Effluent Treatment Plant

Effluent Water Treatment Plant is one of the widely demanded wastewater treatment plant in variegated industrial sectors. Customised systems are offered by us to suit several effluents and also to maintain efficiency of the same. Different models of Effluent Water Treatment Plant are based on physico-chemical and biological treatments and membrane separation for maximum efficiency. We have the experience and capability to design and commission a host of filters, clarifiers, coagulation, aeration and settling systems for waste from industries like pharma, paper, food, fmcg, steel sector, etc.

The effluent treatment solution provided by the company targets various types of industrial waste water. Systems are customized to suit different types of effluents. Systems on the basis of membrane separation, physico-chemical and biological treatments can be provided to suit the efficiency factor. We can serve food, paper, steel, pharmaceutical, FMCG and other industrial sectors with following systems designed and commissioned based on their requirement:

• Clarifiers
• Filters
• Aeration system
• Coagulation system
• Settling system
  

Waste water/ Effluent treatment solutions

• Zero Liquid Discharge (ZLD) plant
• Industrial Effluent treatment & Recycle plant
  

It is a comprehensive solution for:

• High COD effluent & High TDS effluent
• Biodigesters
• Color Removal
• Use and optimization of gas
• Difficult to degrade effluent
• Colour removal from treated/partially treated effluent for disposal/recycle
• Removal of Nitrogen, Phosphorus
• Removal of Heavy metals, Fluoride
• Custom industry specific solutions

We are a renowned manufacturer of Biodegradable Effluent Treatment Plant in the market. Bio Gas is formed by the natural degradation of organic matter under anaerobic condition. Controlled production of Biogas is important for global carbon cycle. Every year 800 millions tones of methane are released into the atmosphere. Bio Gas contains 50 to 70% methane and 30% carbon dioxide. Biodegradable Effluent Treatment Plant is hence widely demanded and applauded for its effective usage, easy installation, low maintenance and a long service life.

The organic matter while degrading naturally under anaerobic condition generates bio gas.
Controlled biogas production of is an essential part of global carbon cycle.
Around eight hundred million tones of methane is released into the atmosphere every year. Bio gas comprises 30% of carbon dioxide and 70% of methane.
6KW/M3 is the Calorific Value of methane.

Three steps of producing Bio gas:

Hydrolysis: It is where enzymes degrades complex carbohydrate, lipid and proteins into their constituents units
Acedogenesis: It is where  hydrolysis products are converted to hydrogen, CO2 and acetic SCID.
Methanogenesis: It is where obligate anaerobic bacteria controls production of methane form acedogenesis products.

Critical Considerations While Designing:

• Requirement of a Presettler for reducing TSS
• Soluble CODs load crosses 4000 Mg/L
• Effluent response will be anaerobically to bio degradation with proportionate generation of bio gas
• Digester can be used for handling 80% of Soluble load
• Significant Reduction anaerobic system digester
• 2-2.25 days is the retention time for the entire biological process
• Chemical polishing for decolorization
• Standards of water recovery to be frozen
• Potential of water reclamation
• Gas recovery compensates the operating