NITROGEN FIXING BACTERIA

Nitrogen Fixing Bacteria to Replace Commercial Fertilisers and to Give Better Yield​​All Organic!​

The History of the Invention

The Nitrogen part of fertilisers is currently the primary contributing factor to achieving high yield agricultural production worldwide. In the 1950s, a group of bacteria capable of converting atmospheric nitrogen into plant-available nitrogen (diazotrophs) was discovered. Researchers have spent the past 70 years studying this organism in an effort to develop a commercially viable method for using it. However, due to the significant energy (Oxygen) input required for nitrogen fixation, the solutions had yet to be achieved. A couple of years ago a South Africa researcher came across an autotrophic organism that has the potential to produce enough energy through photosynthesis to support the diazotroph and facilitate the fixation of significant and applicable amounts of nitrogen for high yield crop growth.

Our Nitrogen Fixing Bacteria

What The Bacteria Do​

The bacteria we can offer you is a combination of Azotobacter chrooccocum and Bacillus pumilus.​

  • This ground breaking technology harnesses the power of a unique and novel combination of microbial symbiosis to fixate nitrogen and unlock essential nutrients like potassium (K) and phosphorus (P) for plants.
  • The Bacteria are sustainable alternative that either replaces or supplements chemical fertilisers or organic fertilisers, such as composted animal manure, compost, sewage sludge, food processing wastes, and municipal biosolids.
  • Its remarkable benefits include dramatically increased yields, resulting in reduced input costs and increased profits.​
  • One application of 100gr can produce 100kg Nitrogen/ha and replace 200kg of commercial fertiliser – and it is Organic!​

    • Suger Cane​

  • Control vs Treated
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  • We are waiting for the​scientific report, which is after the harvest.​
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    Directions for Use

    First the land need to be drenched with water – either via irrigation or a heavy rain fall. 100 l water/ha for in-furrow applications 400l water/ha for bulk applications Or as a wet seed coat on 1ha equivalent seed Can be applied through irrigation and fertigation systems Do not apply with any biocides. We have an alternative, which is a combination of four beneficial microorganisms, Bacillus amyloliquefaciens, Bacillus pumilus, Brevibacillus laterosporus and Trichoderma harzianum.

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    Nitrogen Fixing Bacteria