>>TECHNOLOGIES
Biotechnology
Golden Mussel
Innovative technology for controlling infestations of exotic species.
The Laboratory of Environmental Molecular Biology (BioMA) at the Federal University of Rio de Janeiro is a leading research center in the areas of bioprospecting, bioinformatics, and biotechnology. In partnership with BioMA and its spin-off BioBureau, hubz developed a biotechnological method for controlling the golden mussel, an invasive species that causes environmental impacts and economic losses in Brazilian river basins.
Technology offers a new alternative to address a problem affecting hydroelectric reservoirs and other water systems. In hydroelectric plants alone, the costs of cleaning and maintaining equipment can reach US$120 million per year.
.Discover why controlling the Golden Mussel is relevant to Brazilian river basins and what opportunities it offers. Visite the full page and learn +
Natuprotein
Insects in waste treatment and wealth generation.
Natuprotein transforms organic waste into high-value products through insect-based bioconversion. Fed with household, agricultural, and industrial organic waste, insects produce protein, bio-oil, and biofertilizer, making full use of the biomass generated.
In addition to producing high-quality ingredients for a wide range of applications, this technology contributes to organic waste treatment by reducing the volume of waste sent to landfills. The resulting protein can effectively replace conventional feed ingredients such as soybean meal, corn, sorghum, and animal-based meals.
With abundant organic waste and natural conditions that favor insect cultivation, Brazil offers an ideal environment for expanding this sustainable, circular production model.
.Discover why Natuprotein is a relevant solution for sustainable protein production and organic waste valorization, and explore the opportunities it creates. Visit the full page to learn +
Natudiesel
Biodiesel produced by the bioconversion of organic waste
Natudiesel converts organic waste into biodiesel through bioconversion using native insects raised under controlled conditions. In addition to producing the bio-oil used to manufacture biodiesel, the process also generates protein and biofertilizer, making full use of the biomass produced.
By feeding on household, agricultural, and industrial organic waste, the insects also contribute to waste treatment by reducing the volume of material sent to landfills. Compared with fossil diesel and soybean-based biodiesel, the resulting fuel offers higher yields, greater water efficiency, shorter production cycles, and does not depend on agricultural land.
The production model also creates opportunities for small-scale producers, who can become part of a decentralized insect farming network, generating additional income while supporting regional development.
.Discover why Natudiesel is a sustainable alternative for biodiesel production and explore the opportunities this technology offers. Visit the full page to learn +