Effluent Treatment Plants
As the population keeps increasing the pace of its growth, the amount of waste or effluent generated is also growing at an alarming pace. Effluent treatment has acquired great importance in modern urban societies. We devise various types of effluent treatment plants as per the volume and quality of the effluent in water.
   
   
 
  Actual site photo of Operating STP with UF and RO at Automobile Industry in Gurgoan. - Zero Discharge System
 
 
Sewage Treatment Plants
  PRE-FABRICATED SEWAGE TREATMENT PLANTS - INSTANT TREATMENT

Thanks to Electro-Coagulation and Electro-Oxidation technology. Sewage treatment has finally come of age.

Conventional biological treatment needs aeration for days and growth of bacteria. New generation e -STP treats sewage in ONE MINUTE only. It destroys organics & Pathogens, coagulates & settles suspended solids. Treated water confirms to inland discharge norms of Central Pollution Control Board and is suitable for gardening without any need for tertiary treatment.

With suitable Ultra Filtration, treated sewage can be used for Cooling Tower , Boiler Feed, Toilet flushing and floor wash. Reduce fresh water use and conserve water.

COMPARISON OF e-STP Vs CONVENTIONAL STP
 
  Parameter Conventional STP STP
1 Process / Technology Biological Electro-chemical
2 Organic matter destroyer Bacteria consumes organic Organics are oxidized
3 Process time Above 72 hours One minute
4 Key inputs Bacteria & air Electricity
5 Consumables None Iron @ 50 gr / KL
6 Process

24 X 7 & 365 days a year continuous

When effluent is available (batch)
7 Stabilization time 30 to 60 days Instant
8 Shock loads high or low Can't handle Handle easily
9 Sludge treatment Necessary Not required
10 Nature of sludge Foul smell Odor free
11 Pathogen removal External chlorine dosing Pathogens destroyed
12 Construction time 2 months 2 days
13 Civil works cost ‘Z' 10% of Z
14 Electro-mechanical cost ‘X' 3*X
15 Land cost ‘AAA' 10% of AAA
16 Operating cost (INR) Around 15/- per KL Around 15 / KL
17 Quality of treated water Average Good
18 Re-use of treated water Needs additional treatment Doesn't need other process
19 High strength sewage Can't treat Treats well

Standard Capacities
Size Cap/Hour Length Mts Width Mts Height Mts
25/ 50 KLD 1100LPH/ 2200 LPH 3.0 2.0 3.0
100 KLD 4000 LPH 5.0 2.0 3.0
200 KLD 8500 LPH 7.5 2.0 3.0

 
Designed & developed by Sirez Infosystems