Water Management

Water is essential to life, livelihoods and sustainable industry. At Kirloskar Brothers Limited (KBL), we recognise that water is a critical shared resource—vital not only to our manufacturing operations but also to the communities in which we operate.

We aim to achieve water neutrality by 2030

Our Water Stewardship Approach:

Reducing Water Use Across Operations:

We continuously monitor water use across our facilities to identify opportunities for improvement. By adopting water-efficient technologies, optimising process water systems, enhancing cooling and utility efficiencies and preventing losses through leak detection and maintenance, we aim to minimise freshwater withdrawal while maintaining manufacturing performance and quality.

Enhancing Recycling and Reuse:

Reducing reliance on freshwater sources requires a strong focus on circular water use. We treat and recycle water within our operations for non-potable
applications such as process, utility and landscaping. Advanced water treatment systems help us increase the volume of water that can be reused in-plant, thereby
reducing discharge and overall demand on local freshwater resources.

Key Initiatives towards Water Stewardship:

Initiatives taken to reduce specific water consumption
Third party water feasibility study conducted to improve water conservation practices
Use of treated wastewater (Recycled water) for gardening and process
Rainwater harvesting for groundwater recharge across all locations
Desilting of Check Dam (Bandhara) at Kirloskarvadi
World water day celebration – awareness about the importance of fresh water resources and water related issues among the employees and took oath for ‘Save Water’- Displaying posters, information boards & conducting awareness and Training programs

By 2030, We Aim to

Reduce Specific Energy Consumption

compared to 2023-24

Up to 0%

Renewable Energy across

all KBL sites

Key Highlights

Commitment to Renewable Energy

Integrated Energy Management System

Energy Conservation (ENCON) Programs

Energy Efficient Pumps

Renewable Energy

4 MW windmills
3.2 MW Rooftop Solar
11 MW Open Access Solar Power

KBL is committed to harnessing renewable energy to power a cleaner, more sustainable future. Through solar and wind installations at our facilities, we actively reduce our carbon footprint and fulfill our energy requirements responsibly. Currently, KBL has 4 MW of wind power alongside 3.2 MW of rooftop solar capacity.

Additionally, KBL has signed a Solar Open Access Power Purchase Agreement (PPA) to power the manufacturing facility at Kirloskarvadi. The 11 MWp solar project generates approx. 20 Million units of clean energy annually. This has helped in substantially increasing the renewable energy usage at Kirloskarvadi plant from the existing 25% to 70%. This initiative has led to a significant reduction in KBL’s carbon footprint by offsetting 14,200 metric tonnes of CO2 eq emissions yearly.

Recovering & reusing energy at Hydraulic Research Centre

Our patented pump models, PICO and PAT are designed for meeting smaller energy requirements in diverse industries. These pumps can be operated in reverse as a turbine for generating electricity. PICO is generally used for meeting smaller energy requirements (up to 10 kW), while PAT can be used for meeting comparatively higher energy requirements (up to 1 MW). These solutions, which are installed as a full-fledged energy generation unit, are not just helping companies reduce their energy costs; they are also considered a potent alternative for combating global warming

Recovering & reusing energy at Hydraulic Research Centre

KBL Hydraulic Research Center (HRC) stands at the forefront of innovation in hydraulic engineering. By developing and testing high-performance, energy-efficient pump technologies, HRC ensures that every KBL product delivers maximum output with minimal energy consumption. Our commitment to research excellence drives sustainable progress across industries worldwide.

Energy Efficient Pumps

At KBL, we believe sustainable growth begins with smarter engineering. Our range of energy-efficient pumps are designed to deliver maximum performance while minimising power consumption, helping industries, agriculture, and communities reduce their carbon footprint.

From the DBxe End Suction Pumps, optimised for industrial and irrigation applications, to the SCP Split Case Pumps, trusted for water supply and power plants, every KBL pump reflects our commitment to energy efficiency. Our Vertical Turbine Pumps and Submersible Borewell Pumps ensure high hydraulic performance even in demanding conditions, while the Monobloc and Concrete Volute Pumps combine compact design with reliable, low energy operation.

All our pumps undergo rigorous testing at the KBL Hydraulic Research Center (HRC), where advanced hydraulic modeling and real-world performance simulations help enhance efficiency and durability. By integrating energy optimisation at every stage from design to deployment, KBL’s pumps not only deliver reliable performance but also contribute to a cleaner, more sustainable future.

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