Hello! My journey into the world of science began at the age of 9, inspired by watching Jurassic Park at the cinema. A decade later, I was already working in a molecular biology lab, manipulating DNA—though not of dinosaurs! With over 20 years of experience in biotech research, ranging from basic to applied sciences, I went on to found a deep-tech startup with the mission of revolutionizing the production of bioplastics. Starting my career in a molecular biology lab, performing PCR experiments, I transitioned into academia as a university professor and expanded my expertise through international experience in advanced biotechnology. Now, as I lead my fourth startup, I leverage this extensive background to drive impactful solutions. By transforming the challenges posed by climate change into opportunities, I am focused on developing innovative biosolutions that not only address global sustainability needs but also create long-term value across industries. My journey reflects resilience, adaptability, and a commitment to turning scientific discovery into real-world impact.BioUs addresses the critical challenge of organic waste management in agriculture. The current reliance on chemical fertilizers increases climate risks and carbon emissions, leaving farmers vulnerable to resource dependency and rising costs. There is a growing need for sustainable, low-cost solutions that enhance soil health, reduce environmental impact, and provide alternative uses for organic waste, including biodegradable materials.SolutionBioUs offers the Biofactory OnFarm, an on-site solution that transforms organic waste directly on farms into biofertilizers and 100% biodegradable bioplastics. This process closes the nutrient cycle, reduces dependency on chemical fertilizers, and mitigates carbon emissions. By integrating biofertilizer and bioplastic production with existing farming operations, Biofactory OnFarm supports the transition to more biological and sustainable agricultural practices.Benefits- Reduction of methane emissions and carbon compensation of 270 tons of CO2 per ton treated.- Creation of biofertilizers that enrich soil and promote biological agriculture.- Production of 100% biodegradable bioplastics that are 50% cheaper than traditional options, providing a cost-effective alternative for farmers and businesses.- New revenue streams through carbon credits and negative carbon products.- Low-cost technology enhances farmers' competitiveness and resilience to climate change.- Contribution to the circular economy with sustainable impacts.