Wastewater filtration is the process of treating wastewater, water no longer suitable for use, into water that can be given back to the environment. There are myriad activities that contribute to wastewater such as bathing, washing and rainwater runoff but the most difficult one to treat is the oily wastewater as oil and water do not readily mix, but they are difficult to separate.
Oily wastewater treatment is essential for many reasons such as to meet local discharge requirements, to minimize haul-away cost and for economical reasons. The conventional methods are ineffective in giving the desired results and therefore, the most preferred oily wastewater treatment is to use membrane filtration process. A highly-effective process in this is wastewater recycling system (WRS) that uses microfiltration and ultra-filtration systems for wastewater filtration. In this system, oil and suspended solids are concentrated by the fouling-resistant hydrophilic filter cartridge, producing filtrate (permeate) that can meet or exceed all government sewer requirements.
It is an intelligent system designed for highest standards of wastewater filtration as it concentrates the organic and inorganic contaminants down to less than 10% of the original waste volume. Also, another feature that exhibits its effectiveness is the fact that this system is designed to recycle wastewater from a variety of sources and it ensures maximum savings.
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