OUR
products
We offer high nutritional value proteins for animal consumption and the pet food industry.
In adittion, we produce organic biofertilizers to improve agricultural productivity.
SALMON MEAL
obtained from human consumption processing plants, its high protein content and digestible essential amino acids are fundamental for animal growth and immune system strengthening.
Hydrolyzate:
Made from salmon by-products, these low molecular weight
peptides are the perfect ingredient for animal nutrition.
SALMON OIL:
The perfect protein for animal and aquaculture nutrition due to its high content of essential fatty acids.
CP SOIL
Biofertilizer made from salmon silage, rich in organic matter and amino acids, which enhances agricultural productivity sustainably.
WE ARE
CIRCULAR PROTEIN
Our purpose is to add value to marine by-products by producing high nutritional value proteins.
Enhancing the
CIRCULAR ECONOMY
of marine by-products and residuals, reintegrating them into the food chain
RETHINK
We transform 40% of the salmon
that is not intended for human consumption into proteins for animal and plant nutrition, preventing its disposal in landfills.
RECYCLE
70.000 tons
Of raw material are transformed into value-added
products.
REDUCE
We produce 22,000 tons
Per year of proteins for animal nutrition, pet food, and biofertilizers for agricultural use.
REVALUE
The circularity of waste
results in a 68% reduction in the carbon footprint.
REUSE
100% of the raw material
That enters the plant is processed and transformed into proteins. 90% of the production is exported to the United States.
OPERATIONAL EXCELLENCE
Efficient, clean, safe, and environmentally friendly processes. This objective is achieved with technology, automation, and highly qualified personnel.
Behind Circular Protein is Landes, a company with more than 60 years of history that fishes, cultivates, and processes marine proteins in Talcahuano and Chiloé. Landes has experience in this type of activity: it was the first enterprise in the country to produce fish hydrolysates through traditional reduction and enzymatic processes