Wabi provides off-grid, modular water potabilization systems and eco-showers that deliver safe drinking water and dignified hygiene in constrained environments. Their technologies operate independently of electricity and chemicals, with the Eco-Shower reducing water use by up to 99.6% through a recirculating design. The systems are scalable and low-maintenance, enabling institutions and communities to deploy clean water solutions where they are needed most.
Funding
Funding not disclosed
Founders
Product
Problem
Billions of people lack access to safely managed drinking water, with 1 in 4 relying on unsafe surface water, walking long distances to collect water, or paying high costs for unreliable supply. This crisis hits low-income regions hardest, where inadequate water and hygiene infrastructure leads to preventable disease and diminished quality of life.
Solution
Wabi develops modular, decentralized water potabilization systems and ecological shower solutions that operate entirely off-grid, without dependence on electricity or chemical treatment. The potabilization systems convert local surface water into safe drinking water through rapid, reliable, low-maintenance performance, while the Eco-Shower recirculates water to deliver safe, dignified bathing with up to 99.6% water reduction. These technologies are designed to be practical, scalable, and easy to maintain, enabling institutions and communities to deploy real solutions in constrained environments. By providing on-site water treatment and hygiene infrastructure, Wabi helps people live healthier, safer, and more dignified lives regardless of their resources or location.
Target Audience
Primary customers are institutions, communities, and organizations operating in off-grid or resource-constrained environments that need reliable access to safe drinking water and dignified sanitation solutions.
Features
- Off-grid, modular water potabilization systems that treat local surface water without requiring electricity or chemical inputs
- Eco-Shower with water-recirculating technology that reduces water consumption by up to 99.6% while maintaining safe, dignified bathing
- Scalable system design that allows deployment across varying community sizes and institutional needs
- Low-maintenance engineering focused on reliable performance in constrained or resource-limited environments
- Decentralized water treatment approach that eliminates dependence on centralized infrastructure and long-distance water transport