Turning cleaner water into real-world impact.
Green Water Planet’s PVC-ZnO nanocomposite membrane technology is built to advance global water goals — and to scale from the lab into the plants, partners, and markets that need it.
- 99.777% Microplastic Removal
- ~40% Lower Mfg. Cost
- SDG 6 Clean Water Aligned
UN Sustainable Development Goal 6
Our technology is engineered around the world’s shared commitment to clean water and sanitation for all.
How Green Water Planet contributes
Each line below maps a measurable capability of our membrane technology to the targets behind SDG 6.
Improved water quality
Reduction of water pollution
Removal of microplastics from wastewater
Sustainable wastewater treatment solutions
Advancement of clean water technologies
Where our membranes go to work
Four target markets where lower cost and superior microplastic removal create immediate, measurable value.
Municipal Wastewater Treatment Plants
Industrial Wastewater Facilities
Engineering Consulting Firms
OEM Water Technology Partners
From validated science to market scale
Like water moving through the membrane, each stage clarifies the path — refining the technology until it reaches the plants and partners that depend on it.
Technology Validation
Proven in lab
Pilot Projects
Real conditions
Certification
Standards met
Manufacturing Scale-Up
Production ready
Technology Validation
Market Expansion
We're actively seeking collaborators
If your work touches water, we’d like to build the next stage of this technology with you.
Pilot Partners
Test our membranes in your facility under real operating conditions.
Municipal Collaborators
Bring cleaner, lower-cost treatment to the communities you serve.
Research Partners
Advance membrane science and water innovation alongside our team.
OEM Partners
Integrate our technology into your water-treatment product lines.
Investors
Back a patent-pending technology positioned for a growing market.
Let's build something amazing together.
Tell us how you work with water, and our team will reach out with next steps.