About Oceanic Organics

Fermented biology, not imported chemistry.

 

We manufacture biological farm inputs from waste streams.

Not for ideology. For performance.

 

Most farm inputs are expensive, fragile, and built for markets that are not South Africa. By the time a product reaches a KwaZulu-Natal farm, the farmer is paying for freight, import duties, and marketing budgets before a single litre touches the soil. Worse, most of that chemistry bypasses soil biology entirely, producing short-term yield signals while degrading the microbial activity and organic matter that make a farm function long-term.

 

We started Oceanic Organics because that model does not hold.

What We Make

 

We convert fish processing waste into fermented fish silage, amino acid complexes, and biostimulants that feed the soil food web and support crop physiology from germination through harvest. Our cold fermentation process uses indigenous microbial consortia, preserving the amino acid profile and biological activity that heat rendering destroys.

 

The result is a functional input with measurable effects on nitrogen cycling, root development, and plant immune response, produced locally, tested locally, and priced for commercial scale.

How We Think

 

Soil is not a medium. It is a system.

 

A gram of healthy agricultural soil contains roughly a billion bacteria, several metres of fungal hyphae, and thousands of protozoa and micro-arthropods. That system drives nutrient cycling, water infiltration, and disease suppression.

 

It is the actual engine of crop production.

 

Every formula we develop is tested against three questions: Does it improve a measurable biological or physiological function? Can a farmer afford it at scale? Does it reduce dependence on external supply chains? If the answer to any of those is no, it does not go into a program.

 

 

Biology drives fertility. Inputs must pay for themselves. If it cannot be explained mechanistically, it is not adopted.

The Founder

 

Mike Jackson founded Oceanic Organics after 25 years in South African agriculture and three years running fully regenerative macadamia systems. The products he now manufactures are not experimental. They come out of field use, measured against Brix, soil respiration, root mass, and input cost per hectare.

 

His formulation approach draws on the soil biology work of Dr Elaine Ingham, plant health and nutrient density principles from John Kempf, regenerative systems design from Nicole Masters, on-farm microbial research from Dr David Johnson and on-farm inputs by Graeme Sait. These are the actual frameworks behind every formula, not borrowed credibility.

Who We Work With

 

Commercial farmers growing high-value crops such as macadamias, avocados, citrus, blueberries, and vegetables, where input costs affect profitability. Agronomists who read soil and leaf data and want to regenerate farmers' soils.

 

If you are looking for a supplier who can explain exactly what a product does and why it works at a specific growth stage, we are likely a fit. If you need glossy brochures and volume discounts on a synthetic program with green labelling, there are better options.

Standards

 

We work closely with organic certification organisations to ensure our products are aligned with organic production and traceability standards, with full batch documentation from raw material to finished product. We do not make certification claims on products that have not been approved for specific farms.