Methane emissions contribute to roughly 30% of today’s global warming, creating serious risks for communities worldwide. Cutting these emissions by 45% could lower global temperatures by 0.3°C by 2040—an essential step toward safeguarding our planet and building a healthier, more sustainable future.
94000 CO₂eq
157000 CO₂eq
276000 CO₂eq
42%
36%
18%
Watch how our innovative microplant transforms organic waste into valuable resources while reducing emissions.
BioConvert is a groundbreaking microplant that transforms organic waste and methane into high-value products
—Carbon nanotubes, hydrogen energy, fertilizer among others—
While actively mitigate climate change. BioConvert delivers an innovative solution that turns environmental challenges into profitable opportunities, by integrating disruptive proven technologies from diverse ecosystems. This unique synergy of climate action and resource recovery positions BioConvert as a leader in sustainable development, driving both ecological impact and economic growth.
Mitigating climate change is one of humanity's most urgent challenges. In I-Optia, we are fully committed to this goal, dedicating our resources to the development of BioConvert, a solution specifically designed to make a significant contribution to this global effort.
We recognize that accelerating climate mitigation requires solutions that are both highly effective and financially sustainable. By aligning environmental performance with strong market appeal, we unlock faster funding flows and enable the urgent, large-scale action our world needs now.
BioConvert has been meticulously designed with climate change and social impact as primary objectives, while profitability is also considered an important secondary goal. We believe that balancing these aspects is crucial for creating a lasting and positive impact
The Microplant is a revolutionary system that unites multiple cutting-edge technologies
—Each proven in its own field—
Into one powerful solution. By capturing methane and CO₂ emissions from organic waste and converting them into high-value resources, the Microplant delivers both environmental impact and economic return, turning harmful emissions into profitable opportunities.
A flexible and adaptable solution for climate remediation, designed to be accessible to communities with varying financial capabilities. Whether it is a low-income community that can only afford a small microplant with a few modular components, or a wealthier community able to install a larger, high capacity plant. Every effort counts, we all need to star contributing now to tackle climate change.
We develop cost-effective seawater desalination systems using carbon nanotubes and improving access to drinking water in remote communities.
BioConvert processes support our goal of providing sustainable drinking water through efficient conversion of organic waste.
Our commitment goes beyond technology. We work directly with remote communities to address their specific drinking water needs.
In BioConvert, we are dedicated to creating a more sustainable future through innovative solutions in soil remediation and clean energy.
BioConvert develops high-quality bioenhancers that revitalize degraded soils. Our products stimulate microbial activity, improve water retention, and increase soil fertility naturally and sustainably.
Our innovative process produces clean hydrogen for electricity generation. This technology not only reduces carbon emissions but also offers a viable alternative to fossil fuels.
BioConvert's biofertilizers are an eco-friendly alternative to traditional chemical fertilizers. Made from organic materials, these products enhance soil health and increase crop yields without harming the environment.
CEO - Cofounder
35+ years in gas treatment and AI applications for industrial operations.
Business Dev. Mgr. - Cofounder
28 years in marketing, focused on digital technology and hardware solutions.
Mechanical Engineer
20 + years experience Metalworking production management and middle management.
AI & Robotics Mgr. - Cofounder
9 years in AI and robotics for industrial systems, including machine learning.
Biologist Advisor
Knowledge in bio systems, bionics, and simulation models for biotech solutions.
Biologist Advisor
Knowledge in genomics, laboratory management and molecular diagnostics.
Agricultural Engineer Tech.
25+ years experience in pest control and agricultural production.
Together we can make a difference.
Every action counts in the fight against climate change.
guillermo.bermudez@i-optia.com
+57 313 2628930