TNBR researchers piloted the integration of Carbon Capture, Utilisation & Storage (CCUS) with a CO₂-enriched greenhouse system adjacent to a thermal power plant.
Captured CO₂ is repurposed to enhance the growth of high-value crops such as chili, corn, and dragon fruit—demonstrating a low-carbon approach to sustainable agriculture.
TNBR continues to lead in solar innovation, leveraging floating solar systems to generate clean energy and support the nation's low-carbon transition. Since 2017, TNBR has expanded its focus to explore offshore floating solar potential.
TNBR has developed a smart street lighting system using energy-efficient LED lights and intelligent monitoring technology to ensure safe and efficient roadway illumination.
This initiative reduces energy consumption, lowers maintenance costs, and supports sustainable urban development in line with ESG principles.
As part of its ESG commitment, TNBR conducts fish species monitoring to assess aquatic habitat health and population trends.
Regular surveys provide data to identify endangered species, track ecosystem changes, and support habitat restoration—ensuring water resources remain sustainable while preserving national biodiversity.
TNBR has developed a science-based early warning system to protect communities living downstream of dams from potential structural risks.
Through technical studies and system implementation, this initiative enhances public safety and demonstrates TNBR’s commitment to disaster risk management through technology.