Our innovative journey began in a scenario of great environmental challenge: the decontamination of mangrove areas polluted by oil residues. It was during this bioremediation process that a crucial observation changed everything: the detection of fungi in samples from oil reservoirs. A seed of scientific curiosity was planted.
Based on the isolation and identification of these fungi, we developed a novel formulation: a microbial consortium combined with mangrove sediment contaminated by petroleum, calcined sand, saline solution, and other inputs such as glycerin and castor bean cake. This mixture was carefully prepared to enhance bioremediation.
After homogenization and incubation (3 months) in sealed Petri dishes, a remarkable phenomenon occurred: we observed the spontaneous synthesis of crystals on the surface of the samples used directly in the bioremediation process. These were square and rectangular crystals, colorless and transparent, with a characteristic sheen.
In-depth analyses revealed the nature of these crystals: Halite (NaCl) with a specific ionic bond, resulting from a hydrolysis and biotransformation process of crystallized residues and the capture of hydrocarbon substances. More importantly, we identified the potential of these crystals as semiconductors and biosensors, consolidating the discovery of an innovative, sustainable material with vast technological applicability.
Natussensor, formally established in 2023 as INOVA SIMPLES I.S., is a startup driven by a passion for redefining electronics through science and sustainability. Our focus is the development and commercialization of carbon silicate semiconductor crystals, a low-cost nanostructured material with wide-scale applications. We were born to be the bridge between cutting-edge research and the demands of a constantly evolving market, seeking to establish partnerships to scale our product and process in the microelectronics sector.
Our crystals are not just innovative, they are extraordinary. They exhibit characteristics of carbon nanotubes, giving them exceptional properties of strength and flexibility. This semiconductor nanostructure is fundamental to their applications in miniaturized and high-performance electronics, and to their ability to produce an electronic signal in biosensors.
Detailed electron micrograph (SEM) of a fungal hypha at 7,000x magnification, showing structures consistent with carbon nanotubes, as determined by Electron Micrograph (SEM/EDS) and Gas Chromatography (GC-MS) analyses.
Natussensor’s semiconductor crystals are redefining the electronics of the future, driving advancements in chips, telecommunications (5G/6G, IoT, AI), specialized sensors, and the development of new lightweight and durable materials. Our technology transcends traditional silicon, offering more sustainable and efficient solutions for a constantly evolving world demanding new materials.
In today’s market, advanced materials such as silicon carbide (SiC) are already widely used in high-power semiconductors, validating the growing demand for alternatives to silicon. With the potential to revolutionize sectors served by leaders such as Infineon Technologies®, STMicroelectronics®, and Wolfspeed® (formerly Cree), our mineral carbon silicate crystals offer the same promise of performance, combined with an innovative and sustainable production process.
Natussensor, formally established in 2023 as INOVA SIMPLES I.S., is a startup driven by a passion for redefining electronics through science and sustainability. Our focus is the development and commercialization of carbon silicate semiconductor crystals, a low-cost nanostructured material with wide-scale applications. We were born to be the bridge between cutting-edge research and the demands of a constantly evolving market, seeking to establish partnerships to scale our product and process in the microelectronics sector.
Our innovation already demonstrates high technical viability and a tested prototype, with originality and potential for global expansion. We hold a Patent of Invention granted by INPI/BR PI 1105934-6, which validates our exclusivity. We have gained recognition at highly relevant scientific events, such as participation in the 1st Brazilian Congress of Industrial Biotechnology (I COBBIND), where our work “SEMICONDUCTOR CRYSTALS WITH APPLICATION IN ELECTRONICS” was approved for presentation. We have advanced to the second stage of the CENTELHA 2 program, milestones that attest to our solidity. We invite investors to join a multidisciplinary and cohesive team to capitalize on the vast opportunities that our semiconductor crystals and biosensors offer to shape future innovations.
