Microalgae: Revolution in the feed industry

The global feed sector faces the challenge of providing products that deliver critical nutrients while meeting the principles of sustainability and responsible sourcing. This is where microalgae and cyanobacteria come in. With their richness in proteins, omega-3 fatty acids, vitamins and minerals, they could hold the key to the solution. Thanks to their fast growth rates and low ecological footprint, they represent an efficient and sustainable resource.

Efficient land use and technological innovation

In the feed industry, the efficient use of land plays a crucial role in meeting rising demand. Subitec’s CM180 cultivation module is a prime example. It uses advanced technologies to maximise the growth of nutrient-rich microalgal biomass. This biomass can then be integrated into a wide range of feed products.

Consistency and confidence through controlled cultivation conditions

Maintaining controlled cultivation conditions is essential to ensure consistent product quality. Such consistency not only means reliability and safety, but also strengthens the trust of end consumers who want to know where their products come from and how they are produced.

Microalgae: Revolution in the feed industry

The global feed sector faces the challenge of providing products that deliver critical nutrients while meeting the principles of sustainability and responsible sourcing. This is where microalgae and cyanobacteria come in. With their richness in proteins, omega-3 fatty acids, vitamins and minerals, they could hold the key to the solution. Thanks to their fast growth rates and low ecological footprint, they represent an efficient and sustainable resource.

Efficient land use and technological innovation

In the feed industry, the efficient use of land plays a crucial role in meeting rising demand. Subitec’s CM180 cultivation module is a prime example. It uses advanced technologies to maximise the growth of nutrient-rich microalgal biomass. This biomass can then be integrated into a wide range of feed products.

Consistency and confidence through controlled cultivation conditions

Maintaining controlled cultivation conditions is essential to ensure consistent product quality. Such consistency not only means reliability and safety, but also strengthens the trust of end consumers who want to know where their products come from and how they are produced.

Scalability: from small-scale production to industrial scale

The animal feed industry is facing ever-growing demand. It is therefore essential for companies to scale their production effectively without compromising on quality. Microalgae are an important factor here: they absorb CO2, release oxygen and help companies reduce their environmental footprint while expanding their production capacity.

Plant protein sources on the rise: microalgae filling the gap

The world is moving towards plant-based diets, driven by animal welfare issues, environmental concerns and health benefits. Microalgae are coming to the fore here as a high-quality, complete protein source. With their nutrient density, they are ideal for enriching animal feeds.

Anticipating and shaping future feed trends through microalgae

Microalgae integration is not just about meeting current demand, but also about anticipating and shaping future trends. The use of advanced cultivation technologies can drive innovation.

Microalgae: Potential superfoods for the feed industry

Microalgae are more than just a food source – they could be the superfoods of the feed industry. Their versatility and nutritional richness set new standards. Whether it’s general animal health or specific dietary needs, microalgae offer an impressive range of health benefits.

Chlorella, a freshwater microalgae, offers a combination of high protein content and a variety of vitamins and minerals. It can help improve the nutritional profile of animal feed and support the overall health of animals
Some cyanobacteria, especially Aphanizomenon flos-aquae (AFA), find application in animal feeds as they are a rich source of nutrients. They contain high concentrations of proteins, essential fatty acids, vitamins such as B12 and E, and a variety of minerals such as iron, magnesium and calcium. They also provide phycocyanin, a blue pigment with antioxidant properties, and chlorophyll, which can support health.
This microalgae, rich in beta-carotene, can be used in animal feed to meet vitamin A requirements and strengthen the immune system of animals.
Euglena, rich in vitamins and minerals, can be used in various animal feeds to promote the general health and well-being of animals.
Known for its production of astaxanthin, this microalgae is mainly used in the aquaculture industry as fish feed to give salmon and trout an intense colour.
Due to its richness in essential fatty acids, especially DHA, isochrysis is used in aquaculture to promote the growth and health of fish and other marine animals.
High in omega-3 fatty acids, especially EPA, Nannochloropsis is an excellent supplement to aquafeeds and other animal feeds to meet the omega-3 needs of animals.
This diatom, rich in EPA, can be used in the aquaculture industry to improve the nutritional value of fish feed.
Spirulina is known for its high protein content, making it a valuable source of protein in animal feed. It contains essential amino acids and minerals that are essential for optimal animal nutrition. Its antioxidant and anti-inflammatory properties can contribute to the overall health and well-being of animals.
This microalgae offers a balanced nutritional profile that is ideal for aquaculture feeds.

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Pre-Scale & Lab-Scale

We offer a range of lab-scale and pre-scale microalgal production systems designed to meet a variety of requirements. Each system has unique specifications that make it ideal for a particular set of applications.

Industrial Production

The industrial system from Subitec is an advanced platform for efficient production processes. With the central CM180 modules and the matching Cultivation Infrastructure, it revolutionises industrial production.

Logistics and installation

In the dynamic world of microalgae production, the successful operation of cultivation systems depends not only on the quality of the equipment, but also on the efficiency and accuracy of the delivery and installation process.