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- Aquaculture
Aquaculture
The world's growing population is putting increasing pressure on our marine resources. As a result of the depletion of wild fish stocks, aquaculture is increasingly being promoted as an important solution.
In fact, aquaculture is the fastest growing food production sector in the world - a future industry. In particular, shellfish farming is promoted as a sustainable industry with many potential environmental benefits. Cultivation of these species does not require the supply of feed, instead they take up nutrients from the water and help reduce eutrophication in coastal environments.
In Sweden today, there is great interest in developing marine sustainable production systems. Land-based cultivation systems are also on the rise and new technologies where it is being tested how different species are co-cultivated in several places, for example through so-called aquaponics where fish and vegetables are grown together.
Hire IVL for:
- Development of cultivation techniques for shellfish production.
- Development linked to hydroponics and aquaponics.
- The possibility of linking fish farming to cellulose industries.
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Our services
- Accidents and safe workplace
- Air analyzes
- Anaerobic digestion experiments
- Analysis and visualization of environmental data
- Analysis of biota
- Analysis of indoor environment
- Analysis of pollutants in the work environment
- Analysis of products and materials
- Analysis of soil and sediment
- Analysis of wastewater
- Analyzing biodiversity with (eDNA)
- Appealing and socially sustainable residential areas
- Aquaculture
- Biogas solutions
- Biological tests
- Build sustainably in a changing climate
- Chart and make ecosystem services visible
- Chemical health risks in the workplace
- Circular construction and recycling in the construction sector
- Circular economy
- Circular economy in a non-toxic environment
- Clean Shipping Index
- Climate adaptation and vulnerability analyzes
- Climate assessment of energy measures (Tidstegen)
- Climate declaration of buildings, BM
- Climate goals according to Science Based Targets
- Contaminated areas and oil damage
- Diffusion sampling
- Digital environmental information for a circular construction industry eBVD
- Digital registration of construction product declarations (eBVD)
- Digitize buildings
- DNSH criteria pollutants
- Ecodesign in product development
- Energy and climate smart buildings
- Environmental assessment system for construction products (BASTA)
- Environmental product declaration (EPD)
- EU's taxonomy for sustainable investments
- Forest diversity and ecosystem services
- Good indoor environment
- Greenhouse gas emissions
- Impact on Forests and Soil
- Increased resource efficiency through reduced food waste
- Independent advice for effective climate compensation
- Industrial environmental issues
- Industrial symbiosis
- Life cycle analyzes
- Life cycle assessment of textiles
- Management of marine ecosystems
- Marine micro-debris
- Measure and evaluate biological diversity
- Measures and strategies for increased circularity and resource efficiency
- Measuring and Reporting According to the TNFD Framework
- Mobility for property owners
- Monitoring of air and precipitation
- Nature-based solutions in an urban environment
- Net zero emissions of greenhouse gases
- Permit applications and environmental impact assessments
- PFAS analysis
- PFAS purification of water
- PFAS simulator
- Preparation of Status Reports
- Recycling and circular flows
- Recycling of textiles
- Reduce climate impact from construction
- Renewable fuels and biofuels
- Reuse of textiles
- Safety advice when transporting dangerous goods
- Science Based Targets (SBTs) for nature
- Ship Emissions
- Ship fuels and energy efficiency improvements
- Socially sustainable adjustment
- Spread calculations and modeling
- Strategic sustainability work and sustainability management
- Strategies for climate-neutral properties
- Support for legal requirements for chemicals
- Survey and purification of PFASs in soil and water
- Sustainability label for furniture (Möbelfakta)
- Sustainability reporting as per CSRD
- Sustainable and resource-efficient energy solutions
- Sustainable harbours and marinas
- Sustainable ports
- Sustainable procurement
- Test beds, pilot plants and demonstrators
- Textile collection and sorting
- Tools for Sustainable Construction – One stop shop
- Traceability of materials
- Underwater noise
- Water analyzes
- Water purification
- Water surveillance
- Work environment for small and medium-sized companies
- Research projects
- About IVL
- Publications
- Career
- Accidents and safe workplace
- Air analyzes
- Anaerobic digestion experiments
- Analysis and visualization of environmental data
- Analysis of biota
- Analysis of indoor environment
- Analysis of pollutants in the work environment
- Analysis of products and materials
- Analysis of soil and sediment
- Analysis of wastewater
- Analyzing biodiversity with (eDNA)
- Appealing and socially sustainable residential areas
- Aquaculture
- Biogas solutions
- Biological tests
- Build sustainably in a changing climate
- Chart and make ecosystem services visible
- Chemical health risks in the workplace
- Circular construction and recycling in the construction sector
- Circular economy
- Circular economy in a non-toxic environment
- Clean Shipping Index
- Climate adaptation and vulnerability analyzes
- Climate assessment of energy measures (Tidstegen)
- Climate declaration of buildings, BM
- Climate goals according to Science Based Targets
- Contaminated areas and oil damage
- Diffusion sampling
- Digital environmental information for a circular construction industry eBVD
- Digital registration of construction product declarations (eBVD)
- Digitize buildings
- DNSH criteria pollutants
- Ecodesign in product development
- Energy and climate smart buildings
- Environmental assessment system for construction products (BASTA)
- Environmental product declaration (EPD)
- EU's taxonomy for sustainable investments
- Forest diversity and ecosystem services
- Good indoor environment
- Greenhouse gas emissions
- Impact on Forests and Soil
- Increased resource efficiency through reduced food waste
- Independent advice for effective climate compensation
- Industrial environmental issues
- Industrial symbiosis
- Life cycle analyzes
- Life cycle assessment of textiles
- Management of marine ecosystems
- Marine micro-debris
- Measure and evaluate biological diversity
- Measures and strategies for increased circularity and resource efficiency
- Measuring and Reporting According to the TNFD Framework
- Mobility for property owners
- Monitoring of air and precipitation
- Nature-based solutions in an urban environment
- Net zero emissions of greenhouse gases
- Permit applications and environmental impact assessments
- PFAS analysis
- PFAS purification of water
- PFAS simulator
- Preparation of Status Reports
- Recycling and circular flows
- Recycling of textiles
- Reduce climate impact from construction
- Renewable fuels and biofuels
- Reuse of textiles
- Safety advice when transporting dangerous goods
- Science Based Targets (SBTs) for nature
- Ship Emissions
- Ship fuels and energy efficiency improvements
- Socially sustainable adjustment
- Spread calculations and modeling
- Strategic sustainability work and sustainability management
- Strategies for climate-neutral properties
- Support for legal requirements for chemicals
- Survey and purification of PFASs in soil and water
- Sustainability label for furniture (Möbelfakta)
- Sustainability reporting as per CSRD
- Sustainable and resource-efficient energy solutions
- Sustainable harbours and marinas
- Sustainable ports
- Sustainable procurement
- Test beds, pilot plants and demonstrators
- Textile collection and sorting
- Tools for Sustainable Construction – One stop shop
- Traceability of materials
- Underwater noise
- Water analyzes
- Water purification
- Water surveillance
- Work environment for small and medium-sized companies