Designing Reliable & Equitable NanoSolar-Driven Water Purification Systems

Addressing the critical challenge of clean water scarcity globally by engineering advanced, cost-effective purification systems tailored precisely to local community needs.

Explore Our Mission View Research Data

MISSION_STATEMENT //

Our Objective

"Our mission is to address the critical challenge of clean water scarcity, particularly in low and middle-income countries, by delivering advanced water purification systems that are simple, cost-effective, and tailored to local needs."

H₂O

Empowering Communities Promoting health, well-being, & growth.

The Global Challenge

Understanding the depth of the water scarcity crisis across sub-Saharan Africa.

41%

Of Africa's population lacks access to clean drinking water, with rapidly urbanizing areas facing acute shortages as infrastructure struggles to meet demand.

45%

Of sub-Saharan Africa faces increased water stress due to frequent droughts and erratic rainfall, worsening water scarcity drastically.

35%

Of rural and peri-urban communities rely completely on unsafe water sources due to inadequate infrastructure and insufficient regional investment.

Core Pillars

Why NanoSolar Water Purification?

By combining tailored materials engineering with advanced off-grid functionality, our system resolves the structural limitations of conventional clean water distribution.

Innovative Nanotechnology

Utilizes novel, high-efficiency photodynamic porphyrin conjugates to break down chemical impurities and neutralize biological targets at a molecular level.

Solar-Powered Efficiency

Engineered to operate entirely on solar thermal and photocatalytic energy, ensuring robust, off-grid water purification without relying on grid infrastructure.

Sustainable & Affordable

Delivers low-cost clean water solutions optimized for local communities, requiring minimal setup expenses and low maintenance overhead over time.

On-Site Pathogen Detection

Integrates advanced field nanodiagnostics to rapidly detect microbial risks, waterborne pathotypes, and co-circulating health threats directly at the source.

Project ID: ICAO\R1\231012

Our Research Framework & Institutional Synergy

ISPF Project Framework - UK, SA, DRC Synergy Diagram

Project Dispatch

Featured Research & Fieldwork

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The Royal Society’s ISPF International Collaborations Enhancement Grant has been awarded to boost our #NanoSolarPureWater Project

Great research doesn’t stop at the laboratory door-it flows where it is needed most. We are thrilled to announce an Enhancement Award that will significantly strengthen our ongoing ISPF International Collaborations Award project. This new phase of support focuses on bridging the gap between cutting-edge nanomaterials science and real-world community implementation across the African continent. … Continued

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Nigerian leads research on solar-powered water purificator

A groundbreaking international research initiative led by Dr. Ojodomo Achadu at Teesside University is advancing the development of solar-powered water purification technologies. This pioneering innovation is strategically positioned to revolutionize access to safe drinking water across developing regions globally. Operating in close collaboration with premier research experts from South Africa and the Democratic Republic of … Continued

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Dr. Ojodomo Achadu Leads Breakthrough Solar-Powered Water Purification Project Recognized by BBC

University academics, in partnership with NanoSolar-Pure Water, are developing an innovative solar-powered water purification system that could transform access to clean drinking water for millions of people in the developing world. The project, led by Dr. Ojodomo Achadu of Teesside University, brings together researchers from the United Kingdom, South Africa, and the Democratic Republic of … Continued

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Funding & Global Alliances

Supported by World-Leading Research Foundations

Main Funders

Funders of Additional Projects in Achadu Lab