Frac & Produced Water Treatment System
The flow-back water and produced water obtained during the hydraulic fracking process contains organic chemicals, dissolved metal ions, total dissolved solids, and chemical additives. If untreated flow-back and produced waters are discharged to bodies of water, then contamination of ground and surface water could have serious health issues to humans and animals.
Models
| Model | Treatment Capacity (KLD) |
|---|---|
|
RT ECO FPW 0.6 MLD |
600 |
|
RT ECO FPW 1.2 MLD |
1200 |
|
RT ECO FPW 2.4 MLD |
2400 |
|
RT ECO FPW 3.6 MLD |
3600 |
|
RT ECO FPW 4.8 MLD |
4800 |
30% of water used in a typical Fracturing process comes back to surface as flowback water which is huge environmental nightmare for the Oil and Gas industry if it is not suitably treated for reuse.
RT ECO FRAC and Produced Water-Wastewater treatment System
Our unique Hybrid Advanced Wastewater Treatment System – RT ECO incorporates a electro-coagulation using PIXECELL and a electro-oxidation using ELECTROGEN cell to treat this flowback water in a simple, once-through process making it suitable for reuse
Facts about Frac and Produced Water
- The “ frac flow back water” which comes out in few weeks following fracturing job is often more contaminated due to various chemicals added before injection to the well.
- Disposing of this flow back water is no more tenable and needs to be treated, recycled and reused due to the huge volume of upto 30% of injected water being involved.
- The “ Produced water “ which is the outcome of continuous injection of fresh water to improve well productivity comes back with the water from deep aquafier’s along with Hydrocarbon’s needs immediate attention too.
- Produced water ratio has been ever increasing and has even reached in some places 50:1, which means 50 m<sup>3</sup> of water for every m3 of oil.
Input - Output Parameters for Frac and Produced Wastewater Treatment RT ECO Plant
| Parameters | Wastewater (Raw Effluent) | Treated Water |
|---|---|---|
|
pH |
5.0 – 7.0 |
6.0 – 9.0 |
|
COD (mg/L) |
upto 20,000 |
100 |
|
BOD (mg/L) |
upto 2000 |
60 |
|
TSS (mg/L) |
3500 |
60 |
- Small Footprint
- Fully Automated
- Odourless and colourless reclaimed water
- Minimal sludge generation
- Durable and non-corrosive components
- Noiseless operation
- High efficiency in COD, BOD, nutrient removal
- Meets environmental regulations
- Reduces transportation, procurement and disposal costs
- SYSTEMS are available on RENTALS thus O&M is the responsibility of system provider.
- Robust system design makes it ideal for any remote location operation with SCADA monitoring
- Oil and Gas company flow-back water and produced water
