The science of putting carbon back in the ground.
An inside look at how Pangaea engineers compost-based fertilizers, remediates digestate at biogas plants, and monitors carbon outcomes at field scale from end to end.
ON THIS PAGE
00 - The Problem we're solving
01 - Compost & fertilizer
02 - Digestate remediation
03 - Farm monitoring
04 - Standards & certification
Soils are losing their ability to grow our food.
Decades of synthetic-fertilizer dependence and declining organic matter have left some farming regions producing up to half of what they used to - at higher input cost, with worse climate outcomes.
Pangaea's answer is a closed-loop system: organic, compost-based fertilisers enriched with biochar and amendments, dialled to each crop and soil profile. Designed to outperform synthetic competitors over time, while sequestering carbon as a matter of course.
-50%
Yield loss in the worst affected regions.
Transforming soil health, cutting emissions, in one product.
01 - Compost & Fertilizer
Organic Inputs
Biochar Enrichment
Tailored Blending
IoT QA
PAS-110 Release
01
02
03
04
05
Sourced Locally
GHG Sequestered
Bagging & QC
Compliance Ready
Field-ready Product
Biochar Integration
BSI-110 Pathway
Blending & Bagging
IoT Monitoring
Highly stable carbon scaffolding inside every blend - boosts microbial activity, locks carbon below ground, and turns the fertilizer itself into a sequestration vector.
Compost meets strict UK/EU quality, safety and environmental thresholds — making the product a marketable, certifiable input across multiple jurisdictions, not a regional curiosity.
Full vertical control over how each blend is mixed, dosed and packaged — the only way the tailor-made model is commercially feasible at customer scale.
Probes verify the blend hits its target parameters before release — so every bag matches the spec, and every batch is traceable for buyers and regulators.
Carbon-negative input
EU & UK Ready
In-house
Continuous QA
18 - 20%
Increase in soil water retention
~40%*
Increase in crop biomass yield
*crop dependent
ZER0
Synthetic additives
02 - Digestate Remediation
Turning a biogas-plant byproduct into a clean nutrient input.
Nutrient Extraction
Wastewater Remediation
Ultrafiltration upgrades digestate quality while stripping contaminants. The solid–liquid separation step routes dried solids to our blending facility for re-use.
Highly stable carbon scaffolding inside every blend - boosts microbial activity, locks carbon below ground, and turns the fertilizer itself into a sequestration vector.
What raw digestate carries and what we remove:
Heavy metals
Pathogens
Antibiotics
Microplastics
Emerging contaminants
Nutrient overload
03 - Farm Monitoring
A cloud platform that watches every plot — and every tonne of carbon.
Pangaea-engineered probes feed a cloud-based control hub, putting soil health and sequestration impact in front of farmers and operators in real time.
Soil health and carbon impact on one screen.
IN DEVELOPMENT
Our agri-tech platform pulls every parameter from the field probes and puts it in front of the customer through a single user interface — so they can see not just what's happening to their soil, but what it means for the carbon they're putting back in the ground.
04 - Standards & Certifications
Built to be a marketable, regulated input.
Our compost program is engineered against the BSI PAS-110 specification - the British Standards Institution's quality threshold for digestate-derived materials, recognized across UK and EU markets.
BSI PAS-110, in simple terms.
PAS-110 sets quality, safety and environmental thresholds that compost-based products must meet to be sold as a defined, regulated product rather than waste. Hitting it means our blends can move freely across the markets that matter.
UK
United Kingdom
EU
European Union
✔
Audit-ready Trail
Our IoT monitoring during blending exists, in part, to provide the auditable trail PAS-110 requires.
Get in Touch!
Tell us about the land, plant or programme you're working on. We'll get back inside two business days with a first take and the right next step.