Filtration Water Plant
The filtration process is one of commonly used moreover, it is the easiest way of drinking water treatment. Removes dirt from the water supply. Takes away suspended debris from water supply and makes it acceptable for drinking purposes. Mostly people installed filtration water plant in their kitchen water supply for removal of debris. Furthermore, it can be used in water supply treatment at a community level.
Filtration Water Plant Technique
The Filtration plant is the simplest way of removing solid debris from the water stream. Filtration treatment may follow solely or combination of physical, biological as well as a mechanical process. A water stream is passed through a specific medium which trapped solids according to pore size. During filtration, removal of the particle depends upon filter pore size. This process removes a large number of impurities, but still need post-treatment with disinfectants for removal of microorganisms. The product which passed through filter medium is called filtrate water.
The Filtration Water Plant, De-mineralization Water System, and Distillation Plant provide efficient purification, mineral removal, and distillation processes, respectively, ensuring access to clean and high-quality water.
Diversity of Filtration Process
Physical filtration resulted by the exclusion of large solids or impurities. It’s just a simple straining of water. A specialized thin fiber material is used for physical filtration medium. Besides that, conventional filtration eliminates water impurities by passing water stream through beds of fine granular material. Most commonly sand, gravel, and charcoal are used as filtration bed. These granular beds act as a filter medium which varying in pore size. WCSP fabricate Single media filter, double media filter, and Multimedia filter according to water chemistry and customer’s requirement.
These filtration beds are used as a post-treatment step of wastewater or various industrial treatment systems. For example, slow sand filtration process removes bacteria by attached growth on the formation of the layer over filter bed in both drinking and wastewater treatment.
Silent Features
- Capacity from 250 LPH to 100 m3/hr
- Removed suspended debris from water supply
- Eliminated large impurities effectively
- Operate easily
- Compact, skid mounted
- Improve taste
A Filtration Water Plant is a facility designed to purify water by removing impurities, contaminants, and particles, ensuring it meets quality standards for various applications.
Filtration involves passing water through various filters that physically and/or chemically separate impurities, ensuring the output is clean and safe for consumption or industrial use.
Filtration Water Plants are capable of removing a wide range of contaminants, including sediment, bacteria, algae, viruses, and other suspended particles present in water.
Yes, Filtration Water Plants are adaptable and can be configured to meet the specific water treatment needs of both residential areas and industrial facilities.
Yes, various filtration methods are employed, including sand filtration, activated carbon filtration, membrane filtration (such as reverse osmosis), and multimedia filtration, each targeting specific contaminants.
Filtration Water Plants are designed to handle water from diverse sources. The treatment process can be customized to address the specific impurities present in different water supplies.
Yes, Filtration Water Plants play a role in environmental sustainability by ensuring the supply of clean water, reducing the reliance on single-use plastics, and promoting responsible water management.
Filtration physically removes impurities, while chlorination involves the addition of chemicals to kill microorganisms. Both methods are often used in conjunction for comprehensive water treatment.
Yes, water treated by Filtration Water Plants is free from harmful contaminants, promoting better health by providing safe and clean drinking water. Regular filtration contributes to overall well-being.
Filter replacement or maintenance frequency depends on factors such as the type of filter, water quality, and usage. Regular monitoring and adherence to maintenance schedules are crucial.