Produced and waste-water treatment at the wellsite — no fines, payback in six months
A single Ferrator replaces coagulant, flocculant, ozone and chlorination units. Built for harsh climates.
Key pain points: oil & gas
What keeps you from compliance and cost cuts
Ban on discharging untreated produced water
Rules keep tightening: regulators require lower TPH and phenols, and new sites without a closed-loop treatment system simply aren’t approved.
Rising TPH and phenol limits
Discharge limits for petroleum products and phenols are tightening faster than treatment plants can be upgraded.
Expensive reagent logistics
Hauling coagulants and chlorine-based reagents to remote fields increases opex 2–5×.
Maintenance under harsh conditions
UV lamps and ozone generators need highly skilled staff that remote sites simply can’t recruit.
The technology applied to your industry
Ferrator makes its reagent directly at the wellsite from NaOH and water. No hazardous-goods logistics, no toxic chloro-organics at the outlet.
- One unit replaces 3–4 process stages
- 20–50 mg/L dose on heavy oilfield contamination
- Runs within the tight power budget of off-grid sites
- Serviced by the field’s in-house maintenance crew
OQ, Oman — December 2025
A pilot at one of OQ’s key fields delivered stable TSS reduction and zero TPH after treatment. Results were certified by an accredited lab and validated across two independent measurement cycles.
Project payback is roughly five months at current tariffs.
Key metrics
- TSS
- 140 → 12 mg/L (−91%)
- TPH
- not detected
- Fe
- −100%
- P
- −86%
- Dose
- 20–50 mg/L
- ROI
- ≈5 months
Calculate the savings for your site
The calculator is pre-filled with typical parameters for oil & gas. Adjust the numbers and get an annual savings estimate and payback period.
Frequently asked questions
The questions chief engineers and procurement directors usually ask.
Request a lab test for oil & gas
Send us 50–100 L of your effluent samples — we’ll test the dose and come back with a technical proposal and the numbers.