Effluent Treatment Plant

Effluent Treatment is a social and environmental obligation for all industries, our offers effluent treatment schemes for a wide range of industries, with over an decade of experience in a wide range of industries like Automobile and ancillaries, Food and Beverages, Breweries and Distilleries, Petro chemicals, Minerals and Metal processing, Paper, Sugar, Foundries and Forging , Pharmaceuticals , Paint , Textile and Leather.

All Effluent Treatment plants are designed with an accent to save on space, reduce solid waste generation, lower power cost and utilize proven technologies. Treatment schemes are backed up with in house laboratory testing facilities with a wide range of specialty chemicals. Aim Water offers on turnkey from concept to commissioning Effluent treatment plants.

Primary Treatment

• Screening, Mechanized and Manual

• Oil, Grease and Fat Traps and removal systems

• pH Correction

• Chemical Coagulation and Flocculation

• Primary Clarification

• Electro Catalytic Oxidation

• Dissolved Air Floatation

Secondary Treatment

• Anaerobic Reactors with gas Flaring & Storage.

• Anoxic Tanks

• Trickling Filters




• Biological Aeration systems

  • Conventional Activated sludge Process

  • Submerged Media based Reactors

  • Fluidized Bed Media based Reactors




• Aeration options

  • Slow Speed Fixed Aerators

  • Floating Aerators

  • Diffused aeration using fine bubble membranes

  • Immersed jet loop aerators




• Bio Sludge Separation

  • Clarifiers with drive head and bottom rake arm sweepers

  • Fluted Media Separates

  • Lamella Separators




• Bio Gas utilization from anaerobic digestion

  • Gas powered generators

  • Gas storage and distribution to kitchen / Lighting

Primary Treatment

• Chemical Coagulation & Clarification

• Electro chemical Oxidation

• Chemical Oxidation

• Pressure Filters Single/ Multi layered media.

• Activated Carbon Filters.

Sewage Treatment Plant

STP is offered with a variety of options;

• Diffused aeration

• Slow speed fixed aerators

• Submerged Aspirators

Various Types of treatment schemes are offered based on the plant size and location advantage with a view on reducing space and civil works.

Typical Application

• Packaged Mild Steel Pre Fabricated Sewage Treatment Plants. Reduces civil works, reduces erection time.

• Anaerobic Reactors with gas Flaring & Storage.

• Anoxic Tanks

• Conventional Activated Sludge Process

• Submerged Media Based Bio-Oxidation Treatment

• Fluidized Bed Media Reactors

• Bio Gas utilization from anaerobic digestion

  • Gas powered generators

  • Gas storage and distribution to kitchen / Lighting

Recycling Plant

Effluent Recycling

Effluent recycling requires a deep understanding of the water chemistry with in depth engineering knowledge to offer the best recycling option to its clients. Aqua Matrix offers the following unique advantaged to ensure client's investments are secure and produce attractive return on investments.

• Technology sourcing from around the Globe from world's leading manufacturers

• In house experience of over 25 years in project execution

• Latest Generation Membrane configurations

• In house Laboratory and Pilot Plant testing facilities

• Wide range of specialized chemical Formulation for specific applications like

  • Toxic chemicals removal

  • High silica Antiscalants

  • Organic scavengers

  • Application specific polyelectrolyte

Typical Aim water recycling schemes have the following treatment stages




• Pre conditioning

  • Chemical / Electro catalytic Oxidation

  • Filtration

• Ultra –filtration




Reverse Osmosis ( Multi Pass Systems)

Sea Water Desalination We offer Sea water desalination reverse osmosis plants for production of low TDS permeate from sea water. The sea water desalination units are constructed based on a process expertise and an on-field experience we own backed by leading membrane manufacturers like Hydranautics and Toray. The desalination units are custom-made in combination with a site specific pre-treatment and sea intake system. The pre-treatment section is designed based on the input sea water quality and ensures that the right quality of sea water is provided as feed to the RO at all times.




Typical pre treatment system envisage

• Disinfection at intake point

• Coagulation settling

• Disinfection

• Filtration




All sea water desalination units utilize the state-of-the-art's latest generation sea water compatible thin film composite polyamide membranes. The Reverse Osmosis block is built as a compact and rugged skid with aesthetic piping. We offer an option of stainless steel / FRP housing for the membranes. The piping for the RO systems is available in normal SS 304 / SS 316 to higher versions like electro-polished stainless steel for specific applications.




The sea water desalination system incorporates a standard turbo-based energy recovery device to achieve maximum energy saving. The turbo-based energy saving device is coupled with the high pressure booster pumps and comes in a sea water compatible duplex stainless steel material of construction. All wetted parts for the pumps and the turbo device have been tested and proven under severe operating conditions in sea water desalination all over the world.

Evaporation System

We offer technology to handle the final concentrated effluent generated from any recycling system. The technology adopted is specific to the nature and quantity of effluent is to be handled.

Forced Evaporation systems This system operates based on a combination of the relative humidity present in the air and solar heat. The waste water to be treated is evaporated in a three-stage process. The first stage involves spraying the water in the air by utilizing specially designed nozzles which produce a fine aerosol. This helps in maximum absorption of heat and increase the evaporation of water. The concentrate from this stage is taken to crystallization pans from where the crystallized salt is recovered.

Evaporators Evaporators operate on a principle of utilizing the heat source to evaporate the concentrated waste. Evaporators can be adopted to utilize the following heat sources which would be available in various industries

Typical packaged system comprises of

• Steam

• Flue gas

• Process gas / water with adequate temperature

If none of the above sources are available, the evaporator can be operated by a diesel based fuel or steam.

The type of evaporator recommended depends on the nature and the quantity of effluent to be treated.

Typical evaporator options available are;

• Mechanical evaporators which utilize diesel / furnace oil as fuel

• Vacuum based multistage stage falling film type evaporators utilizing steam as the heating media

• Multiple effect evaporation plants with Thermal & Mechanical vapour recompression

De-Mineralisers

We offer an array of pre-engineered packaged de-mineraliser units and custom-built de-mineraliser to meet individual customer requirements.

Packaged De-mineralizes comprise of two pressure vessels in MS / FRP filled with Strong Acid Cation and Strong Base Anion resin respectively. All packaged plants are skid mounted, completely assembled including necessary piping valves and chemical tanks for regeneration.

De-gasifiers In this we offer a full range of degassers to suit the packaged and custom-made de-mineraliser. Degassers when installed downstream of the cation unit removes the carbondioxide, thereby reducing the load on the downstream unit. This results in cost savings by way of reduced chemical consumption. Standard units comprise of a tower in mild steel rubber lined / FRP construction along with a blower and transfer pump in stainless steel construction. Additional pump and blowers are offered as options.

Custom Designed DM Plants To meet specific customer requirements, we have built de-mineralisers incorporating Weak Acid Cation and Weak Base Anion to handle water containing high amounts of alkalinity, chlorides and sulphates.

All DM units are available as manual, semi-auto or full-auto options with PLC based control systems. Automatic systems can be easily upgraded to be linked to client DCS if required.

Mixed Bed De-mineralisers Mixed bed de-mineralisers are used on the downstream of the DM unit to achieve high purity levels in the treated water. We confer packaged and custom-built mixed bed de-mineralisers. These mixed bed units comprise of a single vessel with a mixture of cation and anion resins and are offered with complete service and regeneration piping, self supportive skid foundation and chemical tanks for regeneration