Drinkwell - Water. Secured.

Water. Secured.

Climate-resilient infrastructure removing arsenic, fluoride, and other impurities at scale.

Proven technology. Trusted partners. Measurable impact.

3.02M+
People Served
700+
Treatment Plants Deployed
2.5B+
Liters Processed
99.9%
Contaminant Removal Rate

HIX-Nano

Hybrid Ion Exchange (HIX) Nanotechnology engineered to remove arsenic, fluoride, and other groundwater contaminants at molecular level—regenerable, reusable, and 70% more cost-effective than reverse osmosis.

STAGE 01

Contaminated Water

Groundwater contaminated with multiple toxins enters the system

ARSENIC
FLUORIDE
IRON
NITRATE
URANIUM
HEAVY METALS
Stage 02

HIX-Nano™

Multi-stage ion exchange removes contaminants at molecular level

99.9%+ REMOVAL
STAGE 03

Safe Water

Clean, purified water meeting WHO international safety standards

99.9%+
Removal Rate
WHO
Standards Met
70%
Cost Savings
100%
Regenerable
♻️

Regenerable & Reusable

HIX-Nano™ media can be regenerated and reused, dramatically reducing operational costs and environmental waste

70% Cost Reduction

More cost-effective than reverse osmosis with lower energy consumption and maintenance requirements

🔬

Molecular Level Removal

Advanced ion exchange removes contaminants at the molecular level while reducing TDS and hardness

Trusted Partners

Institutional Backing.

Trusted by the world's leading multilateral, bilateral, and global corporations.

Multilaterals

World Bank
Asian Development Bank
UNICEF

Bilaterals

US State Department
JICA
GIZ

Corporations

Unilever
Danone
Cisco
Measurable Impact

Protecting What's Vital.

HIX-Nano technology delivering measurable outcomes across multiple markets and delivery models.

People

Public Health Protection

Removing arsenic, fluoride, and contaminants proven to cause cancer, skeletal fluorosis, and developmental harm.

3M+
Lives Protected Daily
Planet

Circular Economy at Scale

Regenerable HIX-Nano media eliminates filter waste while consuming significantly less electricity than RO systems.

95%
Waste Reduction
Profit

Economically Sustainable

70% lower lifecycle costs vs RO through regenerable media and reduced electricity consumption.

70%
Cost Savings