Manufacturing industries - Water Treatment and Waste Disposal

As India’s population continues to grow, there’s a pressing need to address the depleting freshwater resources and increasing complexities related to wastewater. According to the Financial Express, India is projected to face severe water scarcity by 2030, with demand surpassing supply by twice the amount. The projected gap underscores the country’s need for augmented water purification procedures, and there will soon be a rise in technological advancements related to water treatment and water disposal to address these issues.

The modernization and development of infrastructure for water treatment and wastewater disposal plants in India is driven by the government's goal to ensure 100% of the population has access to safe drinking water in the near future. As these facilities undergo upgrades, the supporting infrastructure will also see improvement. Prioritizing sustainability is essential in the effort to deliver clean and safe water to the population; adopting cleaner technologies and systems can mitigate carbon emissions and enhance efficiency. With these upgrades, there will be a growing demand for various electrical cables and wires to power pumps, motors, control panels, and instrumentation systems crucial for plant operation.

Moreover, the systems responsible for purifying water and safely managing wastewater employ cutting-edge technology and premium equipment. Such advanced technologies and equipment demand the utmost quality in wires and cables, including Control Cables, Power Cables and Submersible Cables capable of withstanding harsh weather conditions and corrosion. Given environmental concerns and safety regulations, the wires and cables also need to meet stringent regulatory requirements. The potential for unexpected hazards at waste disposal sites underscores the importance of cables resilient enough to endure fire situations. Polycab recognizes these critical demands and has conducted thorough research and development to engineer products capable of withstanding extreme conditions without compromising on lifespan.