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Fermentation for zero-waste farming.

Nature’s solution for managing manure & organic waste

Benefits 

  • Retains valuable nutrients — Nitrogen and other key elements remain in the material

  • Improves soil biology — When applied to fields, Bokashi-treated manure supports microbial life and soil structure

  • Speeds up breakdown time — Fermented manure becomes stable and ready for soil incorporation sooner

  • Reduces leaching and emissions — Less runoff, better carbon and nitrogen retention

  • Reduces odours and flies — Fermentation suppresses ammonia and halts putrefaction

  • Adaptable to existing systems — Can be used in slurry pits, deep litter systems, or FYM stacks

Farms produce large volumes of organic waste and livestock manure daily, valuable resources when managed correctly. Bokashi mimics nature’s method to rapidly ferment this waste, locking in nutrients, reducing odours, and transforming it into a biologically rich soil amendment.

Unlike traditional composting, Bokashi uses beneficial microorganisms (Effective Microorganisms or EM®) to ferment organic material anaerobically, preventing nutrient loss and significantly cutting down on harmful greenhouse gases. This makes it an ideal system for farms looking to reduce waste, close nutrient loops, and build soil health.

Whether you're managing pigs, poultry, cattle, or mixed livestock, integrating Bokashi fermentation into your manure management strategy reduces waste, builds soil fertility, and supports a more circular, climate-friendly farm system.

A tractor in a field loading hay into a trailer in a rural landscape with rolling hills and a cloudy sky.
A tractor spreading fertilizer or manure on a farmland field under a blue sky with scattered clouds.
A scientific graphic showing soil sample results after three years from different treatments: control, compost, and Bokashi. The data includes organic matter percentage, available nitrogen in kilograms per hectare, and total nitrogen stock in milligrams per hectare. The graphic features bar charts and a root illustration to depict nutrient levels and soil health improvements.
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