Soil Intelligence
for Enhanced Rock Weathering

We help ERW project developers identify profitable project sites and cut measurement costs by up to 60% using remote sensing data.

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The Challenge

ERW lacks soil knowledge

Enhanced Rock Weathering has the potential to become a scalable and cost-efficient carbon removal pathway. In practice, two unresolved challenges dominate project economics and execution.

Challenge 01

Site Selection

Project sites are selected with insufficient soil data. Identifying economically viable ERW sites is time-consuming and costly. But if soil paramters remain unknown, weathering rates and carbon capture potential is uncertain. As a result, ERW projects have high financing risks.

Winfield United Soil Sampling Micronutrients

Challenge 02

Sampling Density

Soil heterogeneity drives measurement costs. Soil parameters vary significantly within a field. Without spatially resolved soil information, conservative sampling strategies are required to manage uncertainty. This leads to high measurement costs that can account for up to 50% of total project costs.

Our Solution

Multi-Sensing soil intelligence, built for ERW

AEROC provides a data-driven soil intelligence layer tailored to the specific requirements of Enhanced Rock Weathering. By combining multiple sensing technologies, we enable better decisions early in the project lifecycle and significantly reduce project costs.

Up to 0 %

cost reduction for site scouting and initial soil assessment

Up to 0 %

reduction in overall project costs

Up to 0 %

reduction of required soil samples over the project lifetime

Our Background

Built on real-world ERW experience

AEROC’s Multi-Sensing soil intelligence is being developed on the foundation of hands-on Enhanced Rock Weathering experience, institutional funding and established connections within the agricultural and ERW ecosystem.

Ecosystem