Advancing sustainable resource management, renewable energy & environmental conservation
To conduct research that ensures sustainable water resource management, advances renewable energy technologies, and promotes environmental conservation for Zambia's sustainable development.
To innovate and deliver science-based solutions for water security, clean energy access, and environmental protection through cutting-edge research and partnerships with communities and industry.
To be a center of excellence in water, energy and environmental research in Africa, driving innovation and contributing to a sustainable and climate-resilient future for all.
The Water, Energy & Environment department at NISIR is Zambia's leading research hub for sustainable resource management. Established in 2002, we have been at the forefront of developing innovative solutions for water quality assessment, renewable energy technologies, and environmental conservation. Our state-of-the-art laboratories equipped with water quality analyzers, solar testing facilities, and environmental monitoring instruments, along with our expert team of hydrologists, energy engineers, and ecologists, collaborate with local and international partners to address Zambia's most pressing environmental challenges.
Water Quality Laboratory
See our advanced water testing and analysis facilities
Solar Energy Research
Testing photovoltaic systems for rural electrification
Physicochemical and microbiological testing
Photovoltaic system optimization
Air and water quality assessment
Sustainable biofuel research
Comprehensive water quality and flow monitoring of the Kafue River, establishing baseline data for sustainable management.
Designed and deployed 15 solar mini-grids in rural communities, providing clean energy to over 10,000 households.
Developed sustainable management plans for Miombo woodlands, balancing conservation with community needs.
Lead: Dr. Banda · Started Jan 2026 · Expected completion: Dec 2028
Modeling groundwater recharge rates under different climate change scenarios in the Barotse sub-basin.
Lead: Dr. Mulenga · Started Mar 2025 · Expected completion: Aug 2027
Developing low-cost, high-efficiency solar home systems using locally available components.
Lead: Dr. Phiri · Started Feb 2026 · Expected completion: Mar 2029
Pyrolysis technology to convert plastic waste into fuel oil and charcoal for industrial use.
Banda K., Mulenga C., et al. (2026). "Climate change impacts on groundwater recharge in the Barotse sub-basin, Zambia." Journal of Hydrology: Regional Studies, 45, 101-118.
Mulenga C., Phiri S. (2025). "Performance evaluation of low-cost solar home systems under Zambian conditions." Renewable Energy, 215, 119-132.
Phiri S., Banda K. (2025). "Pyrolysis of mixed plastic waste for fuel production: A case study from Lusaka." Journal of Environmental Management, 335, 117-129.