Ron is president of Current Water Technologies which Pumptronics is a subsidiary of.
http://www.currentwatertechnologies.com/
http://www.pumptronics.ca
Interesting video of Ron talking about cleaning water using Electro Static Deionization and cleaning ammonia, called AmmEL.
Link to the video:
https://midasletter.com/2018/02/video-current...und-world/
PTCL's Role
Off The 2018 10K
Production: Hydrolyte® is generated with the company’s proprietary equipment. The production technology for Hydrolyte® generates a product with predetermined PPM and pH properties, i.e., the equipment can be calibrated to deliver any desired PPM level; and, we believe it is superior to any other known production process or equipment available in the market today. The scalable Hydrolyte® generation systems technology largely will be housed in portable and mobile units, which can be readily moved within a building or from site to site, although more permanent installations, probably employing larger generation systems, will be made in situations where such installation is appropriate or required.
Markets: The primary applications for the Hydrolyte® technology are in cleaning, sanitizing, and disinfecting in a variety of market sectors and settings, including:
Institutional facilities, such as hospitals, nursing homes, hotels, correctional facilities and schools;
The agriculture industry for pre- and post-harvest disinfection of crops, sanitization in food processing, and certain applications in animal husbandry;
The oil and gas industry where Hydrolyte® can provide a process to disinfect water used in hydraulic fracking processes (“frac water”) and to kill sulfate reducing bacteria in “sour” oil and gas wells; and Catholyte can be used to clean equipment and aid in product recovery when applied “down hole”; and.
Other potential market opportunities are available, e.g., disinfecting and sanitizing of water in public and private water systems and industrial waste-water systems.
Together these systems can create fresh drinkable water.
Courtesy of Egold