Precision soil pH management for supply chain resilience

Person kneeling in a wheat field examining a small container under cloudy sky.

What we do

Map soils. Apply minerals. Measure impacts.

Silicate works with corporates and food and beverage companies to improve the environmental performance of supply chain farms. We implement evidence-based soil pH optimisation and CO₂ removal through the enhanced weathering of limestone.

Using our measurement technology, Silicate tracks a range of benefits including soil productivity, water quality and greenhouse gas emission reductions and removals.

These independent farm-level data help agri-food companies to deliver on science-based targets that consumers can trust.

Learn about our science

Introduce Silicate into your supply chain

Implement our solution on your farm

Ensure supply chain continuity

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Measurable intervention impacts

Agricultural strength, built from the soil up

Man in blue jacket holding and showing small gray gravel or mineral grains in his palm outdoors.

Soil and ecosystem resilience

Optimising soil pH using Silicate’s solution enhances soil health and adaptive capacity to climate stress.

Person inspecting a wheat field while holding a white scientific instrument with a handle.

Absolute Scope 3 FLAG emissions reductions

Silicate measures greenhouse gas emissions reductions and removals to improve product carbon footprints.

Man and woman in outdoor field having a conversation, both wearing quilted vests.

Supply chain stability and revenue growth

Field mapping and variable-rate spreading reduces input costs, maximises nutrient use efficiency and enhances yields.

Hand holding two clear plastic sample tubes with blue and orange caps in a wheat field with a tree in the background.

Responsible land-use and water security

Silicate’s precise measurement process informs nutrient management – reducing nitrate losses and pollution.

Man in Silicate vest holding small gray gravel or crushed rock in his open palm outdoors.

Soil and ecosystem resilience

Optimising soil pH using Silicate’s solution enhances soil health and adaptive capacity to climate stress.

Person bending down in a wheat field handling a white device with a handle during cloudy weather.

Absolute Scope 3 FLAG emissions reductions

Silicate measures greenhouse gas emissions reductions and removals to improve product carbon footprints.

Man wearing a cap and Silicate blue vest gesturing while talking to a woman in a black vest in a green field.

Supply chain stability and revenue growth

Field mapping and variable-rate spreading reduces input costs, maximises nutrient use efficiency and enhances yields.

Hand holding two clear plastic containers with blue and orange lids in a wheat field with a tree and cloudy sky in the background.

Responsible land-use and water security

Silicate’s precise measurement process informs nutrient management – reducing nitrate losses and pollution.

A farmer’s experience partnering with Silicate

Partnering for progress

Silicate x Northwestern University

Learn about our team and partners

Two smiling people, a man with glasses and a woman, standing on steps outside Northwestern's O.T. Hogan Biological Sciences Building.

Hand holding a labeled centrifuge tube among rows of similar tubes on a lab counter.

Tray containing multiple brown paper bags labeled with sample names and measurements in a laboratory setting.

Futureproof farm productivity

Supplier-embedded, traceable decarbonisation

Two green John Deere X9 1100 combine harvesters parked on grass near farming equipment under a clear sky.

Corporates

Enhance the resilience and transparency of your supply chain

We work with agribusiness sustainability teams towards SBTi-aligned commitments by directly measuring reduced Scope 3 FLAG CO₂and N₂O emissions and NO₃^- leaching on supply chain farms.

Four people standing and talking near a green tractor with a red farming trailer filled with soil under a clear blue sky.

Farmers

Optimise your soil pH management process

We work with farmers to map, measure and model the environmental and agronomic impacts of their soil conditioning and provide recommendations to increase resource efficiency, productivity and reduce input costs.