trity enviro Vasundhara, Ghaziabad, Uttar Pradesh

We are the expertise in Waste Water Treatment Plant Manufacturer in India. A Waste Water Treatment Plant removes contaminants from wastewater, household sewage and industrial wastewater. We are made 100 % eco-friendly & less energy use Waste Water Treatment plant for removing contaminants (physical, chemical, and biological) from water. Our Effective Wastewater Treatment System remove contaminants from the wastewater that has been adversely affected in quality by anthropogenic influence. It contains liquid waste discharged by domestic residences, commercial properties, industry, and/or agriculture and can encompass a wide range of potential contaminants. In the most common usage, it refers to the municipal wastewater that contains a broad spectrum of contaminants resulting from the mixing of wastewater from domestic, businesses, industrial areas and often storm drains, especially in older sewer systems. Municipal wastewater is usually treated in a combined sewer, sanitary sewer, effluent sewer or septic tank. Waste Water Treatment System Suppliers Sewage is the subset of wastewater that is contaminated with feces or urine, but is often used to mean any wastewater. Sewage includes domestic, municipal, or industrial liquid waste products disposed of, usually via a pipe or sewer (sanitary or combined), sometimes in a cesspool emptier. Wastewater Treatment plants are used to make water reusable by eradicating dissolved impurities present in it. We are recognized as one of the staggering WWTP Manufacturer in India. We are one of the top manufacturers and suppliers of Wastewater treatment system and Water treatment plants in India. We have Wastewater Treatment plant designed for small medium and large scale i.e. from 1000 lph water treatment system to 40,000 lph. Waste Water Treatment Plant In Paint Industry We have developed a treatment plant technology that ensure highly efficient reduction of pollutants and give excellent performance, reliability with a low footprint. Waste Water Treatment Plant In Textile Industry We have Waste-Water Treatment Plant specific to meet quality standards of textile industry which is on high demand as it suits to needs of many customer. This treatment plant is used for tailored applications with variable flows and loads and improves process stability during peak flows.

The Moving Bed Biofilm Reactor (MBBR) technology was developed in Norway at the Norwegian University of Science and Technology in cooperation with a Norwegian company Kaldnes Miljǿteknologi (now AnoxKaldnes AS). The MBBR is a complete mix, continuous flow through process which combines the benefits of fixed film and suspended growth processes. Benefits include increased treatment capacity, improved settling characteristics, enhanced process stability, and reduced sludge production (Metcalf & Eddy, 2003). The process can either be used as a, The MBBR process uses small plastic carrier elements to provide sites for bacteria attachment in a suspended growth medium. The carrier elements allow a higher biomass concentration to be maintained in the reactor compared to a suspended growth process, such as activated sludge. This increases the biological treatment capacity for a given reactor volume. The carrier elements are continuously kept in suspension by either a mixer or an aeration system. The agitation pattern in the reactor is designed to provide an upward movement of the carriers across the surface of the retention screen which creates a scrubbing effect to prevent clogging. Coarse bubble and jet aeration are typically used to provide oxygen for an aerobic reactor. Reports using fine bubble aeration in an MBBR system indicate the media cause the bubbles to coalesce, thereby reducing oxygen transfer efficiency.

Filter Press The filter press basically consists of a number of chamber filter plates (also referred to as recessed filter plate pack) mounted vertically on and between two sidebars or suspended from an overhead support beam. A filter cloth is mounted over each of the two faces of the filter plate. The cloth is joined at the feed eye by an impervious sleeve or tube also known as a barrel neck. Filter Press Feed Cycle:- Step 1 : Sludge is fed into the filter press by a suitable pumping system and passes through the feed eye of the succeeding plates along the length of the plate pack until all chambers are full of slurry. This is known as the fast fill portion of the filter cycle. Step 2 : Flowing under pressure, the solid particles begin to deposit on the surface of the filter cloth forming the initial layer of filter cake referred to as the pre-coat. Once applied, this pre-coat layer becomes the actual filtering medium. Step 3 : As filtering continues the cake thickness gradually increases, until the adjacent filter cake in each chamber touch or bridge. At this point of the filter cycle, the dewatering phase enters into final cake consolidation to achieve maximum cake dryness. Filter Cloths The filter cloths are woven fabrics using monofilament or multifilament synthetic fibers or a combination of both. The most commonly used materials are polypropylene, polyester, and nylon. Filter cloths are primarily selected for filtration, strength, and cake release properties. Sludge Drying Bed Sludge drying beds may be used for dewatering sludge. Drying beds are confined, under drained and shallow layers of sand over gravel on which wet sludge is distributed for draining and air drying. Drying beds have proved satisfactory at most small and medium-sized sewage treatment plants located in warm, dry climates.

Media of SAFF is providing more surface area for microorganism to grow. Excess micro-organism (known as humus solids) that flows out of the biological treatment stage is separated from the final effluent in another settlement stage.

Moving Bed Biofilm Reactor (MBBR) The Moving Bed Biofilm Reactor (MBBR) technology was developed in Norway at the Norwegian University of Science and Technology in cooperation with a Norwegian company Kaldnes Miljǿteknologi (now AnoxKaldnes AS). The MBBR is a complete mix, continuous flow through process which combines the benefits of fixed film and suspended growth processes. Benefits include increased treatment capacity, improved settling characteristics, enhanced process stability, and reduced sludge production (Metcalf & Eddy, 2003). The process can either be used as a 1. pre-treatment system ahead of an existing activated sludge system for increased organic matter removal 2. stand alone biological treatment process for BOD removal, nitrification and/or denitrification 3. a retrofit of an existing activated sludge processes to help increase overall nitrification capacity of the existing system. The MBBR process uses small plastic carrier elements to provide sites for bacteria attachment in a suspended growth medium. The carrier elements allow a higher biomass concentration to be maintained in the reactor compared to a suspended growth process, such as activated sludge. This increases the biological treatment capacity for a given reactor volume. The carrier elements are continuously kept in suspension by either a mixer or an aeration system. The agitation pattern in the reactor is designed to provide an upward movement of the carriers across the surface of the retention screen which creates a scrubbing effect to prevent clogging. Coarse bubble and jet aeration are typically used to provide oxygen for an aerobic reactor. Reports using fine bubble aeration in an MBBR system indicate the media cause the bubbles to coalesce, thereby reducing oxygen transfer efficiency (Zimmerman, et al., 2005). MBBR Design Parameters: Organic surface loading rate (g BOD/m2d) Normal rate : 10 – 13 g BOD/m2d @25°C Protected surface area of carrier (m2/m3) 400 – 680 m2/m3 The Biomedia carrier filling fraction (%). Normally: 50 – 67 % (minimum 30%) Aeration Grid A stainless steel coarse bubble aeration system is employed to mix the suspended media evenly throughout the reactor while providing the mixing energy required to slough old biofilm from the internal surface area of the media and maintain the dissolved oxygen required to support the biological treatment process.    

mbbr media is a complete mix, continuous flow through process which combines the benefits of fixed film and suspended growth processes. Benefits include increased treatment capacity, pre-treatment system ahead of an existing activated sludge system for increased organic matter removal,

We are offer the Biological & Chemical Treatment technique in ETP as per industrial effluent. Our design ETP is totally depend on the Effluent characteristics like BOD, COD, TSS & ETC. The objectives in using chemicals and chemical reaction are to immobilize, mobilize for extraction, or detoxify the contaminants. The feasibility of chemical treatment is dependent on site and waste characteristics. Type of Effluent Treatment Plant 1. Physico chemical Treatment Plant mainy use in digestion of inorganic content in this section we are mainly use coagulant and flocculant 2. Biological Treatment Plant mainy use in digestion of organic content in this section we are manily use the nitrogen fixation bacteria  

Activated carbon (AC) is a natural material derived from bituminous coal, lignite, wood, coconut shell etc., activated by steam and other means, and each one have different adsorption properties (e.g. bituminous carbon for high chlorine reduction capacity).

Anaerobic digestion is a series of biological processes in which microorganisms break down biodegradable material in the absence of oxygen. One of the end products is biogas, which is combusted to generate electricity and heat, or can be processed into renewable natural gas and transportation fuels. A range of anaerobic digestion technologies are converting livestock manure, municipal wastewater solids, food waste, high strength industrial wastewater and residuals, fats, oils and grease (FOG), and various other organic waste streams into biogas, 24 hours a day, 7 days a week. Separated digested solids can be composted, utilized for dairy bedding, directly applied to cropland or converted into other products. Nutrients in the liquid stream are used in agriculture as fertilizer. TDigester Technologies Many different anaerobic digester systems are commercially available. The following is an overview based on organic waste stream type (manure, municipal wastewater treatment, industrial wastewater treatment and municipal solid waste): Manure: Anaerobic digestion systems for livestock manure operate to reduce methane emissions, odors, pathogens and seeds and produce biogas. They fall into four general categories: Covered anaerobic lagoon digester: Sealed with flexible cover, with methane recovered and piped to the combustion device. Some systems use a single cell for combined digestion and storage. Plug flow digester: Long, narrow concrete tank with a rigid or flexible cover. The tank is built partially or fully below grade to limit the demand for supplemental heat. Plug flow digesters are used at dairy operations that collect manure by scraping. Complete mix digester: Enclosed, heated tank with a mechanical, hydraulic, or gas mixing system. Complete mix digesters work best when there is some dilution of the excreted manure with water (e.g., milking center wastewater). Dry Digestion: Upright, silo-style digesters made of concrete and steel with rigid cover.

We offer precisely designed Activated Carbon Filter, which is used to treat water having abnormal color, taste and odor. In Industries where water is to be pre filtered for further chemical treatment such as reverse osmosis, softening and demineralizing Carbon Filter is used. The taste, color and odor are removed as the raw water is passed through Activated Carbon Filter where due to absorption properties of charcoal contaminate. These are mostly constructed from Mild Steel. Activated carbon filters are used to treat water having abnormal taste, odour and color. Raw water is passed through activated carbon where due to adsorption properties of charcoal, contaminants related to the taste, color and odour are removed. Activated carbon filters find their applications in the drinking water filtration system, in process industries where water is to be pre filtered for further chemical treatment such as softening, demineralizing and reverse osmosis.