Introduction
The usage of wastewater and wastewater recycling technique has become increasingly popular in various industries, with the goal of reducing pollution caused by discarded water and the pressure on finite resources. With industrial expansion, the recycling of wastewater for reuse has proved to be one of the most cost-effective methods for water resource management. This article will provide an overview of the technology and its advantages and future prospects in the world of wastewater recycling.
Overview
Wastewater recycling is a process of gathering, collecting and reusing water for both industrial and non-industrial purposes. It is also used in agricultural irrigation and other industries, as well as to produce potable water. wastewater recycling technology is comprised of a series of steps, such as collection and treatment, to remove contaminants or risks of contamination before reuse. After that, the water is purified and stored in large water tanks or reservoirs.
Advantages
The use of wastewater recycling technology offer a number of advantages. Firstly, it helps to conserve the natural resources, since the water can be reused and not wasted. Secondly, it helps in reducing the overall water pollution as well as preventing disposal of pollutants into the environment. This can be beneficial to the environment.Thirdly, it is also an efficient way of managing water resources and can conserve energy as well.It is a cost-effective method of getting clean water, as the water is recycled instead of producing it from scratch. Finally, it reduces the demand for fresh water supply, and can supplement existing water resources.
Future Prospects
The potential for wastewater recycling technology is immense, with the further development and implementation of new technologies such as membrane filtration. This can help to reduce the cost of treatment and enhance the quality of the recycled water. As the world population and demand for resources continue to increase, wastewater recycling becomes a necessity. In addition, the development of advanced computer modalities can help optimize water processing, thereby improving the efficiency of the process.
Conclusion
Overall, wastewater recycling is a highly effective way of reusing the water, thereby reducing the pressure on natural resources and ensuring resources are well-managed. The prospects are bright for wastewater recycling technology, and with further research and development, it can lead to positive environmental impacts.
References
1. Dang, B. (2015) Wastewater Recycling: Benefitsand Challenges, Businesstoday
2. Vaish, A. and Dutta, S. (2011) Wastewater Recycling: Technologies,Benefits and Challenges International Journal of Engineering, Science andTechnology(IJEST)
3. Schiermeier, Q. (2012) Water reuse: The green option Nature Climate Change
4. Water treatment & amp; Recycling World Water
5. United Nations Environment Programme (UNEP) (2003) WastewaterRecycling Technologies UNEP TechnicalPaper No.24
