Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED

Laurent Seychelles; Stine Slotsbo; Anders Olsen; Niels Lorenzen; Kirsten Engell-Sørensen; Mathias Engell Holmstrup; Arne Rusbjerg; Per M. Sonnesen; Julia Overton; Christoffer M. Kristensen; Torill Fladvad; Trond Rafoss; Ansgar Stratmann

Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED

Laurent Seychelles
, Stine Slotsbo
, Anders Olsen
, Niels Lorenzen
, Kirsten Engell-Sørensen
, Mathias Engell Holmstrup
, Arne Rusbjerg
, Per M. Sonnesen
, Julia Overton
, Christoffer M. Kristensen
, Torill Fladvad
, Trond Rafoss
, Ansgar Stratmann

e-nema GmbH
Aarhus University
Aalborg University
Fishlab
Venø Seafood ApS
SKAGENSAL
AquaPri A/S
Alpha Aqua A/S
Nordic Halibut AS
AKVA Group
W42 Industrial Biotechnology GmbH

Research output: Chapter in Book/Report/Conference proceeding › Conference abstract in proceedings › Research › peer-review

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Abstract

The DELIFEED project takes a circular bio-economy approach to advance sustainable aquaculture practices by utilizing waste streams and byproducts as feedstock and develop innovative methods for producing nutritious and immune-stimulating live feed to support the health and growth of juvenile farmed fish. This initiative seeks to address the critical need for high-quality live feed during early fish development, enhancing animal welfare and environmental sustainability while bolstering aquaculture production and profitability.

Key objectives include replacing Artemia with terrestrial invertebrates like nematodes and white worms to optimize live feed quality, enriching feed with essential omega-3 fatty acids, and reducing reliance on antibiotics through integration of probiotics and novel oral vaccines administered via bioencapsulation. Cryopreservation techniques will be employed to extend shelf life and stabilize feed supplies.

The consortium, comprising research groups (AU, AAU, DTU), live feed producers and biotech companies (FISHLAB, E-NEMA, W42), and aquaculture firms (VENØ, SKAGENSAL, AQUAPRI, ALPHAAQUA, NORDICHALI, LANDAKVA), aims to commercialize these innovations, creating new employment opportunities and driving industry growth.

The DELIFEED project represents a pivotal effort to revolutionize aquaculture through sustainable feed innovations, with far-reaching benefits for industry, animal welfare, and marine biodiversity.

Original language	English
Title of host publication	AQUA 2024 Abstract Book
Number of pages	1
Place of Publication	Copenhagen, Denmark
Publisher	International Council for the Exploration of the Sea (ICES)
Publication date	2024
Article number	903
Publication status	Published - 2024
Event	AQUA 2024 - Copenhagen, Denmark Duration: 26 Aug 2024 → 30 Aug 2024

Conference

Conference	AQUA 2024
Country/Territory	Denmark
City	Copenhagen
Period	26/08/2024 → 30/08/2024

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 3 Good Health and Well-being
SDG 14 Life Below Water
SDG 15 Life on Land

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Seychelles, L., Slotsbo, S., Olsen, A., Lorenzen, N., Engell-Sørensen, K., Holmstrup, M. E., Rusbjerg, A., Sonnesen, P. M., Overton, J., Kristensen, C. M., Fladvad, T., Rafoss, T., & Stratmann, A. (2024). Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED. In AQUA 2024 Abstract Book Article 903 International Council for the Exploration of the Sea (ICES).

@inbook{407f4a8f0c274955b2c6e08daf723b09,

title = "Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED",

abstract = "The DELIFEED project takes a circular bio-economy approach to advance sustainable aquaculture practices by utilizing waste streams and byproducts as feedstock and develop innovative methods for producing nutritious and immune-stimulating live feed to support the health and growth of juvenile farmed fish. This initiative seeks to address the critical need for high-quality live feed during early fish development, enhancing animal welfare and environmental sustainability while bolstering aquaculture production and profitability. Key objectives include replacing Artemia with terrestrial invertebrates like nematodes and white worms to optimize live feed quality, enriching feed with essential omega-3 fatty acids, and reducing reliance on antibiotics through integration of probiotics and novel oral vaccines administered via bioencapsulation. Cryopreservation techniques will be employed to extend shelf life and stabilize feed supplies. The consortium, comprising research groups (AU, AAU, DTU), live feed producers and biotech companies (FISHLAB, E-NEMA, W42), and aquaculture firms (VEN{\O}, SKAGENSAL, AQUAPRI, ALPHAAQUA, NORDICHALI, LANDAKVA), aims to commercialize these innovations, creating new employment opportunities and driving industry growth. The DELIFEED project represents a pivotal effort to revolutionize aquaculture through sustainable feed innovations, with far-reaching benefits for industry, animal welfare, and marine biodiversity.",

author = "Laurent Seychelles and Stine Slotsbo and Anders Olsen and Niels Lorenzen and Kirsten Engell-S{\o}rensen and Holmstrup, \{Mathias Engell\} and Arne Rusbjerg and Sonnesen, \{Per M.\} and Julia Overton and Kristensen, \{Christoffer M.\} and Torill Fladvad and Trond Rafoss and Ansgar Stratmann",

year = "2024",

language = "English",

booktitle = "AQUA 2024 Abstract Book",

publisher = "International Council for the Exploration of the Sea (ICES)",

note = "AQUA 2024 ; Conference date: 26-08-2024 Through 30-08-2024",

}

Seychelles, L, Slotsbo, S, Olsen, A, Lorenzen, N, Engell-Sørensen, K, Holmstrup, ME, Rusbjerg, A, Sonnesen, PM, Overton, J, Kristensen, CM, Fladvad, T, Rafoss, T & Stratmann, A 2024, Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED. in AQUA 2024 Abstract Book., 903, International Council for the Exploration of the Sea (ICES), Copenhagen, Denmark, AQUA 2024, Copenhagen, Denmark, 26/08/2024.

Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED. / Seychelles, Laurent; Slotsbo, Stine; Olsen, Anders et al.
AQUA 2024 Abstract Book. Copenhagen, Denmark: International Council for the Exploration of the Sea (ICES), 2024. 903.

Research output: Chapter in Book/Report/Conference proceeding › Conference abstract in proceedings › Research › peer-review

TY - ABST

T1 - Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED

AU - Seychelles, Laurent

AU - Slotsbo, Stine

AU - Olsen, Anders

AU - Lorenzen, Niels

AU - Engell-Sørensen, Kirsten

AU - Holmstrup, Mathias Engell

AU - Rusbjerg, Arne

AU - Sonnesen, Per M.

AU - Overton, Julia

AU - Kristensen, Christoffer M.

AU - Fladvad, Torill

AU - Rafoss, Trond

AU - Stratmann, Ansgar

PY - 2024

Y1 - 2024

N2 - The DELIFEED project takes a circular bio-economy approach to advance sustainable aquaculture practices by utilizing waste streams and byproducts as feedstock and develop innovative methods for producing nutritious and immune-stimulating live feed to support the health and growth of juvenile farmed fish. This initiative seeks to address the critical need for high-quality live feed during early fish development, enhancing animal welfare and environmental sustainability while bolstering aquaculture production and profitability. Key objectives include replacing Artemia with terrestrial invertebrates like nematodes and white worms to optimize live feed quality, enriching feed with essential omega-3 fatty acids, and reducing reliance on antibiotics through integration of probiotics and novel oral vaccines administered via bioencapsulation. Cryopreservation techniques will be employed to extend shelf life and stabilize feed supplies. The consortium, comprising research groups (AU, AAU, DTU), live feed producers and biotech companies (FISHLAB, E-NEMA, W42), and aquaculture firms (VENØ, SKAGENSAL, AQUAPRI, ALPHAAQUA, NORDICHALI, LANDAKVA), aims to commercialize these innovations, creating new employment opportunities and driving industry growth. The DELIFEED project represents a pivotal effort to revolutionize aquaculture through sustainable feed innovations, with far-reaching benefits for industry, animal welfare, and marine biodiversity.

AB - The DELIFEED project takes a circular bio-economy approach to advance sustainable aquaculture practices by utilizing waste streams and byproducts as feedstock and develop innovative methods for producing nutritious and immune-stimulating live feed to support the health and growth of juvenile farmed fish. This initiative seeks to address the critical need for high-quality live feed during early fish development, enhancing animal welfare and environmental sustainability while bolstering aquaculture production and profitability. Key objectives include replacing Artemia with terrestrial invertebrates like nematodes and white worms to optimize live feed quality, enriching feed with essential omega-3 fatty acids, and reducing reliance on antibiotics through integration of probiotics and novel oral vaccines administered via bioencapsulation. Cryopreservation techniques will be employed to extend shelf life and stabilize feed supplies. The consortium, comprising research groups (AU, AAU, DTU), live feed producers and biotech companies (FISHLAB, E-NEMA, W42), and aquaculture firms (VENØ, SKAGENSAL, AQUAPRI, ALPHAAQUA, NORDICHALI, LANDAKVA), aims to commercialize these innovations, creating new employment opportunities and driving industry growth. The DELIFEED project represents a pivotal effort to revolutionize aquaculture through sustainable feed innovations, with far-reaching benefits for industry, animal welfare, and marine biodiversity.

M3 - Conference abstract in proceedings

BT - AQUA 2024 Abstract Book

PB - International Council for the Exploration of the Sea (ICES)

CY - Copenhagen, Denmark

T2 - AQUA 2024

Y2 - 26 August 2024 through 30 August 2024

ER -

Delivery of healthy and sustainable live feed for juvenile fish - DELIFEED

Abstract

Conference

UN SDGs

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