Customized solutions to transform waste into high value-added materials for environmental, industrial and agricultural applications.
Know-how and intellectual protection through patents. We make sure the innovations developed in partnership are properly protected, securing a sustainable competitive advantage for your company.
Adaptation to a specific industrial application. We develop and scale formulations that integrate into your production chain, from laboratory scale to large-scale production.
We turn waste into high value-added materials for environmental, industrial and agricultural applications. Our technologies enable water treatment and purification, removing heavy metals and pollutants, as well as improving water quality by reducing hardness ions.
We also work on the capture of greenhouse gases (CO₂ and ammonia), contributing to climate change mitigation, and on the development of lighter, more sustainable construction materials.
In agriculture, our products act as smart fertilizers, releasing nutrients slowly and in a controlled way, increasing the efficiency of potassium and nitrogen use, cutting losses from emissions and improving water retention in the soil.
A four-stage structured process, from diagnosis to ongoing support.
Stage 01: Diagnosis
Stage 02: Development
Stage 03: Implementation
Stage 04: Follow Up
We develop nanomaterials from waste streams such as Rice Husk Ash and coal ash. These materials are functionalized and applied across several fronts: environmental, industrial and agricultural.
Removal of heavy metals: Pb²⁺, Ca²⁺, Cu²⁺ and various pollutants
Reduction of Ca²⁺ and Mg²⁺ to improve water quality
Reduction of greenhouse gas emissions
Controlled nutrient release, encapsulated K with slow and gradual release
Water retention → drought resistance and moisture preservation
Immobilization of heavy metals in the soil and pH conditioning
Lower emissions through ammonia (NH₃) retention
Creating a sustainable cycle in which materials are continuously reused, reducing the need to extract new resources and cutting the waste generated.
Reducing nutrient loss in the soil, minimizing pollutant emissions and promoting more sustainable agriculture for future generations.
Turning waste into valuable fertilizers that can be sold commercially, generating profit for industry and local communities.
Cutting farming expenses by using a slow-release fertilizer that stays in the soil, lowering crop production costs.
A pioneering approach to potassium fertilizers, delivering benefits for both industry and the environment through cutting-edge R&D&I.
Reducing the volume of waste sent to landfills or requiring costly treatment, converting a liability into an asset.
We encourage the circular economy and conservation, reducing the hazards linked to waste storage and disposal.
