
Industrial Ultra Filtration Plant for Silica Removal - 10 kd
Product Details:
- Water in conductivity Silica at inlet <15 ppb
- Feature Very Compact in Size, Efficient in Operation, Highly Realiable
- Power Consumption 40 Kilowatt (kW)
- Recycle Rate 95%
- Water Out Conductivity Silica at Inlet <2 ppb
- Material PES 10 KD UF Membranes, SS pumps
- Product Type Skid Based Fully automatic System
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Industrial Ultra Filtration Plant for Silica Removal - 10 kd Price And Quantity
- 250000 INR/Number
- 2 Number
Industrial Ultra Filtration Plant for Silica Removal - 10 kd Product Specifications
- Skid Based Fully automatic System
- PES 10 KD UF Membranes, SS pumps
- Silica at inlet <15 ppb
- Electric
- 10000 Watt (w)
- 3 Phase
- 40 Kilowatt (kW)
- Very Compact in Size, Efficient in Operation, Highly Realiable
- Full Automatic
- 95%
- 100 Cubic Meter Per Hour (m3/h)
- Silica at Inlet <2 ppb
- River Water
- 70- 95% Rejection Ratio depending upon inlet Parameters
Industrial Ultra Filtration Plant for Silica Removal - 10 kd Trade Information
- Mumbaio
- 2 Number Per Month
- 30 Days
- Contact us for information regarding our sample policy
- All India
Product Description
BlueMaarlin 10 KDa ultrafiltration membrane is acutting-edge filtration solution designed to deliver exceptional performanceand efficiency. With a molecular weight cut-off of 10Kda, it is highlyEffective in removing suspended solids, colloids, and micro organisms fromwater.
10kDa membranesare designed to have smaller pores sizes than 10 kDa membranes, which allowsthem to effectively remove smaller particles such as suspended solids,colloids, and microorganisms. This requires a more precise and accuratemanufacturing process, as the pore size must be carefully controlled to ensurethat the membrane is able to effectively remove these articles. 10 kDaultrafiltration (UF) systems are indeed commonly used in power plants forsilica removal from the water used in the power generation process, 10kDa UFsystems are particularly effective in removing silica from water because they are designed to remove particles and dissolvedsubstances based on their size. Silica particles are relatively large and canbe effectively removed by a 10kDa UFsystems, which is designed to remove particles with a molecular weight of10,000 Daltons or less. In power plants, the water is first treated withchemical processes such as coagulation, flocculation and sedimentation toremove suspended solids. After that, the water is passed through a 10kDa UFsystems, which removes the remaining silica particles and other dissolved impurities.The clean water can then be used in the power generation process, reducing therisk of scaling and other problems caused by high levels of silica.
Bluemaarlin capability to customs design andmanufacturer our 10kDa UF systems to meet the specific needs of or clients. Wework closely with our clients to understand their unique requirements andprovide them with a systems that is tailored to their specific needs. Our teamof experts has a wealth of experience in the design, development, andmanufacturing of UF systems. They have the knowledge and skills to provide ourclients with the best solutions and support.