Effluent Treatment & Wastewater Treatment Plant

• Application specific design
• Minimum maintenance
• Excellent working

• Sturdy construction
• Corrosion resistance
• Longer functional life

• Maximum storage capacity
• High strength
• Easy to install

The MBBR reactor shaves off 60-80% BOD and reduces the load to downstream activated sludge process significantly resulting in a very efficient treatment with a lower footprint.

Features

1. Robust - It is stable under load variations, insensitive to temporary limitation and provides consistent treatment results
2. Efficient - It generates low solids and requires no or minimum polymer for solid/liquid separation
3. Compact - It requires a small footprint. Typically it requires 1/3^rd the space required for Activated Sludge Process.
4. Cost - It requires a low capital cost and is comparable to cost of Activated Sludge Process. It is cheaper than the MBR process.
5. Flexible - Existing plants can be upgraded easily with MBBR. New MBBR plants can be upgraded to handle higher loads with no or minimum cost and construction.
6. Trouble Free- It is easy to operate, has automatic sludge wasting, has no sludge Return and no MLSS, and there no issue of media clogging.

SYSTEM DESCRIPTION:
Primary Treatment:
Effluent is taken to Equalization tank through bar screen floating mass and
solid materials. The Effluent is collected in the equalization tank to avoid
any septic condition. This also helps mix the effluent properly and reduces
any chance of its dilutions. Effluent is pumped in Reaction cum Flocculation
Tank with the help of acid-alkaline handling PP / CI effluent feed pump.
After filling the tank Coagulant & Flocculants dosing is carried out through
the Coagulation & Flocculation Tank. With the help of coagulation &
Flocculation we decrease COD & BOD and also we remove Non-
Biodegradable suspended solids. For mixing of Coagulant & Flocculants we
use mechanical agitator or Aeration system. After this treatment we give
some retention time for primary sludge settling thus sludge will be settled
down & it is passed to SDB and superfast is passed to Intermediate Tank.
Tertiary treatment:
Treated water will be further polished in the Dual media filters. This is
called as Tertiary treatment.
Filtered water will be collected in the Irrigation water tank from where it
will be pumped to the Irrigation system or dispose it.
Sludge dewatering system
Sludge generated in the system will be diverted to Sludge Drying Bed
system by gravity. The excess sludge collected from the bottom of Reaction
cum Flocculation tank and passed on to sludge drying Bed. It can be
periodically scrapped off from there and disposed, as per waste managment system.

Owing to a modernized infrastructure for trouble-free processing & post-production, we are instrumental in manufacturing premium grade Effluent Treatment Plant For Textile Industry. The offered plant is manufactured with great precision by making use of optimum grade components and high-tech machines in synchronization with set industry norms. This plant is used for treatment of wastewater in different industries such as pharmaceutical, factories, food, beverages, etc.

Features:

• Easy to install
• High performance
• Long service life

The waste water of dairies is loaded with detergents, solids and organic substances such as fat. The RCI process for biological waste water treatment is successfully working in dairies and cheese and dairy producing companies worldwide. RCI Expert offers companies of different sizes the full range of tailor-made processes for pre-treatment and biological treatment of waste water. Depending on company size, product range, amount of waste water and biological load it can be more economical not only to separate fats and solids but also lower COD and BOD loads before discharging into the sewerage. The Dairy Water Effluent Treatment Plant with the highly energy efficient RCI technology also allows for recycling process water, thus reducing water consumption and operating costs. Our solutions are very flexible in times of changing waste water pollutions. The biofilm process combines excellent process stability with minimized sludge volumes.

Features:

• Reduced (Maximum reduced) sludge generation.
• Anaerobic systems are used to reduce power consumption.
• Ultra filtration in final state to reduce FP (fouling potential) of effluent.
• Due to good quality raw material used it results in enhanced recovery.

• Easy installation
• Low Power Consumption
• Automatic regeneration

• High speed filtration
• Long service life
• Fast purification

Backed by our experienced and highly skilled professionals, we are offering a wide range of Commercial Wastewater Treatment Plant. We manufacture this plant using high grade components and advanced technology. The provided plant removes all the harmful materials present in water. Our experienced professionals construct this plant using the finest quality components with the aid of latest technology. Moreover, prestigious clients can avail this plant from us at industry leading prices.

Features:

• Long service life
• Precisely design
• Efficient cleaning

• Large contact surface area
• Advanced technology is implemented
• Accurate corrugation depth and pitch

• Correct heating elements
• Long lasting
• Quick and complete cleaning

We have gained huge popularity among the clients, as we are engaged in manufacturing an exclusive range of Wastewater Plant For Paper Industry. This plant is constructed by utilizing premium quality components under the strict supervision of our adroit professionals. Our offered plant is used in various industries for the treatment of waste water. Moreover, our quality controllers check this plant on different parameters to ensure its flawless functionality.

Features:

• Corrosion resistant
• Easy to operate
• High performance

• Compact and sturdy design
• Odorless
• Low power consumption

We are having promising technologies to treat waste water generated from various industries containing highly organic, inorganic load, oil and grease, heavy metals and suspended solids. Based on the effluent parameters as per nature and compositions, we design steady state models to overcome environmental issues related to industry.

The process involved for the treatment of various effluents are anaerobic (UASBR, Anaerobic filter and Biodigester), Aerobic (Surface and diffused aeration), Hybrid (Anaerobic + Aerobic).

Our strength is to achieve the permissible limits for resultant treated water as per government norms.

Salient Features:

• Manual, semi-automatic and automatic systems
• Batch and continuous mode
• Less footprints