Ventilair Engineers Private Limited

Effluent treatment plant for Pharmaceutical industries-Ventilair Engineers is a leading manufacturer and supplier of Industrial Effluent treatment plants for.These effluent treatment plants are used by different industries to reduce the potential for pollution and to comply with discharge consent conditions.The pharmaceutical Effluent wastewater treatment plant treats wastewater from the pharmaceutical industry to make it suitable for discharge or reuse.

pharmaceutical Effluent treatment plant utilizes different technologies and processes for treatment of the waste. They can be streamlined for physiochemical treatment and biological treatment followed by tertiary treatment. Integrated functions with user friendly control makes the operation much easier. Our engineers can also custom design effluent treatment plants based on the specific requirements of the clients. Industrial wastewaters from certain industries don't meet the standards) for discharge, and certainly not for reuse as process water. First of all, the toxic components have to be removed from the wastewater flow.

Physicochemical wastewater treatment is a frequently used technique in the area of wastewater treatment. Physicochemical wastewater treatment techniques are applied for the removal of heavy metals, oils and greases, suspended matter and emulating organic substances, organic and inorganic components, difficult to decompose, non polar organic substances, toxic pollutants or high salt concentrations, phosphorus.

The physicochemical wastewater treatment techniques are used as pre-treatment, final treatment as well as specific treatment for wastewater reuse as process water. We have a huge range for effluent treatment these are ETP for Vehicle Washing (water recycling plant)Turnkey Etp, Etp for Rice Mill, Etp for Small Food Industries, Etp for Dry-Clean Industries Etp for Textile Industries, Etp for Food industries Etp for Oily Water, Etp for Laundry, Water, ETP, Industrial Etp, ETP for various Industries, Packaged ETP, Etp for Print Industry, ETP for Seeds Rinsing, Etp for Rail Coach, ETP for Iron Removal, ETP Plant For Automobile, Small Scale ETP, ETP For Oils And Grease Removal, Complex Organic Chemicals Industry Etp, Etp For Acids And Alkalis, ETP for Dying Industry, ETP for Electroplating Plant, Etp for Hospital, Etp for Paper Industry, Physico- Chemical Process Of WTP Waste Water treatment Recycle Machine, Pharmaceutical and personal care industries and Drug manufacturing units contain various solvents, ingredients. Wastewater Treatment Plant For Construction (MBBR Process, Etp for Pulp And Paper Industry, ETP For Fabric Factory, Etp for Construction Site.

• Size: 1.0 mtrs x 1.7 mtrs. X 2.1 mtrs. To 5 mtrs. X 1.5 mtrs. 2.5 mtrs
• Power: 2 hp to 30 hp
• Application: Various Type Of Industries, Automobile Workshop, Vehicle Washing Units
• Uses: To reuse waste water
• Material: MS Fabricated with FRP Coating
• Capacity: 1 kld to 1000 kld

Additional Information:

• Minimum Order Quantity: 1 Unit

Wastewater generated from agricultural and food operations has distinctive characteristics that set it apart from common municipal wastewater managed by public or private sewage treatment plants throughout the world: it is biodegradable and nontoxic, but that has high concentrations of biochemical oxygen demand (BOD) and suspended solids(SS). The constituents of food and agriculture wastewater are often complex to predict due to the differences in BOD and pH in effluents from vegetable, fruit, and meat products and due to the seasonal nature of food processing and postharvesting.

Processing of food from raw materials requires large volumes of high grade water. Vegetable washing generates waters with high loads of particulate matter and some dissolvedorganic matter. It may also contain surfactants.

Backed by the vast industry experience and sound technological expertise we are manufacturing state of the art Effluent Treatment Plants for Food and Beverages. The effluents produced by the food and beverage industry are different from the municipal wastewater. These are biodegradable and non-toxic wastes that are high in concentrations of BOD and Suspended Solids. Major source of these effluents are hotels. Our range of effluent treatment plants is manufactured by using the highest grade s of raw materials and allied components.

Features:

• Flawless performance,
• Long service life.

Specifications:

• Size: 1.0mtr width x 1.6tr Length x 2.0mtr ht.-5.0mtr width x 1.5tr Length x 2.5mtr ht
• Power: 2HP -30HP
• Output: Improve water quality
• Application: Automobile units, construction site, restaurant, Different Type industries, School, College, Residential complex etc
• Uses: To reuse waste water
• Material: MS Fabricated with FRP Coating
• Capacity: 1KLD - 1000KLD

Specifications:

• Size: 1.0mtr width x 1.6tr Length x 2.0mtr ht.-5.0mtr width x 1.5tr Length x 2.5mtr ht
• Power: 2HP -30HP
• Output: Improve water quality
• Application: Automobile units, construction site, restaurant, Different Type industries, School, College, Residential complex etc
• Uses: To reuse waste water
• Material: MS Fabricated with FRP Coating
• Capacity: 1KLD - 1000KLD

The dairy industry involves processing raw milk into products including milk, butter, cheese, yogurt, using processes such as chilling, pasteurization, and homogenization. Typical by-products include buttermilk, whey, and their derivatives.
Huge amounts of water are used during the process producing effluents containing dissolved sugars and proteins, fats, and possibly residues of additives. These effluents have the following characteristics

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  Biochemical oxygen demand (BOD), with an average ranging from 0.8 to 2.5 kilograms per metric ton (kg/t) of milk in the untreated effluent

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  Chemical oxygen demand (COD), which is normally about 1.5 times the BOD level

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  Total suspended solids (TSS), at 100–1,000 milligrams per liter (mg/l)

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  Total dissolved solids (TDS): phosphorus (10–100 mg/l), and nitrogen (about 6% of the BOD level).

Cream, butter, cheese, and whey production are major sources of BOD in wastewater. The waste load equivalents of specific milk constituents are: 1 kg of milk fat = 3 kg COD; 1 kg of lactose = 1.13 kg COD; and 1 kg protein = 1.36 kg COD. The wastewater may contain pathogens from contaminated materials or production processes. A dairy often generates odors and, in some cases, dust, which also need to be controlled.
Hydro-Flo engineers and builds complete solutions to efficiently manage the wastewater treatment and odor control requirements of the dairy industry. Our solution includes the following benefits:

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  Optimization of use of water and cleaning chemicals with option for recirculation of cooling waters.

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  Segregation of effluents from sanitary installations, processing, and cooling (including condensation) systems; this would facilitate ability to recycle the wastewater.

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  Energy recovery through use of heat exchangers for cooling and condensing.

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  Use of high-pressure nozzles to minimize water usage.

Dairy wastewater is treated by adjusting pH and using strong coagulant chemistry to break any emulsions caused by cleaning agents and sanitizers and to precipitate solids and fats. The chemicals are added to cause de-emulsification, precipitation, coagulation, and flocculation.

The reuse of wastewater from the dairy industry can also be provided for by usage of adsorption and membrane separation among other processes. The color and the odor may be removed completely after activated carbon treatment. The pretreated water can be passed through a cross flow reverse osmosis membrane system and the permeate water can then be reused.