Artificial Intelligence is increasingly becoming a part of our daily lives. There are barely any domains left where we do not use Artificial Intelligence. Water, one of the compounds of nature on which the planet’s life depends, cannot be left untouched by this technology. A continuous clean water supply has always been essential for human survival. But due to many factors like an increase in population, global warming, etc., the availability of clean water to satisfy basic human requirements is coming to a decline.

Whether it is rising sea levels or falling water table, the world is dealing with all sorts of issues due to the lack of proper water management. Some Countries and Islands have already started to sink due to the rising sea level, and several parts of different countries face droughts and a shortage of water. First, to use Artificial Intelligence-based solutions for Water Management, we must understand what Artificial Intelligence is and how it works.

Understanding Artificial Intelligence and how it works

Artificial Intelligence is, basically, the use of modern-day technology to perform tasks that humans conventionally did. It is a branch of computer science where you can use computers and machines to perform tasks that generally require Human Intelligence. Artificial Intelligence makes the machine think and act accordingly, and this becomes possible with the two subsets that Artificial Intelligence possesses: Machine Learning and Data Science.

Through Machine Learning and Data Science, you extract the relevant data from the quintillions of structured and unstructured data that humans produce every day. Then, the extracted data is analyzed to form algorithms and understand the dynamics. You can use this analysis to determine, predict, forecast, and manage the issues more efficiently and effectively.

Artificial Intelligence and Water Management

You can use Artificial Intelligence to solve many current water problems. Managing water through Artificial Intelligence can also be called Smart Water Management, and Artificial Intelligence provides intelligent solutions for prevailing water problems and keeps it sustainable and cost-effective. Below is a list of ways to use Artificial Intelligence in Water Management:

  • Most of the technology invested in managing the water is lost physically and commercially. You can use Artificial Intelligence.

To manage wastewater operations:

During the day-to-day processes, a lot of water is lost physically and commercially.

For the treatment of contaminated water:

One major problem that persists globally is the shortage of clean water. One in every three persons does not have access to clean water. Toxic effluents from sewage and industries pollute the water bodies. These substances have different toxicity levels and must be dealt with accordingly. To minimize the potential damage, appropriate measures are required. Artificial intelligence can be used to determine the toxicity level of the effluents present in the water and treat the contamination in a cost-effective way. Artificial Intelligence can also bring operational expenditure to a significant low by optimizing the use of chemicals to treat contaminated water, reducing energy costs, and maintaining proactive assets.

  • Artificial Intelligence is used to predict and forecast emergency events and alert you for the same. Artificial Intelligence can also learn from such past events and adopt new ways to tackle them.
  • Artificial Intelligence can help develop Smart Water Systems to keep the water clean and manage the water domestically and industrially with minimal loss.
  • You can use Artificial Intelligence to conserve water by setting up smart systems to identify leaks and manage a good demand and supply of water.
  • You can also use Artificial Intelligence to reduce freshwater loss in irrigation. You can use AI systems to determine the weather conditions and the humidity present in the atmosphere, predict rain, determine the amount of water present in the soil, and guide the sprinklers to provide water for irrigation accordingly.

If the points mentioned above interest you and you want to learn about Artificial Intelligence, you should take an Artificial Intelligence courses from Great Learning.

AI will maintain pure water at a reasonable cost:

For many public and private enterprises, adhering to effluent compliance rules is necessary. AI adapts to your site’s particularities to ensure that effluence criteria are met and that compliance fees are minimized. The path to AI adoption enables enterprises to seek data-driven, intelligent water system management. As an outcome, water management will be dependable, long-lasting, and affordable.

Also Read: Career Paths in Machine Learning


Evidently, the widespread acceptance of AI solutions in water-based contexts is driven by the urgent need to address specific water-related concerns (water scarcity, contamination, wasting, etc.), along with the larger need to repair our common global environment through stronger sustainability efforts. If this trend persists, as many influential industry analysts and media observers predict it will, it might drastically alter how we produce and use water. This might then guarantee a more sustainable long-term global picture while providing safe and secure supply lines even for people in the most water-stressed regions of the planet. This could eventually result in countless lives saved and improved along with economic gains worth trillions of dollars, perhaps by the start of the 2030s.

You can also explore other Applications of AI from Great Learning to understand its industrial uses.