About Us

Reverse Earth is an agriculture technology and sustainability company with a focus on food security, soil transformation/re-greening/beautification, carbon markets, and providing people healthful nutrient dense diet options.

We harness the ability to access a robust portfolio of proven technologies and green solutions both independently and in collaboration with partners worldwide.

Biologically complete soil amendments

Bio-Stimulants

Pesticide Treatment

Atmospheric Water Generation

Autonomous Irrigation

Solar Energy Devices

Re-Greening Systems

The Science Behind the Products

Our highly-specialized production process involves composting locally-sourced chicken manure in a controlled environment and enhancing it with healthy soil microorganisms.

As a result of this increased microbial activity during decomposition, organic soil compounds including phosphate become insoluble in water and therefore do not affect local waterways. Thanks to natural plant-microbe symbiosis, the insoluble organic compounds are readily broken down by soil microbes to make them “plant available” when needed. The plant gets exactly what it needs, when it needs it, and no soluble phosphate is left over.

This process also applies to carbon sourced from the atmosphere, most of which plants deliver to the soil microbes, thus creating promising potential to turn healthy soil into large-scale carbon sequestration sites.

The Key: Soil Biology Science

Reverse Earth employs soil biology science to develop 100% natural soil amendments that more efficiently and effectively increase land productivity (as asserted by USDA) while having no adverse effects on the soil or surrounding environment. Due to the soil science behind our products, we are able to prevent and reverse soil degradation while keeping common fertilizer nutrients from entering adjacent water systems to negative effect.

We leverage the natural process

We leverage the natural process of plant-microbe symbiosis to optimize soil conditions, promoting root growth and water absorbency while suppressing disease and erosion.

Our technology has the potential to reclaim soils that have been depleted and even sequester carbon from the air into the ground at a rate greater than the oceans: all leading to a striking effect on plant growth potential and crop yields.

Chemicals either kill the microbial community or cause it to atrophy.