A water treatment plant is indeed a location to which wastewater (water that is no longer suited for its current use) is directed after it exits homes and businesses via sewage pipes. The sewage system is made up of miles of underground pipes that transport wastewater to a treatment facility for processing. Water is used in most businesses in some form or the other in their operations. Once this water has been used, it must be handled before even being disposed of so that it has no negative impact on the environment. Whether the wastewater is disposed into to the natural surroundings or into wastewater networks, the physical and chemical characteristics of the wastewater must comply with the following regulations in needed to shield one from legalities. To treat wastewater in an industrial process, a treatment facility is required. It decreases industrial water usage and pollution to the environment. A considerable quantity of commercial on-site sewage might be reused if it is treated in a treatment facility.

LARCO offer a commercial wastewater softening system for converting hard water to soft water. Borewell water frequently includes heavy minerals such as magnesium and calcium, causing the water to become hard. When we run this water through to the pipeline, both the pipeline and the tap, we see white blotches on it.

work process

Community water treatment in 4 steps

  • Coagulation and Flocculation: Positively charged compounds such as aluminium sulphate, polyaluminum chloride, or ferric sulphate are added to water during coagulation to neutralise the negative charges stored by solids such as dirt, clay, and soluble organic components.
  • Sedimentation: When suspended materials and pathogens down at the bottom of the container, the second stage occurs. The further the water stays uninterrupted, the more particles will fall to the vessel floor due to gravity.
  • Filtration: The floc grains have dropped to the depths of the oceans at this point, and the clean water is prepared for further treatment. Filtration is required owing to the presence of minute, dissolved particles such as dust, parasites, chemicals, viruses, and bacteria in clear water.
  • Disinfection: The last stage of the community treatment of drinking water simply adds a disinfectant to the water supply, such as chlorine or chloramine. Since the late 1800s, chlorine has been utilised.

Features of WTP

  • Easy Control
  • Quick Recharge
  • Durable
  • Low maintenance
  • To achieve water potability parameters
  • Hardness removal

Applications of WTP

  • Industrial Boilers
  • Pre-treatment in WTP, DM, & RO projects
  • Textile industries
  • Services related to Washing & Cleaning
Industries Countries States Cities Industrial Zone
Food, Sugar, Milk, Textile, Pesticides and Ferilizer, Chemical, Plastic, Pigment, Boiler, Slaughter House, Municipal, Residencial, Pharmaceutical, Automobile, Glass, Forging, Laundry Nepal, Bhutan, Bangaladesh, Sri Lanka, Maldives, South African Contries, UAE Dubai, Indonasia Maharashtra, Gujarat, Karnataka, Goa, Telangana, Andhra Pradesh, Madhya Pradesh, Assam, Panjab, Delhi, Haryana, Kerala, Tamil Nadu, West Bengal, Osdisha, Jharkhand, Uttarakhand, Uttarpradesh, Chhattisgarh, Bihar, Rajashthan, Himachal Pradesh, Daman and Diu, Andaman and Nicobar, All states / PAN India Mumbai, Pune, Kolkata, Chennai, Banglore, Delhi, Vadodara, Ahamdabad, Vapi Tarapur MIDC, Ranjagaon MIDC, Vile MIDC, Taloja MIDC, Ambarnath MIDC, Chakan MIDC, Mahad MIDC, Karad MIDC, Kholapur MIDC, Kurkumb MIDC, Bhosari MIDC, Pathan MIDC, Satara MIDC, Bhoisar MIDC