Water Substitution and Reuse

The storage, reconstruction, and use of industrial water are the subject of increased economic growth due to water scarcity and costs. To this end, research and development on this topic is increasing, methods and tools are being developed to assess water conservation and other opportunities, and solutions are being implemented. This book presents experiences and results in water conservation and uses in the textile industry. The garment industry is one of the largest and oldest industries in the world, and the cause of high consumption and pollution. The plant water treatment components, namely food processing, shipping, printing and finishing, contaminate and use water, energy, and chemical equipment. This includes various water use systems, as in many industries, fresh water is used in all systems without exception. It has been known for many years that hard water is not needed for all the processes that take place in the thawing phase of the egg. However, until recently, safety and concern for product quality in the industry have prevented water from being widely used in practice. A four-year research program for industrial water recycling has recently increased water use in the Danish textile industry: polyester modifications since 2001 have implemented water recycling in place, saving more than 40% of the water needed. The combination of the system and the water extraction system is combined to determine the capability, as well as the company’s system information, used to obtain the best water, energy and chemical systems. Separation systems such as leather microfilters have not been developed to treat water -based coatings of cotton and polyester. The aviation industry has shown that this technology can improve water supply, as well as a payback period of 1-3 years. However, this refund hinders significant execution.

Water Substitution, Reuse, Plant Water, Water Use Systems, Water Extraction System