The demand for water exceeds the available supply in a region. It affects billions of people, particularly in arid and semi-arid areas, due to factors such as population growth, climate change, pollution, poor water management, and over-extraction of groundwater. This shortage limits access to safe drinking water, impacts food production, and threatens health, ecosystems, and economies worldwide.
4 Billion People
2.2 Billion People
72% Water Withdrawals
700 Million People
50% of the World’s Population
Global Freshwater Demand
Watch our video to learn how NanBioWater is revolutionizing water purification.
What if advanced nanotechnology could bring drinking water to the most remote places? We develop cost-effective seawater desalination systems using carbon nanotubes, offering high selectivity, fast filtration, and low operational costs. Our scalable microplants adapt to communities of all sizes. Beyond technology, we engage directly with communities — assessing local needs, providing training, and ensuring long-term support. We believe in a future where access to clean water is universal, driven by innovation and deep collaboration.
We harness cutting‑edge carbon nanotube membranes to selectively and efficiently filter seawater, delivering high permeability and unmatched purity. Our technology integrates seamlessly with existing plants—boosting performance while slashing energy use and fouling risks—so communities gain reliable access to clean water without harsh chemicals or ballooning costs.
By combining nanotechnology with smart design, we cut operational expenses dramatically and scale production from small villages to large coastal towns. Our AI‑driven digital twins optimize reliability in real time, while biotech‑enhanced intake systems and hybrid electrodialysis membranes ensure every drop counts—making sustainable desalination both rapid and responsible.
Yes. We source carbon nanofibers from methane and CO₂–rich organic waste, turning greenhouse gases into powerful purification materials. Our low‑energy processes and open‑patent manufacturing foster circular economies, minimizing footprints and empowering communities to manage water resources through hands‑on training, local leadership collaboration, and long‑term technical support.
Our microplant concept lets you deploy modular cells that produce up to 1 million L/day—enough for 330,000 people—without the expense of massive infrastructure. Simple physical and chemical fabrication techniques mean rapid, low‑risk roll‑out. From needs assessment through lifecycle testing, we guarantee an affordable, resilient solution that turns underserved coasts into thriving oases.
At the heart of our technology lies a mission far beyond engineering: empowering people. By providing affordable, clean drinking water to remote and underserved communities, we promote health, reduce inequality, and foster self-sufficiency. Our community-driven model ensures that each system is more than just a machine—it’s a catalyst for lasting social transformation.
Sustainability is not just a feature—it’s our foundation. From materials to operation, every part of our system is designed to protect the planet while delivering safe, affordable water for all.
Designed for harmony with local ecosystems, our microplants protect marine life, reduce waste, and preserve coastal environments—ensuring sustainability from source to community.
Our systems require minimal energy, avoiding harsh chemicals and high consumption. This makes water production eco-friendly, affordable, and accessible—even in off-grid or remote locations.
We transform CO₂ and methane emissions into carbon nanofibers, creating advanced membranes while reducing greenhouse gases—combining water purification with real climate action.
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.
Support sustainable innovation. Empower communities. Let’s turn seawater into hope—together.
guillermo.bermudez@i-optia.com
+57 313 2628930