Air pollution nowadays has become a critical issue to deal with. In 2019, out of the 30 most polluted cities in the world, 21 cities were in India where industrial pollution contributes 51% among all other polluting factors. Industries design chimneys to emit or release hot gases and pollutants at a specific height so that they should not affect the areas around the industries. However, even if the emissions are released at a height, it still affects the environment by contaminating the air quality. Realizing the current environmental conditions, it has become essential to monitor the affecting pollutants in the air. With the leading development in every sector, the concentration of pollution increases as per the resources optimized and later disposed of without any precautionary measures.
We all know that water is one of the essential factors of our life. All the available freshwater resources are on the verge of getting polluted due to the effluents released in them. Realising the future scarcity of water, it is important to save it from getting polluted and reuse it in each possible way. The government and pollution control board came up with the solution to monitor the effluent generated from the industries, IT hubs, residential areas, and various other sectors. This implementation will analyse and control the generation of toxic elements from the effluent.
Ecolyser Stem server V.2.0 has simplified the effluent monitoring techniques for Industries and Common Effluent Treatment Plant (CETP). With its upgraded features, industry key persons and CETP admins are now able to remotely operate STEM valve functions with easy communication and transparency. New features of Ecolyser are compliant with the guidelines of the Central Pollution Control Board (CPCB) and Maharashtra Pollution Control Board (MPCB).
Realizing the current environmental conditions, it has become essential to monitor the affecting pollutants in the air. With the leading development in every sector, the concentration of pollution increases as per the resources optimized and later disposed of without any precautionary measures.
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