We are a creative team of engineers, designers, technicians, and strategic thinkers who are passionate about water. Shree Water Tech formed in 2014 focusing Water and Waste water treatment needs not only for the end customers. We have more than 150 installations across India of different kinds, are designed and integrated by us.
Our expertise covers pretreatment, process water treatment, wastewater treatment, water recycling, and resource recovery. We provide Water Treatment Plants (WTP), Sewage Treatment Plants (STP), and Effluent Treatment Plants (ETP) using suitable physical, chemical, and biological processes, including settling, clarification, filtration, and disinfection. Our solutions also incorporate membrane technologies and ion exchange systems to support effective water purification, contaminant removal, and water reuse.
Quick ContactDive into a world of exceptional water tech products with Shree Water Tech! From cutting-edge filtration systems to eco-friendly treatment solutions, we've got your water needs covered. Quality you can trust, water you can rely on.
Shree Water Tech undertake Erection & Commissioning of water and waste water plants. Shree Water Tech is a technology firm specialized in designing, fabricating and delivering a broad assortment of water therapy Plants.
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As a standard focused company, we're engaged in supplying a premium excellent assortment of Softener Plant. The Water Softeners can be found in various sizes and materials, manually controlled or completely Automatic, & willing to set up.
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Shree Water Tech provides effluent treatment solutions for various types of industrial wastewater. We have the desired expertise and capability to design and commission a host of clarifiers, filters, aeration, coagulation and settling systems for waste from all industries
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Shree Water Tech offers Packaged Sewage Treatment Plant as well as conventional plants for the requirement of the customers and based on the capacity. The Packaged Sewage Treatment Plants are specially designed and manufactured for the treatment of lesser quantities of sewage water.
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We take water purification media for several kinds of water treatment programs, for example carbon ( charcoal ), coconut shell granulated activated carbon ( GAC ) and much more.
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Our customized software helps customers to gain the maximum advantage in RO system, by helping to make the right selection. It considers the inlet water quality and capacity requirements and offers an optimized combination.
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We provide high precision gear's in a lot of configurations which enable you to select spares fulfilling your requirements and budget.
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Using a high usage rate in commercial, industrial and municipal requirements, these substances improve the production speed, optimize performance and reduce equipment maintenance expenditures.
Read MoreShree Water Tech is a Pune-based water and wastewater treatment solutions provider specializing in the design, manufacturing, installation and commissioning of treatment plants for residential, commercial, institutional and industrial applications. Established in 2014, we develop customized treatment systems according to wastewater characteristics, treatment capacity, site conditions and water-reuse requirements.
Our solutions include Sewage Treatment Plants (STP), Effluent Treatment Plants (ETP), water treatment systems, filtration plants and water recycling solutions. With more than 150 water and wastewater treatment installations across India, we support projects from initial process selection and engineering to manufacturing, installation and commissioning.
Engineered STP solutions for residential societies, commercial buildings, hotels, hospitals, educational institutions and industrial facilities, designed to treat domestic and sanitary wastewater from toilets, bathrooms, kitchens, washing facilities and common areas.
A Sewage Treatment Plant is an engineered facility that treats wastewater from domestic and sanitary sources. It removes physical solids, reduces biodegradable organic pollutants and improves wastewater quality before discharge or reuse.
Untreated sewage can contain suspended solids, organic matter, detergents, nutrients, oils, grease and microorganisms. Releasing it into the environment can affect water bodies, soil quality and public hygiene.
In growing urban and industrial areas, sewage treatment plays an important role in responsible wastewater management and water conservation. Treated wastewater may be considered for suitable non-potable applications such as toilet flushing, gardening, landscaping and selected industrial uses, provided it meets the applicable water-quality requirements.
Technology selection depends on sewage characteristics, capacity, available space, operating conditions and treated-water quality requirements.
A Moving Bed Biofilm Reactor uses plastic carriers that provide a growth surface for microorganisms, giving a compact biological treatment arrangement for residential complexes, hotels, hospitals, commercial buildings and industries.
A Sequencing Batch Reactor treats sewage in timed cycles of filling, aeration, settling, decanting and idle. PLC-based controls help manage variations in sewage flow.
A Membrane Bioreactor combines biological treatment with membrane filtration for high-quality treated water, where reuse is a priority or installation space is limited.
Suspended microorganisms in an aeration tank break down biodegradable pollutants, followed by a secondary clarifier. An established process for residential, commercial and municipal applications.
A modified activated sludge process with a longer aeration period that supports biological stabilization and can lead to lower excess sludge under suitable operating conditions.
Fluidized Aerobic Bed technology keeps biological media in suspension through aeration, supporting an attached-growth process for residential and commercial projects.
Major treatment equipment integrated into a compact arrangement using MBBR, SBR, FAB or another suitable process, for hotels, resorts, apartments, offices and schools.
Manufactured or assembled off-site and transported to location, reducing site fabrication and giving better control over manufacturing activities.
Separate treatment units integrated into one system. Useful for campuses, townships and projects where phased installation or future expansion is planned.
Treatment equipment housed in a transportable container, suited to remote locations, temporary facilities and construction projects.
Sewage is treated close to where it is generated, using settling, anaerobic and aerobic treatment, filtration and disinfection. Suitable for campuses, communities and resorts.
Additional treatment after secondary stage, such as pressure sand filters, activated carbon, ultrafiltration, nutrient removal and UV or chlorine disinfection, to improve final quality for reuse.
A sewage treatment plant operates in multiple stages to remove physical impurities, reduce organic pollutants and improve treated-water quality. The exact arrangement varies with the selected technology.
Wastewater from bathrooms, kitchens, laundry and common areas of apartments.
Guest rooms, restaurants, kitchens, laundry and hospitality operations.
Sanitary wastewater management in line with applicable healthcare requirements.
Offices, IT parks, shopping centres and business complexes.
Educational campuses, hostels and institutional buildings.
Domestic sewage from employees and admin buildings. Process effluent needs separate evaluation.
Wastewater infrastructure for communities and urban developments.
Construction camps, railway facilities and remote establishments.
Customized ETP solutions for industries requiring effective treatment of industrial wastewater. We design, manufacture, install and commission systems based on the specific requirements of each application.
An ETP is a treatment facility that removes or reduces contaminants from industrial wastewater, converting untreated effluent into water that can be discharged or reused according to applicable quality requirements. Depending on the industry, effluent may contain suspended solids, oil and grease, organic pollutants, chemicals, dissolved substances and colour.
Unlike a domestic sewage system, an ETP is designed around the specific pollutants of an industrial process. A chemical unit may need chemical treatment, while a food-processing unit may need substantial biological treatment.
Treatment is selected from wastewater analysis and project requirements, and processes can be combined to meet treatment objectives.
Screening, oil separation, pH correction, coagulation, flocculation and precipitation to remove suspended and dissolved contaminants.
MBBR, SBR, MBR and Activated Sludge Process to reduce biodegradable organics, depending on wastewater composition and treatability.
Dissolved Air Flotation uses fine air bubbles to float fats, oils, grease and fine suspended solids for removal.
Pressure sand filters, activated carbon filters and other systems for additional treatment after primary and biological stages.
UF, RO and nanofiltration where extra filtration, dissolved-solids reduction or water recovery is needed.
Membrane concentration, evaporation, crystallization and solids management to minimize or eliminate liquid discharge and recover water.
ETP capacity and technology are selected after evaluating pH, BOD, COD, TSS, TDS, oil and grease, colour, chemical composition, biodegradability and daily flow. We support ETP projects from process selection and engineering through manufacturing, installation, commissioning and maintenance. With suitable filtration and membrane treatment, treated industrial wastewater may be considered for appropriate industrial reuse, subject to the required water-quality standards.
Both systems treat wastewater, but they are designed for different wastewater sources and treatment requirements.
| Parameter | Sewage Treatment Plant (STP) | Effluent Treatment Plant (ETP) |
|---|---|---|
| Wastewater source | Domestic and sanitary wastewater | Industrial process wastewater |
| Typical contaminants | Organic matter, suspended solids, detergents and microorganisms | Chemicals, oils, grease, dissolved substances, colour and industrial pollutants |
| Main treatment approach | Primarily physical and biological treatment | Physical, chemical, biological and advanced treatment |
| Common applications | Residential societies, hotels, hospitals and commercial buildings | Chemical, pharmaceutical, textile, food processing and engineering industries |
| Treatment selection | Based on sewage flow and organic loading | Based on industry-specific wastewater analysis |
| Reuse possibilities | Flushing, gardening and other suitable non-potable uses | Industrial process reuse and other suitable applications after required treatment |
For industrial premises, domestic sewage from employees and sanitary facilities is generally evaluated for an STP, while wastewater from manufacturing and processing needs a separate ETP assessment. Some facilities may require both systems.
We undertake water and wastewater treatment projects for residential, commercial and industrial applications. Each project needs a different approach depending on wastewater generation, pollutant characteristics, available space and treated-water quality requirements.
A controlled filling, aeration, settling and decanting cycle handles varying sewage flow, with screening, equalization, disinfection and sludge management to support non-potable reuse of treated water.
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MBBR carrier media supports biological treatment through variable loading, with attention to peak hydraulic load, solid-liquid separation and sludge handling.
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Domestic sewage from employees and supporting facilities is treated with an MBBR configuration designed around average and peak flow, aeration needs and treated-water reuse.
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Existing sewage treatment plants can be assessed and upgraded or retrofitted to improve performance and treated-water quality.
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A compact packaged arrangement integrates the main treatment equipment, suited to hospitality sites with limited space.
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Treatment is finalized after evaluating pH, BOD, COD, TSS, TDS, oil and grease, colour and biodegradability, and may include screening, equalization, chemical dosing, DAF, biological treatment, PSF/ACF and UF/RO.
Explore ETP solutions →Whether the need is a residential STP, a commercial MBBR system, a large-capacity SBR plant or an industrial ETP, the process should be finalized using actual project data and the intended treated-water quality.
Selecting the right plant requires understanding wastewater generation, pollutant characteristics, flow variations, available space and treated-water requirements. Our project approach considers:
Based in Pune, we serve residential, commercial, institutional and industrial projects across Pune and nearby locations and can recommend suitable STP, ETP and water treatment configurations.
An STP treats domestic sewage generated from toilets, bathrooms, kitchens and sanitary facilities. An ETP treats industrial wastewater generated during manufacturing and processing. Their treatment processes differ according to the wastewater characteristics.
MBBR, SBR, MBR, FAB and Extended Aeration are among the technologies that may be considered. The appropriate option depends on sewage generation, available space, operating requirements and treated-water quality.
Chemical, pharmaceutical, textile, dyeing, food processing, dairy, automobile, engineering, sugar and paper industries may require ETP systems depending on their wastewater generation and applicable treatment requirements.
Yes. Treated water may be reused for suitable non-potable applications after meeting the relevant water-quality requirements. Additional filtration or membrane treatment may be required depending on the intended use.
Capacity is determined by evaluating average and peak wastewater flow, operating hours, pollutant loading, production requirements, occupancy and future expansion plans. ETP design also requires an assessment of the industrial wastewater characteristics.
Yes. We support treatment plant projects through design, manufacturing, installation and commissioning, with the scope determined according to project requirements.
Useful information includes the wastewater source, estimated daily flow, available site details, wastewater analysis where available, intended treated-water use and project location.
Share your wastewater source, estimated daily flow, available site details and treatment objectives, and our team will evaluate an appropriate system for your residential, commercial or industrial project.
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