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ASEWater Technology’s Membrane bioreactor (MBR) technology is used for treatment of domestic sewage and industrial waste. MBR technology combines biologically-activated sludge process and membrane filtration. As in a conventional activated sludge process, MBR process uses mixed liquor solids in suspension in an aeration tank.

Bio solids in the MBR process are separated by means of a polymeric membrane based on microfiltration or ultra-filtration unit.

Positives:

• Less space and land requirements
• Reclaimed water serves high demand reuse application
• Retains a higher concentration of bio-solids as against other processes.

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Are you interested in a best fit Waste Water Solution for your establishment?

Get in touch with us and we can design a solution just right for your industrial needs.

ASEWater Technology’s SBR technology uses a treatment process conducted sequentially within the same tank. The treatment process consists of a cycle of five stages viz., fill, react, settle, draw and idle. With high nutrient removable capabilities, SBR has controllable react time and quiescent settling.

The process involves, equalization, biological treatment, and secondary clarification in a single tank using a timed control sequence.

Positives:

• Less space and land requirements
• Batch operation and hence variant effluent levels can be allowed
• Removes higher percentage of carbon, nitrogen, phosphorus and organic compounds due to aeration and mixing strategies
• Cost efficient and effective even with the most difficult to treat wastewater

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Are you interested in a customized Waste Water Solution for your establishment?

Get in touch with us and we can design a solution that is a good fit for your industrial needs.

FBBRs are attached-growth systems that work fine for aerobic, anoxic and anaerobic biological treatment. At ASEWater Technology, we minimize your CapEx and OpEx with optimized and appropriate reactor design.

Large scale biochemical processes involve three main costs: the capital cost of the bioreactor and associated equipment; the cost of the substrates, and the costs associated with separating and purifying the product. In waste water treatment for example the cost of the “substrate” can be safely ignored, and product separation is restricted to separating the biomass from the clean water. The reactor cost is the dominant factor. ASEWater Technology’s FBBR process and its execution is developed to add value to our client installations that require advanced biological denitrification processes.

In the FBBR process, wastewater is passed vertically upwards, through a packed bed of particles at a velocity which fluidizes the particles. As the wastewater passes through the biological bed, dense concentrations of organisms growing on the surface of the bed particles consume the biodegradable waste contaminants in the liquid leading to good results on denitrifcation.

Positives:

• With low CapEx and OpEx, offers greater ROI
• Maintains a highly effective concentration of organisms
• Provides stability against shock and toxic load

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Are you interested in a best fit Waste Water Solution for your establishment?

Get in touch with us and we can design a solution just right for your industrial needs.

The Reverse Osmosis (RO) technology is used to remove dissolved solids, colour, organic contaminants and nitrate from feed stream. Reverse osmosis is most commonly known for its use in drinking water purification from seawater.

The RO process consists of feed, permeate and reject stream.

It is a membrane based process technology that purifies water by separating the dissolved solids from the feed stream. This results in what is known as permeate; the reject stream finds use in various applications across domestic and industrial use.

RO technology is used in the treatment of water and hazardous waste and separation processes across industries. It is also used for recovery of organic and inorganic materials from chemical processes. RO process has found application in treating municipal wastewater to remove dissolve solids and for removal of organic and inorganic pollutants present in waste water.

Positives:

• Is used in treatment of water and hazardous waste
• Removes dissolved solids better than conventional treatment processes
• Removes organics and inorganic pollutants

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Ultra-filtration(UF):

If your industry produces oil containing waste streams that are difficult to treat, then UF may the best choice for pre-treatment of water, before it is fed to an RO system.

Where high concentrations of emulsified oils and fats are washed down, compliance would demand aggressive filtration and treatment before discharge. Recent advances have seen the use of Integrated Membrane System(IMS) which is a simple system designed with an ultra filtration as pre-treatment layer prior to being RO-ed.

Positives:

• Is used in treatment of water and hazardous waste
• Removes dissolved solids better than conventional municipal treatment processes
• Removes organics and organic pollutants

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Do you need a best fit solution for your Waste water treatment?

Get in touch with us and we can design a solution just right for your industrial needs.

At ASEWater Technology, demineralization or deionization is facilitated with specially manufactured ion exchange resins that replace the mineral salts in water, with water forming H+ and OH- ions.

A Demineralization Water System produces mineral free water by operating on the principles of ion exchange, Degasification, and Polishing. This process is used where impurities must be removed quickly without scale build-up.

Positives:

• Can produce highly quality of pure water, as good as distilled water
• Majority of water impurities that are dissolved salts can be removed.
• Cations of sodium, calcium, iron, copper and anions of chloride, sulphate, nitrate etc can be removed.
• Wide application in the fields of steam, power, process and cooling.

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Get in touch with us and we can suggest a solution that will ensure that your compliance requirements are met with low CapEx and optimal OpEx.

Moving Bed Biofilm Reactors (MBBR) have been deployed by ASEWater Technology in waste water treatment plants that need removal of phosphorus and nitrogen, before being released into water bodies. The MBBR is used to remove ammonia and nitrite oxidizing bacteria from high temperature (35C - 45C) effluents.

Positives:

• Removes more than 90% of ammonia in synthetic and industrial wastewater
• Cost effective with minimal maintenance
• Load fluctuations are addressed by biofilm attached to mobile bio-carriers
• Assures process reliability and ease of operation.

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Get in touch with us and we can design a solution that will not just address your compliance needs but will also sustain your waste water treatment efforts.

At ASEWater Technology, we understand that water is a precious resource and hence must be reused. Electrocoagulation uses electric current to remove various contaminants from water. It can be used to remove hydrocarbons, suspended solids, heavy metals and other difficult-to-remove contaminants.

Electrocoagulation is a green technology that can be used for purification of waste water in industries, either as a standalone system or as part of more advanced procedures. To treat the method on its own merits, the electrocoagulation technology is an effective method for treating 300litres/hour - 60,000 litres/hour. It is fast becoming an essential treatment method in the USA and EU.

It is also suggested as pre-treatment process before Clarification, RO and ultrafiltration, or as polish treatment at the end of traditional treatment processes.

Positives:

• Saves 10 times of the cost, as opposed to using chemical coagulation
• The process does not use chemicals and hence no chemical mixing tanks
• Eliminates the need for biological and chemical additives or demulsifiers
• Can recycle and reuse the inert sludge and water.

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Get in touch with us today, and we can design a solution that will take care of your compliance requirements with the best possible waste water treatment outcomes.

ASEWater Technology experts suggest Zero Liquid Discharge (ZLD) for brine treatment and wastewater discharge. In this closed loop cyclic process, discharges are eliminated and environmental regulations are met with ease.

The ZLD technology finds use in treating industrial plant effluents, waste water reclamation and industrial recycling applications.

Positives:

• Converts liquid waste to distilled water, for reuse
• The output of solid salts are used as landfills and serve as raw material for the chemical industry.
• Minimum cost of disposal with maximum economic value

Industries: Waste water treatment requires a variety of strategies to remove the contamination. Most large industries viz., Complex organic chemicals industry, Electric power plants, Food industry, Iron and steel industry, Mines and quarries, Nuclear industry, Pulp and paper industry, Industrial oil contamination, Generic Water treatment, Wool processing, to name a few, require waste water treatment as part of compliance needs. Like you, many look beyond compliance, as their responsibility towards planet earth.

Get in touch with us today, and we can design a solution that will not just address your compliance needs, but will also sustain your waste water treatment efforts.