Product Description
A leading service provider,manufacturer,exporter and supplier of Sewage Treatment Plants Based on MBR Technology. These are robustly constructed, defects-free, finely finished & rust resistant range of these premium quality is available in different standard sizes as well as customized as per the specifications of our valued customers.
Based on the years of experience and vast knowledge, we are also engaged in offering a wide range of MBR Sewage Treatment Plant. These products are precision engineered and ensure longer operational life. These products are widely known for their optimum quality and long lasting service life. Our products are highly durable and are cost effective.
To help you solve a problem, we have provided you with a Sewage Treatment Plants Based on MBR Technology that purifies the filthy water, resulting in more useful water. Because we realize how important water is to us, we are willing to go out of our way to secure it in the future or even prevent our environment from getting polluted. To prevent the wastewater from contaminating the environment, wastewater treatment plants in Faridabad transform wastewater into water that may be discharged back into the environment. The offered Sewage Treatment Plants Based on MBR Technology are intended to expedite the natural processes already in place for purifying water. Water that has been utilized and purified must be released into another body of water before it is known as wastewater.
Features of Sewage Treatment Plants Based on MBR Technology:
- Resistance against rust
- Reliable operation
- Compact design
- High Durability
- Dimensional Accuracy
- Fine Finish
- Cost effectiveness
Sewage Treatment Plants Based on MBR Technology Technical Specification
| Minimum Order Quantity | 1 Unit |
| Water Source | Borewell Water, River Water, Industrial Effluent, Industrial Wastewater, Municipal Sewage, Commercial Waste Water |
| Capacity Inlet Flow Rate (cubic meter/hour) | 100 m3/hour, 500 m3/hour, 1000 m3/hour, 2000 m3/hour, 5000 m3/hour, 10000 m3/hourTechnical Specification |
| Applicable Industry | Chemical/Petroleum, Pharmaceutical, Automobile, Hospital, Slaughter House |
| Automation Grade | Manual, Semi-Automatic, Fully Automatic |
| Installation Type | Completes Civil work with Installation, Containerized Plug & Play, Prefabricated |
| Impurities to be removed | Oil and Grease, Dissolved Minerals, TDS, Turbidity, Color, pH |
| Industry | Sugar Industry, Dairy Industry, Pharmaceutical Industry, Distillery, Paper Mills, Leather Industry, Chemical/Petroleum Industry, Automobile, Slaughter House |
| Installation/Civil Work | Installation Available |
| Control Module | Control Module Available |
| Secondary Treatment Type | Moving Bed Bioreactor (MBBR), Fluidized Aerated Reactor, Activated Sludge, Dissolved Air Floatation, Reverse Osmosis, Sequential Batch reactor |
| Treatment Stages | Preliminary Treatment, Primary Treatment, Secondary Treatment, Tertiary Treatment, Disinfection |
| Feed Flow Rate (cubic-meter/day) | 50 m3/day, 100 m3/day, 500 m3/day, 1000 m3/day, 2000 m3/day |
| Capacity | 100 m3/day, 500 m3/day, 1000 m3/day |
Advanced MBR Technology for Optimum PerformanceOur sewage treatment plants utilize cutting-edge membrane bioreactor (MBR) technology, ensuring superior removal of contaminants from municipal and domestic wastewater. Thanks to robust UF hollow fiber membranes and automatic controls, the treated water is consistently high in quality, meeting stringent discharge or reuse standards.
Flexible Containerized Modular DesignThese treatment systems are crafted with modular, containerized construction, providing easy installation and mobility. They are suited for a range of settings from urban developments to remote sites and can be customized in white or blue finishes as required. Their compact footprint and flexible capacity make them an excellent choice for many applications.
Reliable Operation and Robust Material ChoicesManufactured from Mild Steel, FRP, or SS304, our MBR sewage plants offer outstanding durability and corrosion resistance. Fully automatic operation minimizes manual input and delivers consistent results. The equipment is designed for normal atmospheric pressure operations and comes in easily manageable units, weighing approximately 1500 kg.
FAQs of Sewage Treatment Plants Based on MBR Technology:
Q: How does the Membrane Bioreactor (MBR) treatment process work in these sewage treatment plants?
A: The MBR process combines biological treatment with membrane filtration. Wastewater passes through a biological reactor where microorganisms degrade contaminants. Subsequently, ultrafiltration (UF) hollow fiber membranes separate the treated water from suspended solids, ensuring high-quality effluent.
Q: What types of wastewater are suitable for treatment by this MBR plant?
A: These plants are specifically designed to treat municipal sewage and domestic wastewater. They efficiently process sewage from residential, commercial, and public facilities, producing water that meets stringent environmental discharge standards.
Q: When is the installation of a containerized or modular MBR system recommended?
A: Containerized or modular MBR systems are ideal for situations requiring rapid deployment, limited space, or flexible capacity scaling. They are suitable for new developments, temporary installations, or facilities seeking minimal site disruption during installation.
Q: Where can these MBR sewage treatment systems be installed?
A: Thanks to their containerized and modular design, these systems can be installed at a wide range of locationsurban buildings, housing complexes, remote sites, or industrial campuses. They only require access to electrical power and an appropriate sewage inflow.
Q: What are the benefits of using an MBR technology sewage treatment plant?
A: MBR plants deliver highly effective contaminant removal, compact footprint, rapid installation, and low operational labor due to automation. The resulting treated water is of exceptional quality, suitable for recycling or environmentally safe discharge.
Q: How is the system operated and maintained?
A: The plant is fully automatic, reducing manual supervision. Routine inspections, periodic membrane cleaning, and general monitoring are advised to ensure efficient operation and long membrane life.