RED WR-II Inaugurates Rain Water Harvesting System at Korba Plant: A Milestone Towards Water Positivity
Korba. In a significant step towards environmental sustainability and resource conservation, RED WR-II, USSC & Ash NI, Pradipta Kumar Mishra proudly inaugurated its state-of-the-art rainwater harvesting system at the Korba Plant on 3 August 2024. The ceremony, held in the esteemed presence of the Head of Project (HOP) Korba, Rajeev Khanna, General Managers (GMs), and other senior officials, marked the launch of a groundbreaking initiative aimed at making the Korba plant water-positive.
The newly installed rainwater harvesting system represents a pivotal advancement in the plant’s environmental strategy. By capturing and recycling rainwater, the system will not only reduce the plant’s dependency on outsourced water but also contribute to sustainable water management practices. This initiative aligns with RED WR-II’s commitment to minimizing environmental impact and enhancing operational efficiency.
The inauguration ceremony highlighted the collaborative effort and dedication of the plant’s leadership and staff towards achieving water positivity. The event underscored the importance of integrating innovative technologies to address pressing environmental challenges and promote sustainability.
“The launch of this rainwater harvesting system is a landmark achievement for our Korba Plant,” said the Head of Plant (HOP) Korba. “It represents our commitment to responsible resource management and sets a new standard for environmental stewardship within our operations.”
General Managers and senior officials applauded the initiative, acknowledging its role in reinforcing the plant’s dedication to sustainable practices. The system’s capacity to recycle and reuse rainwater will significantly enhance water efficiency and contribute to the overall goal of achieving water positivity.
The rainwater harvesting system is designed to capture, filter, and store rainwater for various plant operations, thereby reducing the need for external water sources and minimizing the ecological footprint. This initiative reflects RED WR-II’s ongoing efforts to implement eco-friendly practices and drive positive change in environmental sustainability.
