In recent times, the availability of fresh water has reduced substantially across the globe.
Limited availability of fresh water is driving the global zero liquid discharge market.
Considering this fact, a new research report with a title “Zero Liquid Discharge Market: Global Industry Analysis and Forecast, 2017-2025” has been recently added to the vast online repository of Market Research Reports Search Engine (MRRSE).
This report on zero liquid discharge market analyzes the current status as well as future prospects of the market across the world.
At this pace, the market will reach a valuation of US$ 1,000 Million by 2025 end.
The report begins with an executive summary that offers key findings related to the zero liquid discharge market such as relevant market numbers and CAGR from 2017 to 2025, and market projection numbers related to the different segments and regional forecasts.
Also, differentiating strategies of the prominent market companies is provided for readers to get an overview of how the different competitors are maintaining their hold in this competitive market.
After the executive summary, there is a section on market introduction, which features the definition of the market and lists the several types and applications of the zero liquid discharge market.
Where the global market is segregated on the basis of system type, application and Geographic region.
MRRSE is driven by a stellar team of research experts and advisors trained to offer objective advice.

Students develop machine that generates potable water from air.
Summary: MANGALURU: A unique machine designed by four final year engineering students of Shree Devi Institute of Technology (SDIT) is capable of generating potable water from thin air These budding engineers have developed ‘Rooftop Water Generating Machine’ as part of their study project which they are required to undertake.
This technology offers pure drinking water 365 days a year and it is an environmentally safe source of sustainable water," he said.On the functioning of rooftop water generating machine , Harsha said the machine consists of a compressor, evaporator coils, condenser, air filter and water collecting tank.
In monsoon when adequate natural water is available, the machine can switch over and double as a water purifier ," said SDIT principal Dileep Kumar K. The machine, which was designed spending about Rs 35,000, is capable of producing around 50 litres of water per day, he said.
In addition, an external power source is required to activate and run the machine.The machine first sucks air from the atmosphere.
MANGALURU: A unique machine designed by four final year engineering students of Shree Devi Institute of Technology (SDIT) is capable of generating potable water from thin air These budding engineers have developed ‘Rooftop Water Generating Machine’ as part of their study project which they are required to undertake.
The machine, which was designed by students Kartik K Jadhav, Prithesh D K, Prithesh Naik A and Rajath J K works on the principle of extracting water by condensing the water vapours found in the atmosphere in the form of humidity.Harsha GO, assistant professor in the department of mechanical engineering, who guided the students, said the machine will provide an effective solution to water scarcity.
The machine, which was designed spending about Rs 35,000, is capable of producing around 50 litres of water per day, he said.
"At a time when water scarcity is hitting everyone badly especially during summer, this innovative equipment invented by the students could provide a cheap, effective and permanent solution.
This technology offers pure drinking water 365 days a year and it is an environmentally safe source of sustainable water," he said.On the functioning of rooftop water generating machine , Harsha said the machine consists of a compressor, evaporator coils, condenser, air filter and water collecting tank.