India has a very big consumer base when it comes to consuming bottled water. Be it a small tea stall or a mall, you can find bottled water almost everywhere. And as the awareness about the importance of drinking pure and hygienic water is spreading the popularity of bottled water is increasing. As a result, several packaged drinking water plants across the country are setting up. However, the efficient management of these plants has always been a challenge, and the use of technology has played a crucial role in improving their efficiency. In this blog, we will discuss the role of technology in improving the efficiency of packaged drinking water plants in India.
The use of technology in a packaged drinking water plant can be broadly categorized into three areas: water treatment, plant automation, and quality control.
The water purification process is the most significant function performed in a drinking water plant. This procedure is required to ensure that the water is pure and up to requirements. The use of technology has substantially boosted the efficiency and effectiveness of the treatment process.
One such invention is the use of Reverse Osmosis (RO) technology, a highly effective method of cleaning water. RO technology uses a semi-permeable membrane to filter out impurities such as bacteria, viruses, and other contaminants to provide clean and safe drinking water. This technique is extremely successful, with a clearance rate of up to 99%, making it appropriate for use in drinking water plants.
Another technology that has been widely adopted in drinking water plants is ultraviolet (UV) treatment. UV technology uses UV rays to destroy bacteria and viruses, making it an effective method for ensuring that the water is safe for consumption. The technology is highly efficient and has a low operating cost, making it an ideal choice for small and medium-sized plants. It is being used by packaged drinking water plant manufacturers.
Automation of the workflow of drinking water plants has helped a lot in boosting overall efficiency. Automation can assist in minimizing reliance on human labour while also streamlining industrial operations. With this, the toughest of tasks can be done in simple ways which help in reducing the extra effort and energy that human workers make. And this has resulted in significant cost savings and higher productivity.
The use of sensors and monitoring systems is an important part of plant automation. These systems help in monitoring several characteristics such as water flow, pressure, and temperature.
Another well-known technique is the Programmable Logic Controllers (PLCs). PLCs can be used in drinking water plants to manage the flow of water, monitor the treatment process, and automate several other parts of the plant’s operations.
Another noteworthy feature of drinking water facilities is quality control. Technology has helped to ensure that the water satisfies the required quality standards. Several criteria, such as pH, Total Dissolved Solids (TDS), and the presence of pollutants such as bacteria and viruses, determine the quality of packaged drinking water.
The usage of online monitoring systems is one technique that has been widely utilized in drinking water plants for quality management. These systems can be used to continuously check the quality of the water, such as its pH, TDS, and the presence of pollutants, to ensure that it satisfies the appropriate criteria. The data from these systems can be used to make real-time adjustments to the treatment process, and assuring the highest quality of water.
Using laboratory testing is another technology that has been widely implemented in drinking water plants. Laboratory testing entails collecting water samples and studying them in a laboratory to assess their quality. This procedure is quite precise and provides a complete examination of the water’s quality.
The Use of Blockchain Technology
In addition to online monitoring and laboratory testing, the use of blockchain technology as a means of verifying the quality of bottled drinking water has been proposed. Blockchain technology is a decentralized system that can track the entire supply chain, from the point of origin to the point of consumption. This technology can ensure that water does not become contaminated during transit and storage, and provide users with information on the quality of the water.
The importance of technology in boosting the efficiency of India’s drinking water plants cannot be emphasized. Water treatment, plant automation, and quality control technology have considerably enhanced the efficiency and effectiveness of drinking water facilities, resulting in cost savings, higher productivity, and the production of high-quality drinking water. The adoption of innovative technologies like blockchain can increase the efficiency of drinking water facilities, resulting in a more sustainable and stable source of clean drinking water for India’s rising population.