Hapi Fields develops a liquid nano clay technology that transforms desert and sandy soils — permanently restoring their ability to retain water and nutrients. No chemicals. No infrastructure. Just soil science at scale.
Arid and desert soils have open pore structures that allow water and nutrients to pass through before crops can absorb them — forcing farmers into cycles of over-irrigation and over-fertilisation.
Compost, biochar, and fertiliser management improve the cropping system around the soil — but don't modify the soil matrix behaviour. The underlying drainage problem persists season after season.
In Egypt and MENA's arid regions, agricultural water demand already exceeds sustainable supply. Every litre lost to poor soil retention is a litre no farmer can afford to waste.
Unlike surface treatments, Hapi Fields' liquid nano clay penetrates and permanently alters how soil particles interact — changing pore structure, ion exchange capacity, and water binding at the molecular level.
Our mineral platform modifies particle interactions, restructures pore geometry, and enhances ion exchange capacity — the three root causes of poor sandy soil performance.
Egypt and MENA face an acute collision between rising food demand, declining water availability, and degraded land. Hapi Fields is engineered to operate at the scale this crisis demands — without complex infrastructure or costly chemicals. 1.9 billion hectares of land are affected by degradation globally (UN data), with 1.5 billion hectares needing restoration by 2030.
Egypt's national horizontal expansion programme targets over 4 million acres of desert land — all prime candidates for Hapi Fields treatment.
Hapi Fields works across the full agricultural value chain — from smallholder farmers to agribusiness and government land development programmes.
Farmers working arid and desert-reclaimed land who face high input costs, low yields, and water stress. Hapi Fields delivers measurable ROI from the first season by reducing irrigation needs and increasing marketable output.
Large-scale agricultural companies and land developers seeking to maximise productivity from arid land investments, with documented performance benchmarks.
National land reclamation authorities, ministries of agriculture, and international development organisations aligned with food security mandates.
Universities and soil science research centres co-developing and validating Hapi Fields technology across soil types, climatic conditions, and crop varieties.
Investors and funds focused on climate-resilient agriculture, water security, and food systems. A compelling intersection of commercial return and measurable environmental impact.
Farmer cooperatives and agricultural input distributors who can deliver Hapi Fields technology to clusters of smallholders efficiently and at regional scale.
Whether you are a farmer, investor, government body, or research institution — we want to hear from you. Hapi Fields is actively seeking pilot partners across Egypt and the MENA region.
"Egypt's greatest challenge isn't a lack of land — it's land that cannot hold the water and nutrients needed to grow food. We built Hapi Fields to solve that problem at its root."
Egypt has committed to reclaiming over 4 million acres of desert land under its national horizontal expansion programme. Yet most reclaimed land is sandy, water-inefficient, and nutrient-poor. Hapi Fields is the missing technology layer between ambition and agricultural productivity.
Whether you are a farmer, investor, government body, researcher, or simply curious about what Hapi Fields is building — we want to hear from you.