NTPC Bongaigaon, a thermal power station located in Assam, India, has achieved a significant milestone by evacuating 5 million tonnes of pond ash commercially. The power station has been working on the pond ash evacuation project for the last few years, and its success is a testament to its commitment to sustainability and environmental protection. The pond ash is being utilised in various applications such as cement and brick manufacturing, road construction, and agriculture.
The commercial evacuation of pond ash has several benefits. It reduces the environmental impact of the power station, as the pond ash is no longer being disposed of in landfills or ash ponds. It also creates a new revenue stream for the power station, as it has generated over INR 50 crores (approx. USD 6.7 million) from the sale of pond ash to different industries.
NTPC Bongaigaon has been able to achieve this milestone through a combination of technology, innovation, and collaboration. It has installed a state-of-the-art dry ash evacuation system, which has significantly improved the quality of the pond ash and made it suitable for commercial use. The power station has also collaborated with various industries to promote the utilisation of pond ash, and it has been successful in creating a demand for the product.
The success of NTPC Bongaigaon in commercial pond ash evacuation has significant implications for the thermal power sector in India. Many thermal power stations in the country face the challenge of pond ash disposal, and the successful adoption of the dry ash evacuation system by NTPC Bongaigaon can serve as a model for other power stations to follow.
In conclusion, NTPC Bongaigaon has achieved a significant milestone by evacuating 5 million tonnes of pond ash commercially. Its success is a testament to its commitment to sustainability and environmental protection, and it has several benefits such as reducing the environmental impact of the power station and creating a new revenue stream. Its adoption of technology, innovation, and collaboration can serve as a model for other thermal power stations in India to follow.
