Biochar
Improves soil structure and fertility, holds water in the root zone and locks carbon into the ground for the long term.
OriGenes is a circular bioengineering platform that turns agricultural waste into biochar, biostimulants, biopesticides and biopreservatives.
Synthetic agrochemicals wear down soils, thin out biodiversity and push up costs. Meanwhile, more than a billion tonnes of crop residue and processing waste go unused every year, releasing greenhouse gases as they rot.
Farmers are asked to meet tougher sustainability standards and stay profitable at the same time. We think the answer is already lying in the field.
farms worldwide depend on agricultural inputs every season.
of Africa's population relies on agriculture for a living.
of agricultural waste produced each year, most of it never recovered.
An integrated, closed-loop process that pairs microbial fermentation with thermochemical conversion, so one feedstock stream yields several farm inputs.
Crop residues and fruit-processing by-products, sourced from farms and packhouses.
A proprietary sequence of fermentation and thermochemical steps, each feeding the next.
Products that restore soil, protect crops and keep harvests fresh for longer.
One system. Four outputs. Zero waste.
From a single stream of waste we make , , and .
Hover the underlined words to see each one
Improves soil structure and fertility, holds water in the root zone and locks carbon into the ground for the long term.
Help plants take up nutrients, cope with stress and hold yields steady through difficult seasons.
Target specific crop pathogens while sparing pollinators and beneficial organisms, cutting the need for synthetic sprays.
Extend the shelf life of fresh produce and reduce losses between the orchard and the shelf.
Most inputs do one job, arrive by ship and swing with the exchange rate. Ours are made locally, from local waste, and work together.
| Measure | OriGenes | Traditional inputs |
|---|---|---|
| Function | Integrated, multi-output | Single-function products |
| Source | Produced locally from waste | Largely imported |
| Price | Stable, local feedstock | Exposed to currency and supply swings |
| Chemistry | Biological | Chemically intensive |
We work where agricultural biologicals, regenerative farming and waste valorisation meet, and all three are growing.
South African agricultural inputs market.
Regenerative agriculture market.
Growth in African biopesticides.
We are in advanced prototyping. The science works on the bench; the next step is the field.
Core conversion stages proven at laboratory scale.
Initial product formulations developed for each output.
Scaling the process up with a pilot bioreactor system.
On-farm trials with growers in Limpopo, Mpumalanga and KwaZulu-Natal.
How we earn
What changes
A science-led team taking research from the laboratory to the farm gate.
Chief Executive Officer
PhD in Biotechnology (UJ). Holds 22 awards. 8+ years in microbial digestion and biocontrol.
Chief Technology Officer
PhD candidate in Biotechnology (UJ). 6+ years in biomolecular R&D and value-chain innovation.
Chief Legal Officer
LLM candidate in Corporate Law (UP). Admitted Attorney of the High Court of South Africa. 4+ years in commercial law.
Supported by
Funding from The Innovation Hub is helping us take our process from the bench to pilot-scale production.
We work alongside
Three ways to be part of what comes next.
Host a field trial and help shape products built for your crops and conditions.
Investors & fundersBack the move from pilot to commercial production across Southern Africa.
Research & industryCollaborate on feedstock supply, research, distribution or development programmes.