climate-neutral properties
- Strategic sustainability work and sustainability management
- Socially sustainable adjustment
- Ship fuels and energy efficiency improvements
- Ship Emissions
- Dangerous Goods Safety Advisor
- Renewable fuels and biofuels
- Recycling and circular flows
- Net zero emissions of greenhouse gases
- Nature-based solutions in an urban environment
- Monitoring of air and precipitation
- Mobility for property owners
- Measures and strategies for increased circularity and resource efficiency
- Measure and evaluate biological diversity
- Marine micro-debris
- Life cycle analyzes
- Industrial symbiosis
- Industrial environmental issues
- Independent advice for effective climate compensation
- Greenhouse gas emissions
- Good indoor environment
- Forest diversity and ecosystem services
- Environmental product declaration (EPD)
- Environmental assessment system for construction products (BASTA)
- Energy and climate smart buildings
- Ecodesign in product development
- Digitize buildings
- Digital registration of construction product declarations (eBVD)
- Diffusion sampling
- Contaminated areas and oil damage
- Climate goals according to Science Based Targets
- Climate declaration of buildings, BM
- Climate assessment of energy measures (Tidstegen)
- Climate adaptation and vulnerability analyzes
- Clean Shipping Index
- Circular economy in a non-toxic environment
- Circular economy
- Circular construction and recycling in the construction sector
- Chemical health risks in the workplace
- Chart and make ecosystem services visible
- Build sustainably in a changing climate
- Biological tests
- Biogas solutions
- Aquaculture
- Appealing and socially sustainable residential areas
- Analysis of products and materials
- Analysis of pollutants in the work environment
- Analysis of indoor environment
- Anaerobic digestion experiments
- Accidents and safe workplace
- Research projects
- About IVL
- Publications
- Career

