Envicare specializes in designing, manufacturing, and commissioning Effluent Treatment Plants (ETPs). These advanced systems combine physico-chemical processes with tertiary polishing. They effectively remove organic and inorganic pollutants, oils, heavy metals, and suspended solids from various types of wastewater.
These are the fabricated plants with internal Epoxy, FRP coated as per the best available technologies and the space availability at client's site
Capacity - 15 KLD to 250 KLD, tailored-made to client requirements. Suitable for various industries.
Very compact modular design this incorporates physical, chemical, and filtration stages for comprehensive effluent treatment.
Includes automatic chemical dosing, online pH monitoring, Filter Press, Ozonisation and Online Monitoring System corrosionresistant components.
Offers options for advanced filtration systems like UF and RO for zero liquid discharge (ZLD).
Offers options for advanced filtration systems like UF and RO for zero liquid discharge (ZLD).
The stringent norms laid down by the govt lead the polluting generating industries to recycle back this treated water for their process again.
The online monitoring becomes compulsory for the most of the organisation from pollution control board. It also help the customer to keep the regular eye on the treated water quality.
The increase cost for the labour based operation shifted towards automatic operations to reduce the operational and maintenance cost
The recent introduction of the ozonisation in ETP help to reduce the non-biodegradable organic matter also it help in reducing the colour and odour from the treated effluent.
SR # | Descriptions | Your Comments |
1 | Name of the Party (Client) with detailed Official address and contact nos. | |
2 | Nature of your Industry? (Manufacturing activity) | |
3 | Effluent Composition (i.e. what is the specific content of Effluent)? | |
4 | Total quantity of Effluent generated on daily basis ( Lit/day) ? | |
5 | Attach detailed effluent analysis report comprises of pH, TDS, TSS, COD, BOD, O&G, Cl, SO4, etc. ? | |
6 | Output treated Water quality expected - in terms of above mentioned parameters? | |
7 | Space availability- Allocated area in terms of L X W X H in Meter? | |
7 | Final usage of treated water? |