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Latest technologies allowing us to reduce our carbon footprint
Suitable for a variety of applications
Highly efficient with lower operational and installation costs
Total generation capacity of 8,860 MW
By converting heat into electricity and dreams into reality, our supercritical technology is showing high efficiency, is reducing the carbon footprint, and is fueling India’s growth story
Reliable performance
Our conventional power stations are a reliable pillar of the country’s energy mix, generating 9,140 MW
Tech innovations
Subcritical technology for reduced emissions, a lower carbon footprint, and maximized energy output
Secure energy
Keeping pace with the rising energy demands of a growing nation over the decades with an effective generation capacity
Sustainable operations
Implementation of technologies like zero liquid discharge, flue gas desulphurisation, and utilization of 100% of the ash generated to ensure sustainable growth
Reliable performance
Our conventional power stations are a reliable pillar of the country’s energy mix, generating 9,140 MW
Tech innovations
Subcritical technology for reduced emissions, a lower carbon footprint, and maximized energy output
Secure energy
Keeping pace with the rising energy demands of a growing nation over the decades with an effective generation capacity
Sustainable operations
Implementation of technologies like zero liquid discharge, flue gas desulphurisation, and utilization of 100% of the ash generated to ensure sustainable growth
Robust, reliable, and resilient
Our responsible practices and innovations are powering India's rise with a
sustainable and secure energy supply
8,860 MW
Energy generation
500 MW
India’s first in Trombay, Mumbai
443 MW
Waste heat / BFG
Our energy hubs
Our nation-wide presence powers not just homes but farms and industries, making us the driving force behind the country's superpower charge
Results
Showing of items
Waste Heat Recovery
Instead of finding its way into the atmosphere, heat waste produced in industrial processes is used to generate electrical and mechanical power
From waste to watts
Previous
Next
Haldia
The unit processes waste gases produced during the coke-making process at Hindustan Fertilizer Company (HFC). The generated energy is then sold to the merchant market through open access to TPTCL Plant Size - 120 MW
LEARN MOREIndustrial Energy Limited (IEL)
A joint venture between Tata Power and Tata Steel, this project boasts a capacity of 482.5 MW across various units in three states. It utilizes waste heat recovery from a blend of gases, reducing greenhouse gas emissions significantly
LEARN MORESustainable is Attainable
By combining the bottom ash produced in our plants with cement and aggregate, we are using it as an alternative to sand and producing tetrapods to protect our precious coastlines Instead of the by-product finding its way to landfills, our commitment towards a greener future is helping us find innovative methods to utilize it
Sustainable is Attainable
By combining the bottom ash produced in our plants with cement and aggregate, we are using it as an alternative to sand and producing tetrapods to protect our precious coastlines Instead of the by-product finding its way to landfills, our commitment towards a greener future is helping us find innovative methods to utilize it
We are not just keeping up with India's growing energy demands; we are leveraging the latest technologies to reduce our footprint and safeguard the future
Supercritical technology
Supercritical technology helps us save fuel and reduce greenhouse gas emissions. It emits 750 grams of CO2/kWh, much lower than India's national average of 1,259 grams of CO2/kWh for coal-based plants
Ash utilization
We reduce our environmental impact by utilizing waste ash from our thermal plants. The fly ash is collected in four different silos for dry disposal, which is then sold to cement, RMC, and export industries to be repurposed and made into concrete. The bottom ash that is collected gets mixed with water in our ash ponds and eventually gets used as slurry in road construction and the manufacturing of bricks and blocks
ADoRE - Advanced-center for Diagnostics & Reliability Enhancement
Advanced Pattern Recognition (APR) techniques analyze real-time data to predict equipment failures. This enables the prioritization of maintenance tasks and provides recommendations for resolving issues
Supercritical technology
Supercritical technology helps us save fuel and reduce greenhouse gas emissions. It emits 750 grams of CO2/kWh, much lower than India's national average of 1,259 grams of CO2/kWh for coal-based plants
Ash utilization
We reduce our environmental impact by utilizing waste ash from our thermal plants. The fly ash is collected in four different silos for dry disposal, which is then sold to cement, RMC, and export industries to be repurposed and made into concrete. The bottom ash that is collected gets mixed with water in our ash ponds and eventually gets used as slurry in road construction and the manufacturing of bricks and blocks
ADoRE - Advanced-center for Diagnostics & Reliability Enhancement
Advanced Pattern Recognition (APR) techniques analyze real-time data to predict equipment failures. This enables the prioritization of maintenance tasks and provides recommendations for resolving issues
Contact us
Contact information
Toll free number
1800-209-5161
Corporate Identity No. (CIN)
L28920MH1919PLC000567
Registered address
Bombay House
24, Homi Mody Street
Mumbai - 400 001,
Maharashtra, India
Tel: (91 22) 6665 8282
(Contact time : 9am - 5pm)
Email address
customerportal.tatapower.com
Authority under IEPF
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