Breakthrough Water Treatment for Oil & Gas
Restore well production, eliminate H₂S, and reduce treatment time from days to hours—with a single, environmentally safe solution.
Production Killers Hiding Downhole
Oil and gas wells require constant maintenance to sustain optimal output. Over time, scale buildup, corrosion from H₂S and CO₂, paraffin deposits, and bacterial growth can significantly impair well performance—in some cases reducing daily production by up to 80%.
When H₂S exceeds 10 ppmv in the gas phase, a well is classified as “sour,” requiring special precautions for toxicity, corrosion, formation plugging, and increased sulfur content. Traditional treatments are slow, expensive, and require handling hazardous chemicals.
- Hydrogen sulfide (H₂S) causes corrosion, toxicity, and equipment damage
- Iron sulfide deposits block pores, reduce injection, and promote biofilm
- Paraffin and asphaltene buildup restricts flow and damages formations
- Conventional treatments require 4-7 days and multiple hazardous chemicals
- Chlorine dioxide is explosive at concentrations above 30%
- Scale inhibitors, acids, and biocides add complexity and cost
One Treatment. Immediate Results.
HydroTreat is a revolutionary oxidative technology that generates Reactive Oxygen Species (ROS), effectively simulating an Advanced Oxidation Process (AOP)—all in a convenient, easy-to-apply liquid formula.
Unlike conventional methods that require days of treatment with multiple hazardous chemicals, HydroTreat delivers immediate, measurable results. It serves as a biocide, scale inhibitor, H₂S scavenger, and iron sulfide inhibitor in one environmentally safe solution.
HydroTreat prevents scale by eliminating the biofilm that supports scale formation—no biofilm means no scale. At a ratio of 2 ppm H₂S to 1 ppm HydroTreat, it raises ORP from -150 mV to +50 mV, eliminating all forms of hydrogen sulfide and mercaptan in liquid or gas phases.
HydroTreat oxidizes iron sulfide to iron oxide, preventing the deposits that damage formations, block pores, and cause corrosion throughout your operation.
Why Oil & Gas Operators Choose HydroTreat
Rapid Treatment
Complete well treatment in 4 hours versus 4-7 days with conventional methods. Get back to production faster.
Increased Production
Significant production increases within hours of treatment. Field studies show 72% more barrels over 20 days.
Effective H₂S Scavenger
Eliminates hydrogen sulfide and mercaptan in liquid or gas phases, converting sour wells to safer operation.
Eliminates Iron Sulfide
Oxidizes iron sulfide to iron oxide, preventing deposits that damage formations, block pores, and cause corrosion.
Destroys Biofilm & Bacteria
Eliminates aerobic and anaerobic bacteria that cause scale formation, corrosion, and production decline.
Removes Paraffin Deposits
Works like a pour point suppressant, modifying surface charge to prevent paraffin and asphaltenes from forming sticky deposits.
Simplified Application
One product replaces scale inhibitors, acids, chlorine dioxide, and biocides. Fewer chemicals, fewer vendors, less complexity.
Environmentally Safe
Green technology that improves blowdown water quality. No hazardous storage requirements or explosive risks.
Lower Total Cost
Reduced chemical costs, faster treatment time, and increased production deliver measurable ROI from day one.
HydroTreat vs. Conventional Treatment
Two sour (H₂S-producing) wells in Pecos County, Texas, each initially yielding approximately 1-2 barrels per day, were treated side-by-side—one with conventional methods, one with HydroTreat.
| Metric | Conventional Treatment | HydroTreat™ |
|---|---|---|
| Treatment Duration | 4-7 days | 4 hours |
| Chemicals Required | Scale inhibitor, 2000 gal acid, 50 BBL chlorine dioxide, 310 BBL water | 550 gal HydroTreat, 300 BBL water |
| Treatment Cost | $11,100 | $9,600 |
| Production After 20 Days | 19.5 BBL/day | 33.5 BBL/day |
| Total Barrels (20 days) | 390 barrels | 671 barrels |
Ready to Optimize Your Well Performance?
Let’s discuss how HydroTreat can increase production, reduce treatment time, and lower costs across your operation.
Talk to Our Team Read the Case Study