H2 Analytics Laboratory Report - Echo Clean H2 Analytics Laboratory Report - Echo Clean

H2 Analytics Laboratory Report - Echo Clean

H2 Analytics
2505 Anthem Village Dr Suite E385
Henderson, NV 89052
support@h2-analytics.com Report #: H2A-24032701
Laboratory Report

This report summarizes our analysis of the Echo CleanTM disinfectant-water bottle distributed by Echo Technologies, LLC, Pleasant Grove, UT, USA. The product is a battery-operated device that produces water containing hypochlorous acid (HOCl) and sodium hypochlorite (NaOCl) for sanitizing and
disinfecting surfaces.
Tests requested: Chlorine (FAC), multiple cycles and scoops of salt & no salt; pH

Product Description
Name: Echo CleanTM Model #: XD-501
The Echo CleanTM produces sanitizing water for disinfecting surfaces, cleaning vegetables, etc. and features a reservoir made from food-grade polycarbonate with a capacity of 325 mL. The bottle has a base unit in which the batteries, power supply, electronics, and electrolysis electrodes are contained. The cap includes a built-in sprayer for spraying the sanitizing water onto large surfaces. The bottle is equipped with a rechargeable battery and comes with a USB-C charging cable. The bottle has a three-minute cycle and automatically turns off at the end of a cycle. The electrolytic cell consists of two platinum-coated titanium electrodes with no separating membrane. For electrolysis to produce sanitizing water containing hypochlorous acid and sodium hypochlorite, three grams of pure salt must be added using the provided scoop. The addition of salt to the water ensures that there will be an adequate level of chloride ions (Cl-) necessary for the production of chlorine gas (Cl2).

Water: generic, distilled, pH 6.45 ± 0.25; starting temperature 24.7°C ± 1.5 EC: 2 us/cm
Water: Henderson, NV filtered municipal tap (for tap-water tests w/o salt); TDS = 538, pH = 7.75, starting chlorine: none detected
Salt: generic, granulated (non-iodized), 99.99% pure pH/temperature: Oakton pH 6+ w/temp probe (three-point calibration, 4,7,& 10, performed)
Test strips: Serim (0-300 & 100-750)

The battery was fully charged before testing; all tests were conducted with the USB charging cable connected.
Laboratory elevation: 883 meters (0.90 atm); all measurements adjusted to sea level where applicable.

Depending on which test was being performed, 1 or 2 scoops of granulated salt were added to approximately 100 mL of room-temperature distilled water in a 250 mL beaker and stirred until fully dissolved. Then the salt water solution was poured into the bottle and distilled water was added until the fill line was reached (325 mL). The spray cap was then attached and the bottle was shaken to thoroughly mix the solution. A three-minute electrolysis cycle was then initiated by pressing the power button once. For tests involving multiple cycles, the power button was pressed again at the end of a cycle without opening the cap. At the end of each cycle test, the cap was opened and the contents were poured into a glass beaker into which the pH and temperature probes were suspended. A test strip was used to measure the chlorine level, and the results of the pH and chlorine tests were recorded. Between each test, the bottle was rinsed with distilled water. Attachment 1 shows the results of the testing

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