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What follows is the proof. Over months of rigorous field testing, we validated a technology that would change everything. Known then as ESS, the Electronic Sterilization System, it has since evolved into Magnetroysis—a more powerful, precise solution, now backed by breakthrough improvements and fresh patent applications.
Big Sky Holdings Eco-Tech— Electronic Sterilization System (ESS) Field Test
4.05.18
Midland, Texas
Abstract
Big Sky Holdings aka ECO TECH secured a salt water injection well test site located outside of Midland Texas which was used to test what we called the Electronic Sterilization System, (ESS). The injection well site was used to quantify a ESS mobile platform, (trailer) ability to produce Chlorine Dioxide, (\text{ClO}_2) and Chlorine, (\text{Cl}) which are common chemicals used in the production of petroleum biocides.
The Trailer was built as a treatment and test platform used primarily for onsite testing and to demonstrate the advantages of the ESS Disinfection and Advanced Oxidation System.
Test Site
Saltwater injection well outside Midland, Texas
Purpose
Quantify ESS mobile platform ability to produce \text{ClO}_2 and \text{Cl}
Application
Petroleum biocide production and disinfection
Testing Instruments & Equipment
Hach Model #58700
\text{ClO}_2 Colorimeter
Hach Model # DR/850
Ultra-High Range \text{Cl} Colorimeter
Hygiena Model # Sure System Plus
Total Bacteria ATP Meter — measures free Adenosine Triphosphate (ATP) generated by living microbial in the water
Myron L Company Ultrameter
Multimeter used to check pH and Total Dissolved Solids (TDS)
Trailer Specifications
The Trailer contains a single ESS 6' Housing, an adjustable Power Supply and a 30 gallon per minute adjustable fluid Pump with the maximum wattage required for trailer operation approximately 1010 watts (1 kWh). The national average cost of a kWh is approximately $.14; however, for trailer testing at the injection well site a diesel generator was rented by ECO Tech and used to power the trailer.
Site Background
The company that owns the saltwater injection site also operates a number of frack sites with produced water generated from their various petroleum sites transferred to the injection site for disposal.
Pre-Treatment Context
The flowback water transferred to the injection site was previously treated with biocides prior to downhole injection, so it was assumed that the incoming wastewater tested at the site would have a low bacterium.
Four individual samples were drawn with each including a beginning or control sample used to compare trailer before and after treatment results, plus two samples were tested for bacteria, \text{ClO}_2, \text{Cl}, pH and TDS prior to treating or testing the wastewater at the injection well site.

04:59

YouTube

Texas Chlorinator test

This is the actual video of those test, Inventor Michael Green and co-inventor Nick Eckelberry filming.. We were pleasantly surprised at the amount of ClO2.

Midland Saltwater Injection Well — Bacteria and Chlorine Test Results

(over 300 mg is considered overkill for disinfection purposes in most application) — Calculation: 3.5 mg/l × 3.78 liters = 13.23 mg per 1 gallon × 30 gpm × 60 minutes = 23,814 mg (23.8 grams) of \text{ClO}_2 produced p/hour
OLA — Oilfield Labs of America
Membrane Filter Analysis
Report Date: 2/7/2019  |  Sample ID: 01190131413  |  Sample Date: 1/31/2019  |  Lease: Raw  |  Location: 200  |  Region: Permian  |  Analyst: RWS
Crown Quest, Raw, 200
Total Suspended Solids
Total Suspended Solids
Results BEFORE
Results AFTER
OLA — Oilfield Labs of America | Report Date: 2/6/2019
Adenosine Triphosphate (ATP) Report — Crown Quest
In the context of oil fields, ATP stands for adenosine triphosphate, which is the chemical signature of life present in all living cells. It is used in microbial testing to measure the total active microbial load in samples, which is crucial for monitoring microbial growth in oilfield operations. ATP monitoring helps ensure the integrity of oil and gas water applications by detecting microbial contamination.
 |  Log Out Date: 2/6/19  |  Sale |  Analyst: RWS
QGO-M cATP Interpretation Guidelines
OLA — Oilfield Labs of America | Report Date: 2/6/2019
Complete Water Analysis — Raw Sample (Crown Quest, 200) AND AFTER
Anions (mg/L) RAW
Dissolved Gases
Anions (mg/L) AFTER TREATMENT
Dissolved Gases
Cations (mg/L)
Sample Parameters
Cations (mg/L)s
Scale Saturation Index — Treated Sample (Crown Quest, 180)
Saturation Index and Predicted Precipitation data across temperature (80°F–190°F) and pressure (15–1250 psi) for eight mineral scales — Treated water sample.
Barite (BaSO₄)
SI decreases from ~0.35 to -0.35. mg/L decreases from ~3.5 to 0.5.
Calcite (CaCO₃)
SI increases from ~1.0 to 1.4. mg/L increases from ~80 to 120.
Iron Sulfide (FeS)
SI decreases from ~2.0 to 1.5. mg/L decreases from ~3.5 to 3.0.
Iron Carbonate (FeCO₃)
SI increases from ~0.6 to 1.0. mg/L increases from ~20 to 35.
OLA — Oilfield Labs of America | Report Date: 10/18/2017
ATP Report — Ecotechnology Field Test (Before & After)
OLA Client: Ecotechnology  |  Log Out Date: 10/18/17  |  Sales Rep: Amy Fitzgerald  |  Analyst: RWS
28,421
Before Treatment
cATP (pg/ml) — Ecotech Field Test
3,037
After Treatment
cATP (pg/ml) — significant reduction achieved
McCampbell Analytical, Inc. — "When Quality Counts"
Analytical Report — Metals (WorkOrder 2003941)
Report Created for: SRL Labs, 5236 Pacheco Blvd, Pacheco, CA 94553  |  Project Contact: Michael Green  |  Project: Metals  |  Project Received: 03/20/2020  |  WorkOrder: 2003941  |  Amended: 04/01/2020  |  Revision: 1
Analytical Report reviewed & approved for release on 03/27/2020 by: Jennifer Lagerbom, Project Manager
Metals (>1% Sediment Content) — Control Sample (2003941-001A)
Date Collected: 03/19/2020 12:28  |  Instrument: ICP-MS2 057SMPL.D  |  Batch ID: 196009  |  Extraction/Analytical Method: E200.8  |  Unit: µg/L
McCampbell Analytical, Inc. — Quality Control Reports (WorkOrder 2003941)
QC Report for Metals — Batch 196009 & 196021
QC Report for Metals (>1% Sediment Content) — Batch 196009 — Method Blank
Surrogate Recovery — Terbium: 2420 / 2500 = 97% (Limits: 70–130)
LCS/LCSD & MS/MSD — Batch 196009
QC Summary Report for Metals — Batch 196021
Surrogate Recovery — Terbium: 518 / 508 / 500 = 104% / 102% (Limits: 70–130)
McCampbell Analytical, Inc. — Radio Chemistry | November 9, 2018
Sample Results — Radio Chemistry (Lab ID: SP 1813440)
Customer ID: 2-19889  |  Sampled On: October 4, 2018  |  Received On: October 9, 2018  |  Matrix: Water
Midland Flow Core Inc., Lab Analysis — 8.06.18
Flow Core Analysis: Ferrous Iron, Hydrocarbons & Suspended Solids
Client: SRL Labs  |  Project: FlowCore: Midland  |  WorkOrder: 1808194  |  Date Received: 8/6/18 12:30
Ferrous Iron (SMB300-Fe B4c)
Control: 33,000 µg/L (RL: 1000, DF: 20)
Process 1: 200 µg/L (RL: 50, DF: 1)
Analyzed: 08/10/2018
TPH Gasoline Range C6–C12 (SW8021B/8015B)
Control: TPH(g) 14,000 µg/L (RL: 500, DF: 10)
Process 1: TPH(g) 3,000 µg/L (RL: 500, DF: 10)
MTBE, Benzene, Toluene, Ethylbenzene, Xylenes: ND
Surrogate aaa-TFT: Control 89% (S), Process 99% (Limits: 90–117)
Total Extractable Petroleum Hydrocarbons (SW8015B)
Control: TPH-Diesel 26,000 µg/L | TPH-Motor Oil 22,000 µg/L (DF: 20)
Process 1: TPH-Diesel 9,900 µg/L | TPH-Motor Oil 9,800 µg/L (DF: 10)
Surrogate C9: Control 262% (S), Process 136% (Limits: 61–139)
Total Suspended Solids (SM2540 D-1997)
Control: 302 mg/L (RL: 10.0, DF: 10)
Process 1: 113 mg/L (RL: 5.00, DF: 5)
Analyzed: 08/07/2018
OLA — Oilfield Labs of America | Report Date: 4/6/2018 & 2/6/2019
ATP Report — Ajax SWD & Total Oil and Grease (TOG)
OLA Client: Ecotechnology  |  Log Out Date: 4/6/18  |  Sales Rep: Jerry Broussard  |  Analyst: RWS
32,888
Raw SWD
cATP (pg/ml) — Ajax, Martin Co — well above corrective action threshold for Oilfield Waters (>1,000)
40
Clean Filter
cATP (pg/ml) — Ajax, Martin Co — within Good Control range (<100) for Oilfield Waters
For Crude Oil, Fuel Associated Water, Oily Brines, Chemical Products, Oilfield Waters: Good Control <100 | Preventative Action 100–1,000 | Corrective Action >1,000 pg cATP/mg.