- Ernæring
- Fisk og skaldyr
Bedre foder resulterer i bedre mad til os alle
Hos BioMar forstår vi, at rejsen til enestående fisk og rejer begynder længe før, den når bordet, og den starter med det foder, der giver næring til fisk og rejer.
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Udforsk
BioMar A/S enters groundbreaking project with leading organizations to revolutionize the future of fish feed by developing a pioneering, sustainable faba bean protein concentrate (HPC) that could replace soy and other resource-intensive ingredients in aquaculture – without compromising fish growth or welfare.
The project is dedicated to improving protein content, amino acid composition and reducing starch, making faba beans a viable, eco-friendly and competitive alternative that can help reduce the environmental impact of fish farming. During this fascinating project, scientists are focusing on utilizing innovative mechanical processing techniques, alongside selecting faba bean varieties with the perfect nutritional profile and low levels of antinutritional factors.
Project partners: Nordic Seed A/S, Aarhus Protin A/S, AU-FOOD, DTU AQUA and BioMar A/S.
From land to ocean: A bean with benefits
As the aquaculture industry expands, one of the key challenges is finding sustainable and nutritious alternatives to traditional ingredients like fish meal and fish oil, which have been the cornerstone of aquafeeds historically. One promising alternative that is gaining attention in aqua-faced formulation are horse beans.
Horse beans are legumes belonging to the Fabaceae family and have been cultivated for thousands of years. Known for their robust, hearty growth, horse beans are widely grown in temperate regions. It is an annual plant that typically grows to about 60 to 90cm, highly valued for their nutritional profile, being packed with starch, proteins and essential minerals, making them an excellent candidate for animal feed.
In terms of nutritional content, horse beans are rich in protein and starch but also contain vital micronutrients like potassium, phosphorus, and magnesium, which contribute to the overall health and growth of aquatic organisms. Moreover, these beans have anti-inflammatory properties because they contain potent antioxidants like flavonoids and polyphenols, which help protect cells from damage.
When the fiber-rich outer hull is removed and the beans are ground and blended, they serve not only as a highly digestible protein source but also as a natural binder. This enhances the feed’s texture and helps improve feed efficiency, ensuring that fish receive the nutrients they need with minimal waste.
One of the key drivers behind the adoption of horse beans in aquafeed is their environmental profile. The carbon footprint of horse beans is categorized as low to medium, making them a more sustainable option. Moreover, the use of horse beans aligns with the growing trend toward sourcing vegetable ingredients that can reduce reliance on over-exploited marine ecosystems. This shift supports a more balanced approach to feeding farmed fish, ensuring that aquaculture can thrive without putting undue pressure on wild fish populations.
Water usage: Horse beans typically require less water compared to many other crops. This is especially important in regions where water resources are scarce or under stress. Horse beans are more drought-tolerant than other legumes, making them a suitable option for areas prone to dry conditions.
Soil helpers: Horse beans, like other legumes, are nitrogen fixers. This means they have the ability to take nitrogen from the air and convert it into a form that can be used by plants. This process enriches the soil with nitrogen, reducing the need for synthetic fertilizers. As a result, horse beans can improve soil health and reduce the environmental impact of agriculture.
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Pest resistance: Horse beans have natural resistance to certain pests and diseases, which can reduce the need for chemical pesticides. This resistance can be attributed to their natural defenses, which make them less reliant on synthetic inputs compared to more vulnerable crops.
While horse beans are not classified as a circular or restorative raw material, there is potential for them to fit into regenerative agriculture practices. This would further enhance their role in sustainable aquaculture by promoting biodiversity and improving soil health.
Resultater (43)
- Nye ingredienser
- Partnerskaber
UdforskBioMar og Agronutris går sammen om næste generations insektmel
Efter mange års R&D arbejde betragtes insektmel nu som en lovende ny ingrediens, der er stærkt på vej til at blive accepteret og en bred portefølje af insektmel til akvakultur er på vej ind på markedet.
- Klimaindsats
UdforskNavigering i FLAG-emissioner i akvakultur
FLAG-emissioner (Forest, Land and Agriculture) vil være vigtige, når akvakulturindustrien skifter til produktion med lavere kulstofindhold. Disse udledninger, som nu spores under Science-Based Targets-initiativet (SBTi), stammer fra arealanvendelse og landbrugsaktiviteter snarere end fra energiforbrug.
- Genoprettende
- Klimaindsats
UdforskBioMar har opnået rekordlav FFDR
En rekordlav FFDR på 0,37 blev rapporteret i dag i BioMar's bæredygtighedsrapport for 2024. Denne milepæl blev nået gennem innovativ brug af alternative ingredienser og afskæringer, som nu udgør 55 % af de samlede marine ingredienser. De stadigt skiftende markedsforhold for råvarer kan dog gøre det udfordrende at opretholde denne position over tid.
- Klimaindsats
- Ernæring
UdforskAlgaPrime: Unexpected Algae Heroes
As the global demand for sustainable aquaculture practices continues to rise, so does the need for alternatives to traditional fish meal and fish oil. One of the most promising innovations in this space is AlgaPrime, a revolutionary ingredient that provides a sustainable and nutritious source of omega-3 fatty acids, particularly DHA.
- Fisk og skaldyr
- Ernæring
UdforskSpiselig andel af laks
Slagteklare laks blev analyseret for at bestemme den spiselige del. Resultatet viste, at hele 74 procent af laksen bestod af rent fiskekød.
- BioFarm
- Ernæring
UdforskCreating the perfect pink fish fillet: The strategy behind pigmentation
At the BioMar factory in Denmark, we assist salmon and trout farmers with tailored solutions, backed by our technical expert team, BioFarm. These advisors are dedicated to sharing knowledge on pigmentation strategies, helping our partners achieve top-quality fish fillets.
- BioFarm
UdforskInicio Plus demonstrerer enestående vækst og ensartethed i forsøget med ørredfoder.
I et nyligt ørred foderforsøg med yngel beviste Inicio Plus endnu en gang sin styrke ved at opnå hurtigere vækst og mere ensartet yngel end konkurrerende startfoder. Den bedste visuelle vandkvalitet blev observeret med BioMar-foderet, hvilket afspejler dets positive indvirkning ud over vækstpræstationen.
- BioFarm
- Ernæring
UdforskHow to secure an appropriate oxygen supply?
In fish farming, being attentive to oxygen levels and implementing oxygenation are important prerequisites for maintaining economic growth rates.
- BioFarm
UdforskThe jet platform – efficient and simple oxygen enrichment
The oxygen content of the water is often the most prominent limiting factor in intensive fish farming. It is a well-known fact that poor oxygen content means that it is not possible to utilise the full potential of both the fish and the feed. A jet platform is an example of an efficient and yet simple mechanical method for oxygen enrichment of water.
- Ernæring
UdforskWhy soy matters in aquaculture feed
From its nutritional profile to its traceable sourcing and regenerative potential, soy is redefining what it means to feed the future of aquaculture.
- BioFarm
UdforskEnsuring optimal oxygen levels
Just like humans, fish need certain levels oxygen to thrive. Sub-optimal oxygen levels may have consequences on the well-being of the fish and consequently on the economic outcome of a fish farm. Active observation and assessment are required to take the necessary actions in good time.
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