Application Cases
Technology Solutions for Industrial Waste Transformation
Nanomaterials converted from ash, rice husk and tailings, with proven environmental and industrial applications.
Nanomaterials converted from ash, rice husk and tailings, with proven environmental and industrial applications.
Innovation programs, incubators and partners that support the development of our technologies.
The Technology Readiness Level (TRL) indicates the maturity of each technology, from early development to validation in a real-world environment.
Transformation of coal ash into a smart-release Potassium (K) fertilizer, with superior nutrient retention and optimized water infiltration, ideal for drought conditions and degraded soils.
The encapsulated fertilizer resists wash-off by rain, is fully compliant with MAPA (Brazilian Ministry of Agriculture) regulations, and reduces the need for frequent reapplication, generating real savings for the farmer.
Development of a nanomaterial from Rice Husk Ash, one of the most abundant agro-industrial waste streams on the planet, especially in Rio Grande do Sul.
Encapsulated potassium that resists wash-off by rain. Fully compliant with MAPA regulations. It significantly reduces the need to repurchase fertilizers, bringing economic efficiency to the crop.
Development of a nanoporous mesh for mineral restoration, with extreme filtration and large-scale applications for heavy industry, one of the largest environmental liabilities of the Brazilian mining sector.
Mining tailings account for 3 billion tonnes of waste worldwide every year. ZeoFertil is developing technology to turn this liability into high-value inputs for water treatment and the recovery of degraded soils.
Greater soil water capacity, drought resistance and higher productivity during critical periods.
Encapsulated potassium with slow, gradual release, fewer leaching losses and greater efficiency.
Adsorption of Pb²⁺, Cu²⁺ and other metals, safer soils and a protected food chain.
Ammonia retention in the mineral complex, mitigating greenhouse gases in agriculture.
Turning environmental liabilities into valuable assets, circular economy applied to real industry.
All formulations developed with full support for licensing with MAPA and the relevant authorities.