Zero Liquid Discharge Systems Market trends research and projections for 2017-2024: Global Market Insights Inc.
The Zero Liquid Discharge Systems Market trends are analyzed from recent past with an eye on coming years in this report that also offers projections for Zero Liquid Discharge Systems industry targeted at helping in business decisions. Zero Liquid Discharge Systems Market size will observe substantial growth owing to increase in demand for applications in pharmaceutical, energy & power, semiconductors & electronics, chemical & petrochemicals, textiles and food & beverages industry. Continuous rise in number of industries has led to surge in pollution that has reduced availability of fresh water. Demand for clean water is anticipated to propel zero liquid discharge systems market. Stringent government regulations namely Environmental Protection Agency and Target Zero associations have laid regulations regarding waste water generation and disposal of industrial waste into water bodies. Strong steps are taken by countries for conservation of water bodies and saving marine animals that is expected to boost zero liquid discharge systems market.
Rise in global population has led to erection of power plants in various areas. Global power investment will grow by 11.5% and reach over USD 440 billion by 2024, to meet rising power demand. Mandates have been launched to increase awareness regarding wastewater disposal limits. Further, these help in recovering valuable minerals and compounds from industry that enhances cost effectiveness of process and gives positive outlook to zero liquid discharge systems market. Zero liquid discharge (ZLD) are processes that remove hazardous effluents and purify waste water. It employs advanced treatment technology that consists of ultra-filtration, reverse osmosis, evaporation and deionization processes to provide purified water. In this, first pre-treatment is done to remove dissolved solids and particles. These are quite efficient and easily meet discharge regulations and enhance management of produced water. Major constraint for zero liquid discharge systems market is high capital and operating expenditure. These systems need to be custom built for different industries owing to varying processes and end use that improves its overall cost. Further, space constraint is an important factor as its installation requires large space and poses a challenge for
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