Bioextraction in Practice: a Case Study for Shellfish Cultivation Experiences from Sweden

Similar documents
How mussels can improve coastal water quality

Mussel Power Improving Water

Bucefalos. Can aquatic biomass reduce marine eutrophication and give us clean energy? BUCEFALOS LIFE11 ENV/SE/839 Layman s report.

AARHUS UNIVERSITY. Food production and bioenergy, land allocation, land use with less environmental impact. Professor Jørgen E.

Diffuse water pollution from agriculture in Europe: Experiences and research needs for managing water pollution from agriculture

Layout SRC economy. Prices of different crops in the coming calculations. Production costs and profitability

Baltic Manure. Baltic Forum for Innovative Technologies for Sustainable Manure Management

Swedish experiences on the importance of N and P

Nutrient-catch cultures of Blue mussels in Denmark

Baltic Agricultural Production Contributions to the solution of the Baltic Sea Eutrophication

Baltic Impulse 2 nd workshop in Berlin

Costs and benefits of the proposed sea based measures - preliminary results of our review

EUSBSR, Saving the Sea PA Nutri

Seabased Measures in Baltic Sea Nutrient Management. #SEABASED

MITIGATING MARINE EUTROPHICATION IN THE PRESENCE OF STRONG SOCIETAL DRIVING FORCES

The FARM model in Long Island Sound: How important is nutrient removal through shellfish harvest?

BEING A FARMER AND PREPARING FOR THE FUTURE

Food security, sustainable agriculture and forestry, marine and maritime and inland water research and the bioeconomy

Aquaculture Think globally, act locally. Our vision

HELCOM VIEWS ON THE ENVIRONMENTAL STATE OF THE BALTIC SEA. Taking action to combat eutrophication in the Baltic

The Economics of Sustainable Aquaculture

Marine Biogas. Company presentation. Renewable energy from a clean ocean - 1 -

Ecology and Animal Health

Economic aspects of willow growing in Sweden

Nutrient Bioextraction with Shellfish, A Viable Component of Water Quality Trading for the Puget Sound Region, Washington State

Baltic Ecological Recycling Agriculture and Society (BERAS) EU-founded BSR Interreg IIIB Project

MARINE POLLUTION HAZARDS RELATED TO AGRICULTURE

How the combat against eutrophication has progressed? and what should we do next?

Aus dem Institut für Betriebswirtschaft, Agrarstruktur und ländliche Räume

Partner meeting for the WAB project application, Sopot, August 27. Matilda Gradin, Linda Wolski and Sten Björk Trelleborg Municipality

Baltic Marine Environment Protection Commission

Animal productions in food and nutrition security

Mussel production to utilize excess nutrient in fjords is it cost-effective as mitigation measure? measure?

Izabela Zgud, Adam Sokołowski, Maciej Wołowicz

Blue Biomass. New ways towardsa (more) sustainable agricultural system

Water Quality Management for Coastal Aquaculture

Call for research project proposals

Continued from Lecture 20a

farm concepts and coming reality

Need & Opportunities for more integrated farming practices in coastal and offshore aquaculture. Patrick Sorgeloos Ghent University, Belgium

Nutrient bioextraction using wild set of blue mussels (Mytilus trossulus) in Budd Inlet, southern Puget Sound, Washington State

Improving manure recycling in agriculture an important step towards closing the phosphorus cycle

Blue biomasses as future protein sources? Lars Jørgensen, Danish Technological Institute

HELSINKI COMMISSION HELCOM AGRI/ENV FORUM 3/2012 HELCOM Baltic Agricultural and Environmental Forum Third Meeting Warsaw, Poland, 7-8 May

Organic and biodynamic cultivation

The sustainable livestock agenda: what s new?

Aquaculture and Fisheries: Shared Threats and Shared Opportunities

Information on LULUCF actions by Sweden. First progress report

40% State of the Gulf of Finland improves - albeit slowly

REPORT FROM THE COMMISSION TO THE COUNCIL AND THE EUROPEAN PARLIAMENT

Costs of nutrient reductions to the Baltic Sea- technical report.

Controlled drainage - a SCIEN drainage technology

Water & Agriculture. Seamus Barron Nitrates, Biodiversity & Engineering Division

The national-level nutrient loading estimation tool for Finland: Watershed Simulation and Forecasting System WSFS-Vemala

Financing projects benefiting the Baltic Sea

ECGS-501 Management of environmental problems in aquatic ecosystems

Master 5.1, Newspaper Articles. Special Edition December 14. Special Edition March 17

especially in terms of how much land is needed to feed farmraised

Wave Energized Baltic Aeration Pump OXYGEN PUMPS. Powered by nature Imitating nature Restoring nature

Biogeochemistry of nitrogen in agricultural systems The International Fertiliser Society, Reprints from Society Proceedings, Editor C. J.

Livestock integration Vegetative cover/ reduction of tillage Legumes/nutrient catch crops Biodynamic preparations Crop rotation

Trapping in special enclosures to create a more fertile growing environment an operation used in southeast Asia with milk fish and shrimp

Status of Nemunas catchment area in Lithuania

AMENDMENTS TO ANNEX III OF THE HELSINKI CONVENTION CONCERNING REGULATIONS ON PREVENTION OF POLLUTION FROM AGRICULTURE

HELSINKI COMMISSION HELCOM MONAS INDICATOR WORKSHOP 1/2004 Monitoring and Assessment Group First Meeting Helsinki, Finland, May 2004

Baltic Farmers Forum on Environment! Liisa Pietola/MTK NBC Presidium Hämeenlinna, 17 August 2017

Itämeren resurssien uudet käyttötavat: Levien, simpukoiden, järviruo on ja mikrobien kasvatuksen hyödyntäminen vesien tilan parantamisessa

Nordic IBPES-like assessment of coastal ecosystems: Chapter 2: Nature s contributions to people and human well-being in a Nordic coastal context

Indicators on Land Use and Agriculture: Fertilizer and Pesticides

ENVIRONMENTAL MANAGEMENT OF PIG EXCRETA IN KOREA

Virginia Cobia Farms. Industry Experience in Good Practice Recirculation Systems

Sewage Sludge processing and management perspectives in Europe

H2020: SC2: Food security, sustainable agriculture and forestry, marine, maritime and inland water research and the bioeconomy - Topics

Recommended Strategies and Actions to Address Ocean Acidification

Agri-environmental reporting - a national experience

Ammonia-based Fertilizer Markets Are Fertilizers Petrochemicals too?

Aquaculture site selection plan in Finland

S P A I N COMMON AGRICULTURAL POLICY

Cover Crops. Why are we interested in these?

HUMAN IMPACTS OF THE NITROGEN AND PHOSPHORUS CYCLES

Kęstutis Juščius

Aus dem Institut für Betriebswirtschaft, Agrarstruktur und ländliche Räume

BIOGAS TO LBNG FOR THE SAMSOE FERRY: TOWARDS REALIZATION OF THE FOSSIL FREE VISION. Knud Tybirk Samsø Kommune

Sustainable Water Management Pressures, Drivers and Options. Louise Heathwaite Lancaster Environment Centre

Mitigating eutrophication in Himmerfjärden, Sweden traditional and recent stakeholder engagement

Overfishing of planktivorous fishes may result in smaller plankton and less efficient energy flow to higher trophic levels

The EAT-Lancet Commission on Healthy Diets From Sustainable Food Systems. Food Planet Health

From grass to gas - harvesting of biomass from meadows

Nutrient Management Planning

CIRCULAR AQUACULTURE SYSTEMS A WAY TO REALIZE BLUE BIOECONOMY

Baltic Marine Environment Protection Commission Sixth Meeting of the HELCOM Agriculture and Environment Forum Tallinn, Estonia, 7-8 April 2014

European Sustainable Phosphorus Platform

Ocean +50. Ocean Industry Projections and the Future of the Ocean Economy AQUACULTURE. Patrick Sorgeloos & Arne Fredheim

The Dead Zone. Use the notes provided (attached to this sheet) to answer the following questions.

Commercial Shellfish Aquaculture in the Inland Bays

De Hoop Nature Reserve Western Cape, South Africa. Shell midden that is over 100,000 years old

Agricultural humus management using high quality composts

Swedish production of organic grain legumes for food insights from research and practice

WP1 WP2 WP3 WP Stimulating sustainable production, collection and preparation of biomass. Conversion and utilisation of biomass to energy

Corporate Presentation February 2018

Transcription:

Bioextraction in Practice: a Case Study for Shellfish Cultivation Experiences from Sweden Odd Lindahl The Royal Swedish Academy of Sciences Kristineberg Marine Research Station Sweden

North-West Europe and Swedish West Coast

Coastal eutrophication at a large scale

Nutrients a resource to recycle: Nitrogen - because the production process is climate forcing and energy demanding. Phosphorus - because it is a limited resource on a global scale.

The natural phytoplankton community acts as a catch croop for the nutrient discharge and the mussels as grazing-animals

Mussel farming Open landscape feeding in the sea Photo; Pia & Karl Norling

The Agro-Aqua recycling of nutrients A mussel farm = recycling engine Nutrients to the sea: 80% diffuse sources, 20% point sources.

The Agro-Aqua recycling of nutrients A harvested mussel contains : 0.8 1.2 % N 0.06 0.08 % P A mussel farm = recycling engine Nutrients to the sea: 80% diffuse sources, 20% point sources.

A mussel farm is like an artificiell hard bottom and a natural part of the ecosystem

When society has no management tool Environmental economy Market economy

Nutrient trading as a part of coastal zone management Environmental economy Market economy

Co-ordinate marine biofilters with environmental agriculture operations

Let the agri-environmental aid program go seawards! + = + Spring cultivation catch crops mussel farming and harvest Farmers are paid about $200 per ha for spring cultivation and catch crops. This corresponds to $15 per kg reduced N emission. A payment of $15 per kg of N to a mussel farmer is equivalent to a subsidy of about 15 cent/kg of mussels.

Mussel farming as part of sewage treatment

Lysekil the suggested nitrogen treatment European Community sewage treatment demand: 10 000 p.e. 70% nitrogen removal 39 ton N Annual cost: $330000 Lysekil sewage treatment plant. (70 % N removal) 12 ton N

Lysekil - the first case in Sweden trading a nitrogen discharge Sewage discharge 39 tons N 100 % nitrogen removal in Lysekil Mussel harvest 39 tons N Mussel farming 3 500 tons Annual cost: $190 000 Bonus: 2,7 ton phosphorus

Environmental mussels require many markets Fish feed? Biogas Production?

Mussel meal can replace fish meal Steamed mussel meat Standard feed

Large scale and long term studies at Swedish Agro. Univ.

Cost-effective systems for maximum biomass Seafood mussels in Sweden are paid $1 2 per kg. Feed mussels can be produced at around 30 cent/kg.

The economic principle of mussel feedstuff production Farming Processing Market The value of feed mussels are around 15 cent/kg. The feed mussel farmer is also paid 15 20 cent/kg for nutrient harvest. Transport and processing of feed mussels into feedstuff is about 1 2 USD per kg of feedstuff. Mussel feedstuff can be produced at about 4 USD/kg. To be compared with fishmeal, which today costs about 2 USD, but the price is slowly increasing.

Composting mussels with straw

Calculated marginals costs using mussel farming for N and P harvest Farming purpose N $/kg P $/kg Seafood 0 0 Feedstuff 5.5 55 N and P harvest 45 450 Note: based on data from Swedish west coast. (From Gren et al., 2009)

Mussel farming in the brackish Baltic x = test performed 2006-2008 = large scale trials 2009-2011 X XX One year old mussels are small but have a high meat content

Harvest per hectar sea surface 400 Biomass ton ha -1 300 200 100 0 Northern Central Swedish Baltic Baltic west coast

Harvest of mussels, nitrogen and phosphorus per hektar Area Swedish west coast (marine) Harvest of mussels (ton/ha) Harvest of N (ton/ha) Harvest of P (ton/ha) Growth period (months) Mussel feed area (ha/ha) 300 3 0.21 15-18 25 Baltic Sea * (brackish) 150 1.8 0.12 18-24 7 * Pilot studies

Why mussel farming to combat eutrophication? The Swedish experience: Recirculates nutrients via phytoplankton from sea to land Environmentally friendly Cost effective compared to many other measures Especially suitable for diffuse emissions Flexible and easy to remove or reorganize A useful tool in nutrient trading schemes Provides jobs in coastal areas Produces healthy seafood, organic feedstuff and fertilizer

Mussel ranging

Thank you for attention