Applied engineering to transform agricultural waste into productive solutions.
Applying advanced engineering to transform agro-industrial waste into agro-industrial solutions.
In applied research, development of carbonaceous materials, and valorization of agro-industrial waste from academia to the productive sector.
Technical characterization and feasibility analysis of multiple agricultural biomasses for use in biochar and activated carbons.
Pyrolysis processes and materials tested under technical and regulatory standards.
Support for agro-industrial and environmental initiatives in process design, materials, and waste valorization strategies.
We transform agro-industrial waste into high-performance biochar and activated carbons, designed to improve soils, treat water, and optimize industrial processes.
We integrate applied engineering and technical validation to ensure functional, reliable materials aligned with the productive reality of agriculture and industry.
We develop custom biochar and activated carbons, optimizing their performance, dosage, and efficiency through technical characterization and modeling, reducing costs and risks in the agricultural and industrial sectors.
We support agro-industrial companies and projects in the technical valorization of waste, reduction of environmental footprint, and process improvement, integrating data analysis, modeling, and experimental validation.
We apply our materials and knowledge to improve agricultural soils, support remediation processes, and optimize water treatments, with technical, traceable criteria adapted to each productive context.
At NanoMOF, we integrate applied engineering, materials science, and sustainability to convert residual biomass into technical solutions with real productive impact.
We design custom carbonaceous materials through mathematical modeling and experimental validation, optimizing their performance according to the needs of the soil, water, or industrial process.
We apply controlled pyrolysis and activation routes adjusted to each biomass, prioritizing efficiency, reproducibility, and scalability for the agro-industrial sector.
We characterize materials with advanced techniques to ensure performance, traceability, and consistency with technical and regulatory standards.
We convert agro-industrial waste into useful inputs, reducing environmental liabilities and generating technical and economic value for the production chain.
Applied engineering to convert agro-industrial waste into solutions that improve soil, water, and production processes.
Advanced engineering and green chemistry applied to agro-industrial streams, focusing on technical performance and productive value.
Verifiable data, rigorous characterization, and technical traceability aligned with international standards.
Development of simple, functional, and custom-designed technical solutions for real applications in the productive sector.
We valorize biomass streams, integrating matter, knowledge, and processes into the agro-industrial system.
Technical amendment for agricultural soils, designed through engineering. Improves soil microbiota. Acts as a carbon sink and promotes beneficial microbiology.
We accompany the product with technical analysis and dosage criteria, allowing us to define how much biochar to apply and under what conditions, according to each production system.
Activated carbon produced from agro-industrial streams through controlled thermochemical processes and activation adjusted according to the target application.
We design the material based on the final use, adjusting porosity, surface area, and chemistry, with experimental support and technical selection criteria.
We support agro-industrial, environmental, and industrial companies in the design, evaluation, and optimization of solutions based on biomass and carbonaceous materials.
Recommendations are based on data, simulation, and testing, reducing technical risks and costs before scaling.
We develop biochar and activated carbons adjusted to specific conditions of use, through the integration of modeling, characterization, and technical testing.
We do not sell a generic material: we design the solution based on the client’s technical context.
Engineering to convert an operating cost into a productive opportunity.
At NanoMOF, we technically evaluate your biomass, determine its valorization potential, and define the most efficient and viable route according to your productive, environmental, and economic context.
Emission reduction associated with biomass valorization.
Carbonaceous materials with technical traceability and agro-industrial origin.
Articulation between agro-industry, applied science, and territory.
Environmental impact guides our technological decisions.
Explore how we convert agro-industrial biomass into materials that clean, regenerate, and reduce emissions. A quick look at the science driving our impact.
Agro-industrial Valorization Cases from Laboratory to Productive Application Agro-industrial waste ceases to be a liability when evaluated as technological platforms capable of generating energy, materials, and high-value products. Scientific evidence
Functional differences, real-world applications, and common selection errors In the process of agro-industrial biomass valorization, one of the most frequent errors is assuming that all carbonaceous materials serve the same
Agro-industrial biomass constitutes a widely available, low-disposal-cost renewable resource with high carbon content, making it a strategic raw material for energy generation, functional materials, and environmental solutions. Its renewable nature
Physicochemical and operational criteria for deciding viable valorization routes.
Continue reading
Functional differences, real applications, and common mistakes in their selection.
Continue reading
Cases of agro-industrial valorization from laboratory to productive application.
Continue reading
Our flagship project brings biomass valorization technology to Amazonian communities, allowing them to produce and market activated carbon for water purification. This drives economic autonomy and environmental improvement.
We work with waste such as cocoa shells, sugarcane bagasse, coffee residues, wood, and rice husks. We analyze each biomass, estimate its potential, and define the best valorization route.
Biochar improves soils and acts as a carbon sink.
Activated carbon has much more surface area and micropores, ideal for purification, filtration, and industrial processes.
Yes. Through “Monetize your waste,” we evaluate your biomass and provide you with a free initial diagnosis of its energetic and commercial potential.
Yes. We adapt porosity, activation, and carbon chemistry according to the application: filtration, energy, agriculture, or industrial processes.
Yes. We guide you through the shipping process, and you receive a report with physicochemical properties and process recommendations.
Yes. We collaborate with entities such as IDB, UPB, NINA Energy, and GINUMA to advance innovation and sustainability.
Yes. We conduct workshops and training for companies, universities, and technical teams in biomaterials and circular economy.
Through the form on the website or via our corporate email.
