Sewage Treatment Plant The Best One can get

How is the characterization of Water bodies done? The characterization is done by classification into three major components: 1. Hydrology 2. Physical-chemistry 3. Biology.  Water quality assessment is based on the appropriate monitoring of the above three components.   Hydrodynamic features The hydrological cycle inter-connects all freshwater bodies from the atmosphere to the sea. The different stages of water ranging from rainwater to marine salt waters make the water constitute a continuum. The inland freshwaters form parts of the hydrological cycle and they appear in the form of rivers, lakes or ground-waters.  These principal types of water bodies are closely interconnected. These forms may influence each other in a direct manner, or through intermediary stages. Each of the three forms has distinctly different hydrodynamic properties. Rivers are primarily characterized by the unidirectional flow of current. This is accompanied with a relatively high, average flow

Water is one of the most crucial resources for the sustenance of mankind, the water industry has garnered success so far. The long term view for the water and wastewater industry is likely to be significantly different from today’s water and wastewater sector. There will be lots of challenges that must be addressed and there will also be opportunities galore for the water industry. In the oncoming years, there will be a large scale transformation of the water industry . The industry will undergo deep and profound changes. The factors that will be driving this transformation are as follows: 1. Regulatory requirements – Countries have water regulatory bodies to ensure water conservation and preservation. There is a popular saying in the workplace – ‘’What does not get measured, does not get done’’. Hence it has become crucial for all the countries to track water consumption and usage patterns. https://netsolwater.com/water-sector-opportunities-and-challenges.php?blog=4 2. Rapidl

Cities are the engines as well as the backbones of growth for the economy of every nation across the world. A large chunk of the world’s current population lives in urban areas and contributes a major share of the World’s GDP. With increasing urbanization, urban areas are expected to house larger % of the world’s population as well as contribute to a larger chunk of the world’s GDP in the next 10 years. What does this call for? Such a massive and accelerated process of urbanization requires comprehensive development, sophisticated automation, and integrated centralized control of physical, institutional, social as well as economic infrastructures. All these are of paramount importance in improving the quality of life as well as attracting people, entrepreneurs, industries, startups, and investors to the City, setting in motion a virtuous cycle cum path of growth as well as development. Development of Smart Cities is the main step that a nation can take in that direction.

Human beings transitioned from hunting to farming resulting in the Agrarian revolution. The first industrial revolution (1.0) began in the mid of the 18 th  century. This was triggered by the invention of the steam engines, railroads, and mechanical production. The second industrial revolution begins in the late 19 th  century which was triggered by the invention of electricity and assembly line production in the early 20 th  century. The third industrial revolution (3.0) was triggered by the invention of the semiconductors followed by supercomputers, personal computing, and the internet by the end of the 20 th  century. We are now living in one of the most exciting times that the world has ever seen. The advent of the fourth Industrial Revolution has taken the world by storm. The revolution has spread its tentacles to almost every function and every industry domain. The pace and scope of path-breaking scientific and technological advancements from Large Enterprises, Startups, Rese