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Our products (equipment) and solutions (Hydrolyte® and Catholyte Free®) are designed to take an environmentally conscious approach to combat the spread of infectious disease in the healthcare and Cleaning/Sanitation industries, as well as contributing to the sustainability of global natural resources in the agriculture markets.
Our technology produces an effective pre-determined PPM Hypochlorous Acid (HOCl) solution that is created through an electrolytic process called Electro-Chemical Activation (ECA). It occurs by temporarily changing the makeup of water, bypassing weak salt brine through an electrolytic cell, and temporarily changing the properties of the salt water into a powerful oxidizing agent, exhibiting highly effective antimicrobial properties.
Many billions of dollars a year are spent by individuals, organizations, and the health care system to treat people who get infectious diseases caused by microbes including bacteria, viruses, and fungi. With the advent of adaptive and ever more dangerous microorganisms called “superbugs”, the danger of acquiring life-threatening infections is real and growing. This danger affects everyone anytime they are in space where people gather, any microbe contaminating that space is a possible source of infection. With American’s spending 20 or more hours a day indoors, much of it in spaces that are not cleaned and sanitized/ disinfected properly, the threat of infection is constant, growing, and dangerous, particularly to our vulnerable populations of the very young, elderly and infirm.
Infectious diseases were associated with an economic burden of over $120 billion in the U.S. in 2014. Antibiotic-resistant infections cost Americans $20 billion in direct medical costs and $35 billion in lost productivity in 2014. A particularly acute problem is Hospital Acquired Infections (HAIs) which are increasingly hard to kill or treat effectively. As a result, doctors struggle to contain, fight and cure increasingly antibiotic-resistant infections such as MRSA, and C. Diff. The more antibiotics, medicines, pesticides and disinfectants are used to kill them, the quicker the microorganisms adapt, becoming ever stronger and more drug-resistant. Researchers estimate that, if the U.S. could reduce the number of hospital-acquired infections by 20%, healthcare providers would save nearly $7 billion per year. Insurance companies are beginning to deny coverage for treatment of HAIs, forcing hospitals to self-insure. This will create an immense financial and risk-management burden on hospitals, long-term medical, rehabilitation, and assisted living facilities.
Overcoming the problem of microbial contamination and infectious disease can be straightforward. It requires proper products, equipment, protocols, education, and training for comprehensive and reliable cleaning, sanitizing, and disinfecting solutions.PCT Corp. offers these with its comprehensive “Green Cleaning” and Infection Control Systems. Infectious microbes cannot develop resistance to the cleaning and sanitizing products PCT Corp. uses and they are much less toxic to humans or pets than traditional agents such as bleach and ammonia.
The products are used through a commercially-ready, patented, integrated product and technology solution for total facility cleaning and sanitizing. This system and solution, The PCT Annihilyzer® Infection Control System, was specifically designed for use in hospitals, assisted living and nursing homes, and other large facilities. In various configurations, the solution system can be deployed in urgent care centers, medical, dental, and veterinary practices, and other health care facilities. A complete and custom turn-key cleaning, sanitizing, and disinfection program solution can be provided to each facility. It is also adaptable to deployment in schools, prisons, hotels, and many other facilities.
PCT has launched a major marketing and sales effort in the hospital facilities market and The PCT Annihilyzer® System has now been deployed in several hospitals in the eastern U.S.
Ticker Symbol:PCTL
4235 Commerce Street. Little River, SC 29566
Phone: 843-390-7900 Fax: 843-390-2327
Email: admin@pctl.com
***Last Reported Share Structure***
As of 12/30/21
Authorized: 1,000,000,000
Outstanding Shares: 790,924,690
Float: 525,421,556
https://www.otcmarkets.com/stock/PCTL/overview
https://www.otcmarkets.com/stock/PCTL/profile
https://www.otcmarkets.com/stock/PCTL/quote
https://www.otcmarkets.com/stock/PCTL/disclosure
Nano-Catholyte treated oil on its way to an oil refinery
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Hospital-acquired infections (HAI) — also known as a nosocomial infection — is an infection that is contracted from the environment or staff of a healthcare facility. It can be spread in the hospital environment, nursing home environment, rehabilitation facility, clinic, or other clinical settings. In the United States, the Centers for Disease Control and Prevention estimated roughly 1.7 million hospital-associated infections, from all types of microorganisms, including bacteria and fungi combined, cause or contribute to 99,000 deaths each year.
Our goal is to provide solutions to this issue, by outfitting a healthcare setting with the technology and guidance needed to effectively get the job done - all through a dedicated partnership to prevent and eradicate the spread of infectious disease.
Oil and Gas:
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Waste Water Treatment
Our system helps to decontaminate “frac” water for reuse in the fracking process, saving the industry millions of dollars and preserving the world’s water supply. Some of the many benefits of our system/process include: Elimination of highly toxic chemicals currently used for decontamination, reduced negative environmental impact, reduced recovery costs and potentially opening new areas for oil and gas retrieval.
Turning “Sour” Crude Oil to “Sweet”
In other areas in the gas and oil industry that presents a challenge is in treating existing wells for the presence of H2S of hydrogen sulfide. H2S is a large and growing problem in the industry, due to its continued introduction of bacteria in the fracking process. H2S causes increased production costs. Our solutions reduce those costs and reduce the environmental impact.
Agriculture:
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In the agriculture world, through USDA grants and multiple studies by universities around the world, Hypochlorous acid solutions have been tested and proven effective against yield-reducing crop pathogens in post-harvest applications to include sanitizing at point of harvest, point of packing and points of sale.
We are hoping to help stop these crop-devastating pathogens with our hypochlorous solutions that are known to be environmentally responsible and designed to improve and maintain crop yields, to produce a healthier overall harvest.
School Systems:
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Dedicated to the success of students, schools are faced with a multitude of challenges to reach their goal of providing a solid education and an environment for healthy growth. To add to the list of responsibilities of school administrators, the battle of keeping absenteeism down, preventing the spread of infectious disease and keeping a clean environment bears a heavy load. Not only are the traditional cleaning products losing their effectiveness - thus allowing drug/antimicrobial resistant pathogens to wreak havoc - they are also polluting the indoor air with volatile organic compounds (VOCs) that are known to cause respiratory-related issues, headaches and other ailments.
By providing daycare facilities, school systems and universities with a better alternative to poisonous, caustic chemical cleaning/antimicrobial agents, we’re providing a more productive environment. Not only are you killing germs with a product that eradicates them completely - keeping them from becoming resistant - you’re doing so with a product that doesn’t cause harm to the user, students or faculty.
Hotel and Tourism:
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Similar to the healthcare environment, the hotel and tourism industry (i.e resorts, airports, cruise ships, etc.) are subject to communicable diseases. In the healthcare market, they are referred to as Hospital-Acquired Infections/Healthcare-Associated Infections (HAIs) and in the hotel and tourism industry, they are known as Community-Acquired Infections. With as many different people traveling through these areas, from all sorts of countries and carrying various types of ailments or pathogens with them, consider the potential for an uncontrollable spread of these germs.
Outbreaks are typically caused by lack of proper processes and/or a failing product. Our ECA technology is designed to help anyone in the industry to get a grip on the issue and succeed at their main goal: providing an awesome experience for their guests.
Food Service/Production:
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Our sanitizer strength solution meets the requirement of the FDA and USDA, to be a non-rinse sanitizing agent. In the world of dealing with food, why not use a product that actually kills food-borne pathogens - without containing any toxic chemicals that would harm the quality of the product?
Whether you’re dealing with meat, poultry or just need to maintain a facility’s defense against Salmonella/E. coli, contact us about using our solutions
Forget harsh, toxic chemicals. Our process only requires salt, water and electricity to produce two products –a chlorine-based antimicrobial agent and an excellent degreasing cleaner.
Our technology produces an effective variable PPM hypochlorous acid solution that is created through an electrolytic process called Electro-Chemical Activation (ECA). It occurs by temporarily modifying the properties of water, by passing weak salt brine through an electrolytic cell and temporarily changing the properties of the salt water into a powerful oxidizing agent exhibiting highly effective antimicrobial properties.
Catholyte or sodium hydroxide, is an aqueous solution that is the natural byproduct of the electrolysis process, and is used to reduce microbe contamination and soil loads that can harbor germs on hard surfaces.
Catholyte is also a very effective degreaser and is a great option to safely clean floors without hazardous fumes, thus improving indoor air quality.
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