Our Products
Ascophyllum nodosum
Kelpinor Suspension Ascophyllum is a high-quality organic biostimulant, rich in natural bioactive compounds that improve plant growth and stress tolerance. It is based on Rockweed (Ascophyllum nodosum) from the northern Norwegian coast.
Saccharina latissima
Kelpinor’s Saccharina Suspension is a liquid organic biostimulant, rich in natural bioactive compounds that enhance plant growth and stress tolerance. Based on cultivated and fermented Sugar Kelp (Saccharina latissima) from the Norwegian coast.
Alaria esculenta
Kelpinor Suspension - Alaria is a unique organic biostimulant made from cultivated wing kelp (Alaria esculenta from the Norwegian coast
Seaweed Biostimulants aid agricultural sustainability
Biostimulants are biological substances or microorganisms with a multi-compound nature, comprising both bioactive and non-bioactive components, that synergistically enhance nutrient efficiency, stimulate growth, and improve stress tolerance, complementing traditional fertilizers rather than replacing them. Seaweed is a powerhouse of such components and can be subjected to effective extraction methods to develop products for supporting plant growth and stress mitigation to support sustainable and regenerative agriculture.
Kelpinor's unique slow and cold milling and formulations results in an aqueous acid extraction of raw seaweed that help in preserving the relevant components, including the heat and alkalinity sensitive compounds. This results in products whose formulation confers beneficial effects for the plants that can be categorized into the following four categories:
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Microbiome regulation: involve affecting the alpha and beta diversities of microbial communities in the soil and the plants resulting a microbial dynamics positive for the plant processes.
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Phytohormonal regulation: involve both adjusting the hormonal ratio as well as regulating hormonal pathways in plant to positively affect various metabolic pathways in the plants.
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Phytostimulation: the Improvement of growth processes, stress tolerance and crop attributes including nutrient uptake and utilization, photosynthesis, overall vigour yield and nutritional quality of the produce.
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Phytoelicitory responses: involve evoking defense responses in plants that leads to resistance to several pests pathogens, and abiotic stresses including drought, salinity, and cold.
Impact on the Planet
Kelpinor biostimulants are formulated predominantly using cultivated seaweed species, aligning closely with our mission to sustainably harness marine resources for agriculture. By incorporating increasing concentrations of cultivated seaweed, we ensure optimal quality, performance, and environmental responsibility in our products. This commitment empowers farmers and growers to select tailored solutions that effectively address their specific agricultural needs for more productive and sustainable farming practices.
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Cultivated seaweed-based biostimulants naturally improve soil fertility and plant resilience, significantly decreasing the need for synthetic fertilizers that pollute water and harm biodiversity.
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Sustainable seaweed farming creates marine habitats, enhancing biodiversity and providing shelter for fish and marine organisms.
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Seaweed cultivation actively captures atmospheric CO₂, reducing greenhouse gases and helping mitigate climate change.
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Cultivating seaweed avoids overharvesting of wild stocks, preserving natural marine populations and ecosystems for future generations.
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By improving nutrient uptake efficiency in crops, seaweed-derived biostimulants reduce fertilizer runoff, helping maintain cleaner waterways and healthier aquatic ecosystems.
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These products increase plant resilience to stress such as drought, heat, and salinity, contributing to higher crop yields.
The Production Process
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