Sewage Treatment Plants and Wastewater 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.
Advanced Treatment TechnologyOur plants combine biological treatment with advanced filtration techniques to ensure efficient removal of contaminants. Available in containerized, prefabricated, or onsite installations, they are suited for a wide variety of wastewater sources including municipal, domestic, and industrial effluents. The systems can handle high inlet TSS (up to 300 mg/L), delivering effluent with BOD <10 mg/L and COD <50 mg/L.
Flexible Design and CertificationsDimensions, material, and appearance are fully customizable to fit site-specific requirements. Treatment layouts are tailored for required flow capacities and applications. Plants are ISO 9001:2015 and ISO 14001:2015 certified, with options for further green certification, supporting sustainability initiatives for businesses and communities.
User-Friendly Sludge Handling and DisinfectionBoth automatic and manual sludge removal options are offered for tailored maintenance. Chlorination or UV disinfection modules can be integrated as add-ons to improve pathogen removal. This ensures compliance with discharge standards for water reuse or safe disposal.
FAQs of Sewage Treatment Plants and Wastewater Treatment Plants:
Q: How does the treatment process work in these sewage and wastewater plants?
A: Our plants use a multi-stage process, including primary, secondary, and tertiary treatment. Advanced biological technologies such as Activated Sludge, MBBR, SBR, MBR, and Extended Aeration break down organic matter, while advanced filtration and optional disinfection (chlorination or UV) ensure water quality standards for BOD and COD are met.
Q: What types of wastewater can be treated and where can the plants be installed?
A: These systems handle domestic, municipal, and industrial wastewater. They are suitable for installation in municipalities, industries, hospitals, and residential complexes. Options are available for containerized, prefabricated, or onsite setups based on client needs and site conditions.
Q: What are the main benefits of using your sewage and wastewater treatment plants?
A: Benefits include high recovery rates (up to 95%), compliance with strict environmental standards, low noise levels, flexible installation, and reduced labor due to automatic sludge handling. They support sustainable practices through ISO certification and optional green building compliance.
Q: When should sludge removal be carried out, and can it be done automatically?
A: Sludge removal is typically performed periodically based on the plants operating conditions and sludge accumulation. Our systems offer both automated and manual sludge removal to suit operational preferences and maintenance schedules.
Q: What certifications and compliance standards do these plants meet?
A: Our treatment plants are ISO 9001:2015 and ISO 14001:2015 certified. On request, they also comply with green building norms, ensuring adherence to high-quality and environmental management standards.
Q: Can the plants be customized for specific site requirements or flow rates?
A: Yes, the dimensions, treatment capacity, material, and color can all be tailored as per site-specific requirements and anticipated wastewater inflow, with flow rates ranging from 10 m3/day up to 1000 m3/day.
Q: What utilities and power requirements are needed for operation?
A: The plants operate on a standard electric supply of 380V or 415V AC, 3 Phase, 50 Hz. All supporting electrical equipment is designed for reliable and efficient operation under these conditions.