Our boots-on-the-ground approach to climate innovation
At agrofarm.com, we bridge the gap between scientific theory and tangible climate action. Our unique "asset-based research" model integrates legal land access, heavy industrial machinery, and local expertise, allowing us to rapidly de-risk carbon removal projects within the Dinaric Ophiolite Belt. Discover how our holistic approach delivers verifiable, ecologically safe, and socially responsible climate solutions.
Our unique asset-based research model
Unlike traditional climate-tech entities, agrofarm.com operates as a unique cooperative with a dedicated R&D mandate (NACE 72.19). We possess integrated infrastructure, combining legal land access, heavy industrial machinery, and unparalleled local operational expertise. This allows us to move from "theory" to "field-sampling" in days, not months. Furthermore, we act as the Balkan gateway for climate science, focusing on the Dinaric Ophiolite Belt – a critical, under-researched carbon sink. We are the first regional entity to de-risk carbon mineralization here, providing the world with crucial localized ecotoxicological safety data. Our "risk-first innovation" prioritises long-term ecological health, using a "dual-verification" system with ISO-17025 accredited laboratory validation. Crucially, as a local cooperative, we hold the essential "social licence to operate," transforming local stakeholders into partners for global climate action.
Multi-layered quality assurance: trust built on rigour
Trust is paramount in climate science. Our data integrity is secured through a rigorous four-pillar system. We insist on independent third-party validation; all geochemical analyses, leaching tests, and mineral characterisations are conducted by ISO-17025 accredited laboratories, ensuring impartial and reproducible results. Academic oversight is provided by an external Scientific Advisory Board of PhDs and researchers from leading universities, who review our protocols and data interpretation. Strict chain-of-custody protocols are maintained from field to lab, preventing contamination and ensuring traceability of every data point. We commit to open access and transparency, publishing our Environmental Impact Assessment (EIA) methodologies and results for peer-review, contributing to global carbon removal safety knowledge. Our research methodologies strictly align with IPCC guidelines and emerging MRV protocols.
Our project lifecycle: from field to verification
Every agrofarm.com project follows a rigorous, five-stage operational framework, ensuring scientific soundness, social responsibility, and climate effectiveness. It begins with comprehensive site assessment & social licence, engaging local communities for transparency and alignment. This moves to systematic sampling & logistics, where our heavy machinery and field expertise execute high-precision geological sampling, geotagged and documented under strict "chain-of-custody" protocols. Next, accredited laboratory analysis sees samples dispatched to independent, ISO-17025 accredited labs for mineral characterisation and leaching tests (ICP-MS/XRD) to assess carbon-capture potential and ecotoxicological safety. Data modelling & impact assessment follows, with scientific advisors processing results to build predictive models for Environmental Impact Assessment (EIA), calculating CO2 stability and potential trade-offs. Finally, MRV & transparent reporting compiles findings into peer-review-ready reports, ensuring claimed carbon removal is permanent, measurable, and verifiable by international climate funds and registries.
"Driving a triple bottom line impact for a sustainable future."
Our integrated approach benefits the global climate and scientific community by filling critical data deserts in the Dinaric Ophiolite Belt. We empower local communities by transforming environmental liabilities into strategic assets, creating high-value roles. Climate investors and grant agencies gain de-risked opportunities through our ISO-verified MRV transparency. Ultimately, we provide future generations with a genuine legacy of climate stability through permanent atmospheric CO2 removal, locked in stone for millennia.
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