LOWEST COST DISINFECTANT PER LOG KILL
Enhanced Oil Recovery (EOR) is a broad O&G Industry term, but almost always involves some kind of water treatment processes. Whether you are trying to increase injectivity, kill bacteria, break emulsions or destroy polymers, MIOX has equipment to help. MIOX’s exclusive Mixed Oxidant technology turns your EOR site into an on-demand chemistry factory - eliminating middle men and lowering costs.
Safest biocide
alternative in
Oil & Gas industry
Technology Overview
During EOR operations, oil & gas companies want to avoid dangerous chemicals being injected downhole, remove iron, treat out Hydrogen Sulfide (H2S) and ammonia and they want to eliminate bacteria which can later cause Hydrogen Sulfide (H2S) issues, corrosion, poor well performance, and other problems. MIOX’s Mixed Oxidant helps with all of these issues.
When dosed correctly, Mixed Oxidant virtually eliminates most if not all bacteria from the water utilizing drinking water safe chemistry.
How it Works
MIOX has equipment designed for high rate and high volume Oil & Gas applications. Our Blackwater unit can treat tens of thousands of barrels per day. If higher capacities are required, then MIOX can design a permanent installation. No project is too large for MIOX.
Compared to other Oxidizing technologies such as Chlorine Dioxide or Ozone, MIOX is a much safer solution, and results in considerably lower associated man-power costs.
View DiagramTechnical Documents
| Blackwater Treatment Capacities |
On-Site Chemistry Generation Eliminates Chemical Middle Men
blackwater™
400 → 800 lb/day MOS
181.4 → 362.9 kg/day
The MIOX Blackwater trailer is a mobile chemical-free disinfection system designed to meet high volume disinfection needs with ease. This dual-MIOX system design allows can meet fluctuating oxidant demand and water volume all within a footprint no larger than 9’ by 40’. Safe oxidizing chemistry generated at your site when you need it, with ZERO hazardous clean-up or spill procedures. Capable of treating fresh and high demand produced waters, achieving complete kill of both sulfate-reducing bacteria (SRB) and acid-producing bacteria (APB).
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