Bharat Heavy Electricals Limited (BHEL) is inviting bids from Class-I local suppliers for Water Treatment Packages for the 1×800 MW HPGCL Yamunanagar Thermal Power Project. The scope includes supplying a complete package as per Specification No. PE-TS-510-404-W001, with materials delivered to the customer site under BHEL’s PSNR division. Key deadlines are: clarification requests by 15 December 2025, a pre-bid meeting on 16 December 2025, and bid submission by 20 December 2025 at 12 PM, with technical bids opened at 4 PM the same day. An Earnest Money Deposit of Rs 500 million is required, valid for 45 days post-bid validity, with various acceptable payment.
Safety Concerns Bharat Heavy Electricals
Methods Additional requirements include a 10% security deposit, price variation clauses, and L1 pricing evaluation omitting GST. Only eligible suppliers meeting all criteria may participate, with compliance necessary for MSMEs and startups due to safety concerns Bharat Heavy Electricals Limited (BHEL) has invited competitive bids for the design, supply, installation, and commissioning of a comprehensive water treatment system at the Yamunanagar Thermal Power Plant in Haryana, marking another significant step in strengthening India’s power infrastructure with sustainable and environmentally responsible solutions. As India’s largest engineering and manufacturing,
Enterprise in the energy sector, BHEL’s latest tender reflects its ongoing commitment to improving operational efficiency, reducing environmental impact, and ensuring reliable water management for large-scale thermal power generation. The Yamunanagar project is strategically important as it supports one of the key power-producing regions in northern India, where demand continues to rise due to industrial growth and urban expansion The water treatment system proposed under this bid invitation is designed to support critical power plant operations by ensuring the availability of high-quality process water while minimizing waste and environmental discharge.
Advanced Treatment Technologies
Thermal power plants require large volumes of treated water for boiler feed, cooling systems, and auxiliary processes, making efficient water treatment a core operational requirement. Through this tender, BHEL aims to implement advanced treatment technologies that comply with stringent environmental norms and contribute to long-term sustainability. This initiative aligns closely with national objectives for water conservation and cleaner energy production, particularly in water-stressed regions such as Haryana From an industry perspective, the tender opens up substantial opportunities for engineering, procurement, and construction companies specializing in water treatment technologies.
Environmental engineering, and industrial utilities The scope of work typically includes raw water treatment, demineralization systems, effluent treatment plants, and zero liquid discharge mechanisms, ensuring that wastewater is recycled and reused within the plant. Such systems not only improve operational efficiency but also significantly reduce freshwater withdrawal from natural sources, an issue that has gained increasing regulatory and public attention in recent years The Yamunanagar Thermal Power Plant plays a crucial role in meeting the electricity needs of Haryana and neighboring states, and upgrading its water management infrastructure enhances.
Similar Developments Coverage
The plant’s reliability and lifecycle performance. BHEL’s decision to seek bids at this stage indicates ongoing modernization and capacity optimization efforts across India’s existing thermal power assets. Readers interested in similar developments coverage on power plant modernization initiatives through At a policy level, this tender also reflects the broader push by the Government of India to integrate sustainability into public sector projects. Regulatory bodies now require thermal plants to adopt advanced water treatment and recycling systems to minimize environmental footprints. BHEL, as a public sector undertaking,
continues to align its project execution strategy with these evolving norms. More information on national thermal power standards and water usage guidelines can be accessed through the Ministry of Power’s The bidding process is expected to attract interest from both domestic and international technology providers with proven expertise in large-scale industrial water treatment. Over the (India) past decade, India has witnessed rapid advancements in membrane technologies, reverse osmosis systems, and effluent recycling processes, which are increasingly being deployed in power plants. BHEL’s Yamunanagar project is likely to incorporate such advanced solutions, enhancing.
Nature Generate Employment During
Efficiency while lowering operating costs over the long term. For companies tracking public sector tenders, this project adds to the growing pipeline of infrastructure opportunities driven by energy transition and compliance requirements Beyond its technical significance, the project also carries economic importance for the region. Infrastructure investments of this nature generate employment during the execution phase and support ancillary industries involved in equipment manufacturing, logistics, and maintenance services. Yamunanagar itself has emerged as an important industrial hub in Haryana, and power sector investments further strengthen its position.
From an environmental standpoint, modern water treatment systems are essential for reducing the ecological impact of thermal power generation. By ensuring that wastewater is treated and reused rather than discharged, such projects help protect local water bodies and groundwater reserves. BHEL’s emphasis on water management reflects a broader shift within the power sector, where sustainability metrics are now integral to project planning and execution The Yamunanagar water treatment tender also highlights BHEL’s continued role as a central executing agency for complex balance-of-plant systems in thermal power stations. While renewable energy is expanding rapidly.
Operational Reliability And Regulatory Compliance
Thermal power remains a backbone of India’s energy mix, making efficiency improvements in existing plants critical for energy security. BHEL’s expertise in integrating water treatment solutions with core plant systems ensures operational reliability and regulatory compliance As India moves toward stricter environmental standards and resource optimization, tenders like this one are expected to become more frequent across the power sector. Water treatment, ash handling, and emission control systems are now central to thermal plant upgrades. BHEL’s Yamunanagar initiative sets a benchmark for how public sector power utilities can balance operational needs with sustainability objectives.
It also reinforces investor and contractor confidence in the steady pipeline of infrastructure projects supported by government-backed entities BHEL’s invitation for bids for a water treatment system at the Yamunanagar Thermal Power Plant represents a significant step toward (India) sustainable power generation and efficient resource management. The project not only strengthens plant operations but also aligns with national environmental goals and regional development priorities. As bidding progresses, the initiative is likely to draw strong participation from qualified technology providers, further advancing India’s journey toward cleaner and more efficient energy infrastructure.
Q1. What is BHEL inviting bids for at Yamunanagar?
BHEL is seeking bids for a comprehensive water treatment system at the Yamunanagar Thermal Power Plant.
Q2. Why is water treatment important for thermal power plants?
It ensures high-quality process water, improves efficiency, and reduces environmental impact through recycling and reuse.
Q3. Where is the Yamunanagar Power Plant located?
The plant is located in Yamunanagar district, Haryana.
Q4. Who can participate in this bidding process?
Qualified EPC contractors and water treatment technology providers with relevant experience can participate.
Q5. How does this project support sustainability?
It reduces freshwater consumption and wastewater discharge, aligning with environmental regulations.
