Sewage Treatment Plants
We offer latest technological Sewage Treatment Plants cater in diversified areas such as Residential Complexes, Hospitals, Schools & Institutions, Hotels & Resorts and more to name.
We are a professionally managed organization and having expertise in the following Effluent Treatment Technologies:
- Extended Aeration
- Submerged Aeration Fixed Film
- FAB
- MBR
- SBT
Domestic waste water treatment plants of any city consists of collection, treatment and disposal. In conventional centralized sewage treatment system, about 80% of the cost is accounted for the collection. The cost of collection of sewage and its conveyance to the terminal point in the large cities is very high. Further, the depth of sewer goes on increasing with the increase of length of sewer line and pumping of the sewage at the intermediate and terminal points requires a lot of energy. In centralized treatment system volume of the sewage becomes very large and the distance of conveyance, as the sewage treatment plants are generally located outside of the cities, is very long. Further CTS aggravates the environmental problem also, because of large volume of the waste water of the entire city is discharged at one place. In decentralized treatment system, a balance between the advantages of large scale treatment in terms of economics of scale and individual responsibility for domestic waste water treatment system can be obtained by providing colony wise / sector-wise treatment system. Responsibility of construction as well as operation and maintenance may be taken up collectively by the residential colonies, builders and developers. Specific treatment technology should be selected as per the prevailing ground situation like availability of the land etc. Keeping in mind all these points, we offer decentralized state of the art following package sewage treatment system.
- Underground STP based on bioreactor (Biofilters)
- Mobile containerized STP based on Submersed media aerobic reactor (SMAeR
- Compact plant based on Fluidized aerobic reactor (FAeR)
After biological treatment, water is further treated by adopting tertiary method that may be used for gardening/ flushing and other utilities. The Compact Package plant is easy to operate needs very low maintenance, minimum power consumption, land & consumables for reducing operating cost. These are generally manufactured in MS epoxy coated or Stainless steel / FRP as per the specific need. These compact plants are best suited for hotels, hospitals, holiday resorts, country / golf clubs, schools, housing complexes, national parks & industrial commercial complexes.
Engineered for Performance and ComplianceOur Sewage Treatment Plants with Sludge Handling System are crafted to meet the highest quality and environmental compliance standards, including PCB norms. Featuring advanced biological treatment technology and automatic PLC-based operations, these systems ensure efficient, reliable, and safe wastewater processing for diverse applications.
Plug & Play Installation and OperationDesigned in a containerized format for plug & play convenience, our plants simplify installation and startup, minimizing site disruption. The automatic operation and user-friendly PLC panel control make ongoing management straightforward, allowing you to focus on your core activities with confidence.
Advanced Sludge Handling and Odor ControlOur system incorporates a dedicated sludge handling module and effective odor control, ensuring clean and pleasant surroundings. The use of high-quality, epoxy-painted mild steel, coupled with noise-reducing Roots Type air blowers, means optimal performance, durability, and minimal environmental footprint.
FAQs of Sewage Treatment Plants:
Q: How does the integrated sludge handling system work in this sewage treatment plant?
A: The integrated sludge handling system separates and processes the solid byproducts of sewage treatment. Using advanced Mixed Bed Bio Reactor technology and automated controls, it efficiently manages sludge reduction and ensures easy removal and disposal, minimizing manual intervention and operational costs.
Q: What standards and certifications does this plant meet?
A: Our sewage treatment plant adheres to the PCB effluent standards and is manufactured under ISO 9001:2015 certification. This ensures that the treated water discharge meets strict regulatory requirements and the equipment is produced according to recognized quality management systems.
Q: When is the ideal time to use this sewage treatment solution?
A: This system is suitable for any time there is a need to treat industrial or municipal sewage water with inlet TDS up to 2000 ppm. It is particularly beneficial during new facility setups or upgrades where compliance with updated effluent and environmental standards is necessary.
Q: Where can this sewage treatment plant be installed?
A: Due to its containerized plug & play design, the plant can be installed in a variety of locations, including industrial sites, municipal treatment facilities, construction sites, and temporary installations. The customized dimensions allow it to be tailored for different space requirements and site conditions.
Q: What is the process involved in treating sewage with this plant?
A: The process starts with influent sewage water entering the plant, where the Mixed Bed Bio Reactor performs biological treatment. Sludge is separated and handled by the integrated system, and the treated water passes through membranes for further purification. The entire process is automated and monitored via a PLC-based controller panel.
Q: How is treated water discharged from the system?
A: The treated water is safely discharged through a dedicated outlet after confirming it meets PCB effluent standards. The system ensures that the quality is consistently high and suitable for disposal or reuse, depending on regulatory approvals.
Q: What benefits does this sewage treatment plant offer to users?
A: Users benefit from reliable and efficient sewage treatment with minimal manual intervention, odor control, automatic operation, and compliance with strict environmental standards. Additionally, its robust construction, low noise output, and customizable design make it a cost-effective and sustainable choice for diverse applications.
