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A combine harvesting a field while crop residue remains in the rows behind it.

RGT ischangingfertilizer.

Farm waste turned into liquid biofertilizer, on site.

The farm loop

The fertilizer your farm needs is already there.

Farms generate tonnes of organic waste every season. RGT turns that material into liquid biofertilizer, right where it will be used.

Input

Farm waste

Convert

RGT Core

Return

Liquid biofertilizer

CROPSFARMWASTESOILRGT CORELOADBIOFERTILIZERFIG. 01 / THE FARM LOOP

Follow the material

  1. 01

    Collect waste

    Crop residues and other organic material become useful feedstock instead of a disposal problem.

  2. 02

    Convert on farm

    The RGT Core manages the conditions that convert that material into liquid biofertilizer on the farm.

  3. 03

    Return to soil

    The finished liquid moves back to the soil, closer to where it will be used.

  4. 04

    Grow the next crop

    Nutrients and biological activity return to the growing cycle, supporting the next crop.

How the loop closes

  1. 01

    Collect waste

    Crop residues and other organic material become useful feedstock instead of a disposal problem.

  2. 02

    Convert on farm

    The RGT Core manages the conditions that convert that material into liquid biofertilizer on the farm.

  3. 03

    Return to soil

    The finished liquid moves back to the soil, closer to where it will be used.

  4. 04

    Grow the next crop

    Nutrients and biological activity return to the growing cycle, supporting the next crop.

Aerial view of a soybean field planted in long contour rows.
Field sequence 01 / CropsIllustrative image, not an RGT site

01The problem

Farmers are paying more for a system they cannot control.

Fertilizer is essential, but the system behind it is fragile. Most fertilizer is produced far from the farm, moved through long supply chains and priced against energy markets, trade disruptions and geopolitical shocks.

When prices rise or supply is delayed, the farmer carries the cost.

At the same time, farms generate large volumes of organic waste. Much of it is left to rot, burned or removed, even though it still contains nutrients and biological value.

The contradiction is simple: farmers are paying more for outside inputs while useful resources already exist on their farms.

Fertilizer prices have increased sharply, putting more pressure on farm margins.

Farmers do not need another yield promise. They need more control over rising costs.

Global emissions context

Fertilizer production, transport and field use generate more than 2.6 billion tonnes of greenhouse-gas emissions each year.

Source: Ritchie, Rosado and Roser, 2020

Overhead view of a combine harvester cutting maize, leaving cut stalks in the rows behind it.
Field sequence 01 / Farm wasteIllustrative image, not an RGT site

02Meet the RGT Core

The RGT Core turns farm waste into liquid biofertilizer, directly where it is needed.

RGT Core prototype, currently under development

The process is automated, so it does not add more work for the farmer. Load the waste, start the system and let the RGT Core manage the process. Each batch is monitored to maintain the right conditions and guide consistent production.

Farm waste goes in. A usable farm input comes out. No long supply chain, fewer outside dependencies and more control in the farmer’s hands.

Render of the RGT Core: a stainless tank with a green motor and mixing shaft on top, a control box on the side, a hinged lid, and an outlet valve at the base.
FIG. 02 / RGT CORE, PROTOTYPE RENDER
A forage harvester blowing chopped green material into a trailer towed alongside it.
Field sequence 02 / LoadIllustrative image, not an RGT site

03Our impact

More value stays on the farm.

RGT helps farmers turn their own organic waste into liquid biofertilizer directly on-site.

Instead of relying entirely on outside suppliers, farms can begin producing part of what they need from materials they already have. This gives farmers another way to manage input costs, reduce supply risk and make better use of farm waste.

  1. Waste becomes an input.

  2. Fertilizer is made closer to where it is used.

  3. Farmers keep more control over cost, supply and soil health.

Five expected outcomes

  1. A tractor-mounted fertilizer spreader standing in a farm field.
    IllustrativeWikideas1 / CC0
    Expected outcome 01

    Lower input dependence

    Producing biofertilizer on the farm can reduce the amount that needs to be purchased and transported from external suppliers.

  2. An agricultural market reporter examining wheat in a field.
    IllustrativeUSDA / public domain
    Expected outcome 02

    Better margin control

    The value does not depend only on growing more. It also comes from reducing costs, using existing waste and improving control over farm inputs.

  3. A soil profile showing dense crop roots extending into the ground.
    IllustrativeUSDA NRCS / public domain
    Expected outcome 03

    Healthier soil biology

    RGT is designed to return nutrients and biological activity to the soil, supporting stronger nutrient cycling, root development and long-term soil resilience.

  4. A combine harvester cutting maize while crop residue remains in the field rows behind it.
    IllustrativeField reference
    Expected outcome 04

    Less waste

    Organic residues become a productive farm input instead of something that must be burned, dumped or left to rot.

  5. A tractor applying liquid organic fertilizer to a harvested field.
    IllustrativeChesapeake Bay Program / CC BY 2.0
    Expected outcome 05

    Lower emissions

    Local production can reduce the emissions linked to synthetic fertilizer dependence, long-distance transport and unmanaged organic waste.

Sprinklers spraying water across rows of green crops in low sunlight.
Field sequence 03 / BiofertilizerIllustrative image, not an RGT site

04More than a machine

The Core only works because the machine, biology and operating process were built to work together.

System layer 01

The machine

Hardware built to receive farm waste, manage the process and collect the finished liquid.

System layer 02

The biology

RGT biological inputs help break down the material and guide the conversion process.

System layer 03

The process

Each cycle follows controlled steps based on the waste available and the output the farm needs.

05The people building RGT

RGT is being built by a team with experience across agriculture, engineering, biology, software and data.

Portrait of Idris Panchard.

Idris Panchard

Co-founder and CEO

Idris leads the product, farm operations and commercial side of RGT. Before starting RGT, he spent almost five years building and operating an agricultural technology company.

LinkedIn
Portrait of Benjamin Kim.

Benjamin Kim

Chief Technology Officer

Benjamin leads the electrical and hardware engineering behind the RGT Core, including controls, sensors, system integration and prototype development.

LinkedIn
Portrait of Maryam Hassan.

Maryam Hassan

Chief Product Officer

Maryam leads RGT's biological data, bioinformatics and machine-learning work. Her background includes multi-omics, computational biology and biological data pipelines.

06Let’s talk

We want to hear from growers, agricultural partners and investors interested in producing fertilizer on the farm.

info@rgtech.solutions