The Radiation Protection Institute (RPI) undertakes innovative research that safeguards public health, protects the environment, and supports national development. Our solution‑focused research helps communities, industries, and professionals uphold the highest standards of radiation safety.
Environmental Radiation Protection and Safety
Our environmental radiation research creates effective monitoring systems and safety protocols to protect ecosystems and communities from radiological hazards. We ensure radiation levels remain safe by conducting continuous assessments while also encouraging responsible industrial and medical use of radiation technology.
Natural Radioactivity – Naturally Occurring Radioactive Materials (NORMs)
We investigate Naturally Occurring Radioactive Materials (NORM) in soil, rocks, and minerals to assess their potential impact on human health and the environment. This work helps industries like mining, oil and gas, and construction by guiding regulations and safety protocols that protect workers and surrounding communities.
Radiological Food and Water Quality Assessment
This research area examines food and water for radioactive contamination to protect public health and ensure compliance with international safety standards.
Radon Monitoring and Assessment
Radon is a naturally occurring radioactive gas that can cause serious health problems when it accumulates indoors. Our monitoring program measures radon levels in homes, workplaces, schools, and water sources. By identifying high-risk areas and guiding mitigation measures, we help protect public health across the country.
Disposal Solutions for Disused Sealed Radioactive Sources
Our scientists use detailed site studies and rigorous safety assessments to create safe, long-term disposal solutions for unused sealed radioactive sources. This work promotes the safe long-term management of radioactive materials and prevents environmental contamination.
Radioactive Waste Management Facility Operations
We assess the safety of radioactive waste management facilities and handle the characterization and conditioning of Category 3–5 disused sealed radioactive sources. These activities ensure high-risk materials are properly managed and prepared for safe disposal, protecting workers and surrounding communities from radiological hazards.
Human Resource Development in Radioactive Waste Management
Building national capacity in radioactive waste management is essential for long-term radiation safety. The institute supports this by training professionals in safe and effective radioactive waste management practices.
Radiofrequency Measurement and Analysis
As wireless technology spreads, understanding radiofrequency exposure becomes increasingly important. Our research measures and analyses radiofrequency radiation from telecommunications infrastructure to ensure that exposure levels meet safety standards.
Radiation Dosimetry
This area focusses on measuring and evaluating radiation doses received by occupationally exposed individuals to promote safe radiation use in medical, industrial, and research settings.
Extremely Low Frequency Dosimetry and Analysis
We investigate exposure to extremely low frequency electromagnetic fields from power lines, electrical installations, and appliances. Our research establishes exposure baselines, identifies potential health implications, and informs safety standards for electrical infrastructure development, balancing technological progress with precautionary health protection.