Nano-symbiotic catalyst
OwnerDaniel Blake Cluff, Duane E. Cutler +1inventors
InventorsDaniel Blake Cluff, Duane E. Cutler, Jeremy Andra
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OwnerDaniel Blake Cluff, Duane E. Cutler +1inventors
InventorsDaniel Blake Cluff, Duane E. Cutler, Jeremy Andra
Estimating the term…
The nano-symbiotic catalyst described herein includes a mixture of a carbon source, water, microbes, a nano-sized organo-mineral complex known as Montmorillonite Alginate, and humic/fulvic acids. Microbes used in the nano-symbiotic catalyst may include microbes classified as Plant growth Promoting Rhizobacteria (PGPR) and Plant Growth Promoting Fungi (PGPF). The nano-symbiotic catalyst enhances the speed at which a beneficial microbe and plant form a symbiotically mutual relationship. Due to the nano-size and configuration of the nutrients, plant reception of these nutrients is increased while the amount of energy used to form this relationship and acquire beneficial nutrients is decreased. The nano-symbiotic catalyst may be used with multiple crops, soil types, and environmental conditions to reduce input costs and resources, increase agriculture production and quality, and enhance regenerative agriculture practices.
A nano-symbiotic catalyst comprising:
A nano-symbiotic catalyst comprising:
A nano-symbiotic catalyst comprising:
Dependencies are inferred from the claim text.