This document discusses washroom hygiene problems caused by bacteria, viruses, molds, and fungi in the air and on surfaces. Toilet flushing can release harmful bacteria into the air through aerosolization. Cleaning and disinfecting alone cannot fully remove these pathogens, and poor ventilation allows their spread. This leads to increased sickness, absenteeism, and an impression of indifferent management. The document proposes that Air Steril technology can continuously disinfect the air and surfaces through multiple independent methods, eliminating odors and risks more effectively than alternatives like sprays, ozone generators, or UV lights alone. It provides evidence from Health Protection Agency testing of its high pathogen removal rates.
By combining Nanotechnology and Photocatalyst technology, TCM Asia managed to develop a solutions that can be applied almost on any substrates and it able to deliver a power functions to kill/decompose bacteria, viruses, biological pollutants, and bad odor. With the existences of UV lights or natural lights, this decomposition process will be expedited faster and harmful substances that stick on the surface are completely broken down into the carbon dioxide and other harmless compounds such as water.
The document provides information on the Model M250 ultraviolet water disinfection system from Atlantic Ultraviolet Corporation. It describes how the system uses ultraviolet lamps to produce shortwave radiation that kills bacteria, viruses, and other microorganisms in water. The system is chemical-free and provides rapid disinfection without heat. It also offers low operating costs and has been used in various industries and applications.
This document discusses a revolutionary insulation product with Microban antimicrobial protection. It provides information on microbes like fungi, mildew and bacteria that can cause health issues. The product uses Microban technology which embeds antimicrobial properties during manufacturing to prevent microbes from functioning on the insulation surface. It offers benefits like indoor air quality, moisture resistance and is made with advanced German technology for optimal insulation performance. The document also answers frequently asked questions about Microban protection.
Anti microbial effects of silver is well known concept
Silverware has been used without any concern
Well established use in wound dressing and eyedrops
This finishing procedure is carried out by the encapsulation of the silver compounds i.e. the nano particles of silver are encapsulated in the fiber reactive polymer.
Silver nano-particle resistance unlikely because the interaction is determined by the physiochemical properties of the tiny particles.
Nano silver has tested excellent as antibacterial, antiviral, antimicrobial agents.
Their small size increases the oxidative stress in the cells by generating reactive oxygen species or attacking the fatty acids in the cell membranes resulting in increased lipid peroxidation.
Silver nanoparticles once inside the bacterial cells, destabilizes the intracellular structures and bio molecules, consequently inducing death.
This document provides information on ozone and the Viriditec nanotechnology system. It defines ozone as an unstable gas that is a powerful natural sanitizer. It oxidizes contaminants in water and air. The Viriditec system uses a patented process to transform ozone bubbles into nanobubbles that can last up to 4 hours in solution. Testing showed the Viriditec solution significantly reduced ATP readings on surfaces like floors and equipment in food processing plants, indicating reduction of microbes. The solution is a cost-effective alternative to chemicals that is safe, leaves no residues, and decomposes into oxygen and water.
Sanidyne Ultraviolet Portable Area SanitizerKelleen Guyer
This document describes the Ultraviolet Portable Area Sanitizer, a device that uses ultraviolet light to sanitize surfaces and air in unoccupied rooms. It produces UV light at 254 nanometers, which is lethal to bacteria, viruses and other microorganisms. It is portable, easy to use, durable, and can disinfect a room up to 1,000 square feet in under an hour. It has a 24-hour timer, safety features, and stainless steel construction. The document provides details on its operation, specifications, applications and effectiveness against different microorganisms.
Let me please introduce Star Endosan which is a 100% Alcohol and Chlorine Free Broad Spectrum Disinfectant that is both stable and safe and highly effective.
We at Star International are please to announce, in conjunction with Endosan, the most developed of the Silver peroxides which is highly effective against Biofilms and Bio fouling in Water Systems.
The Onboard uses for this product are in the Following Areas, 1- Cabin Infection Control, 2 - Food & Beverage Preparation areas, 3 - Sports and Leisure areas, 4- Onboard Infirmary and Medical Centre.
This revolutionary product has been rigorously tested and is now approved by the F.D.A, N.S.F to name a couple. Endosan also has a NATO Stock number (NSN).
Please feel free to check out our latest Technical Brochure.
Electrostatic disinfection is an innovative method that saves time, energy and costs across the board because it presents a more efficient alternative to traditional cleaning techniques and cleaning solution applications. Below are some of the many benefits of using an electrostatic system.
Reduces the time it takes to cover and disinfect all surfaces and hard-to-reach places by 50% compared to conventional methods
Improves infection control and the spread of viruses such as influenza, MRSA, HIV, and many others
Applies chemicals in a more efficient, uniform and controlled manner, eliminating the dangers of overuse and reducing the number of chemicals used and waste produced
Prevents costly financial burdens associated with contagious healthcare infections
Avoids cross-contamination and the movement of bacteria from one surface to another
Saves chemical solution costs and those associated with long-term cleaning efforts
By combining Nanotechnology and Photocatalyst technology, TCM Asia managed to develop a solutions that can be applied almost on any substrates and it able to deliver a power functions to kill/decompose bacteria, viruses, biological pollutants, and bad odor. With the existences of UV lights or natural lights, this decomposition process will be expedited faster and harmful substances that stick on the surface are completely broken down into the carbon dioxide and other harmless compounds such as water.
The document provides information on the Model M250 ultraviolet water disinfection system from Atlantic Ultraviolet Corporation. It describes how the system uses ultraviolet lamps to produce shortwave radiation that kills bacteria, viruses, and other microorganisms in water. The system is chemical-free and provides rapid disinfection without heat. It also offers low operating costs and has been used in various industries and applications.
This document discusses a revolutionary insulation product with Microban antimicrobial protection. It provides information on microbes like fungi, mildew and bacteria that can cause health issues. The product uses Microban technology which embeds antimicrobial properties during manufacturing to prevent microbes from functioning on the insulation surface. It offers benefits like indoor air quality, moisture resistance and is made with advanced German technology for optimal insulation performance. The document also answers frequently asked questions about Microban protection.
Anti microbial effects of silver is well known concept
Silverware has been used without any concern
Well established use in wound dressing and eyedrops
This finishing procedure is carried out by the encapsulation of the silver compounds i.e. the nano particles of silver are encapsulated in the fiber reactive polymer.
Silver nano-particle resistance unlikely because the interaction is determined by the physiochemical properties of the tiny particles.
Nano silver has tested excellent as antibacterial, antiviral, antimicrobial agents.
Their small size increases the oxidative stress in the cells by generating reactive oxygen species or attacking the fatty acids in the cell membranes resulting in increased lipid peroxidation.
Silver nanoparticles once inside the bacterial cells, destabilizes the intracellular structures and bio molecules, consequently inducing death.
This document provides information on ozone and the Viriditec nanotechnology system. It defines ozone as an unstable gas that is a powerful natural sanitizer. It oxidizes contaminants in water and air. The Viriditec system uses a patented process to transform ozone bubbles into nanobubbles that can last up to 4 hours in solution. Testing showed the Viriditec solution significantly reduced ATP readings on surfaces like floors and equipment in food processing plants, indicating reduction of microbes. The solution is a cost-effective alternative to chemicals that is safe, leaves no residues, and decomposes into oxygen and water.
Sanidyne Ultraviolet Portable Area SanitizerKelleen Guyer
This document describes the Ultraviolet Portable Area Sanitizer, a device that uses ultraviolet light to sanitize surfaces and air in unoccupied rooms. It produces UV light at 254 nanometers, which is lethal to bacteria, viruses and other microorganisms. It is portable, easy to use, durable, and can disinfect a room up to 1,000 square feet in under an hour. It has a 24-hour timer, safety features, and stainless steel construction. The document provides details on its operation, specifications, applications and effectiveness against different microorganisms.
Let me please introduce Star Endosan which is a 100% Alcohol and Chlorine Free Broad Spectrum Disinfectant that is both stable and safe and highly effective.
We at Star International are please to announce, in conjunction with Endosan, the most developed of the Silver peroxides which is highly effective against Biofilms and Bio fouling in Water Systems.
The Onboard uses for this product are in the Following Areas, 1- Cabin Infection Control, 2 - Food & Beverage Preparation areas, 3 - Sports and Leisure areas, 4- Onboard Infirmary and Medical Centre.
This revolutionary product has been rigorously tested and is now approved by the F.D.A, N.S.F to name a couple. Endosan also has a NATO Stock number (NSN).
Please feel free to check out our latest Technical Brochure.
Electrostatic disinfection is an innovative method that saves time, energy and costs across the board because it presents a more efficient alternative to traditional cleaning techniques and cleaning solution applications. Below are some of the many benefits of using an electrostatic system.
Reduces the time it takes to cover and disinfect all surfaces and hard-to-reach places by 50% compared to conventional methods
Improves infection control and the spread of viruses such as influenza, MRSA, HIV, and many others
Applies chemicals in a more efficient, uniform and controlled manner, eliminating the dangers of overuse and reducing the number of chemicals used and waste produced
Prevents costly financial burdens associated with contagious healthcare infections
Avoids cross-contamination and the movement of bacteria from one surface to another
Saves chemical solution costs and those associated with long-term cleaning efforts
The document discusses various methods for preventing hospital-acquired infections, including proper ventilation and isolation protocols in surgical wards. It emphasizes minimizing bacterial contamination in operating theaters through airflow, limiting unnecessary entry, and proper sterilization of surgical instruments. Several chemical and heat-based methods are outlined for disinfecting and sterilizing equipment, including alcohol, aldehydes, halogens, and hot air/steam processes.
Biosanitizer is a new water-based sanitizer that is eco-friendly. It is alcohol-free, VOC-free, and free of other harsh chemicals. Biosanitizer uses hydrogen peroxide boosted through a plasma discharge process into water. This formulation is safer for both users and the environment compared to most current disinfectants. Biosanitizer has been shown to exceed microbiological standards by achieving a 6 log reduction of bacteria and viruses within 30 seconds.
This document compares the characteristics of several common sanitizers and disinfectants: chlorine dioxide, bleach (hypochlorites), phenolic compounds, peracetic acid, hydrogen peroxide, and quaternary ammonium. It outlines their microbial effectiveness, typical dosages, contact times, pH suitability, corrosion risks, toxicity levels, environmental impacts, and costs. Chlorine dioxide is highlighted as effective against all microbes even at low concentrations, safe, and breaking down to non-toxic products, though it is more expensive than alternatives. Bleach is noted to form carcinogenic byproducts and be corrosive.
Hygienetech was established in 2001 to supply hygiene products and services to corporate and hospitality sectors. It offers a wide range of consumables and services for maintaining hygiene in washrooms, managing odors, pest control, and feminine hygiene disposal. Today it serves over 500 corporates in Mumbai and aims to expand its offerings to other institutions across India. It provides innovative products and solutions with a focus on continuous innovation to meet the changing needs of workplace hygiene and employee welfare.
This document discusses the use of ultraviolet (UV) technology for disinfecting surfaces in healthcare settings. It provides background on healthcare-associated infections and the role of contaminated surfaces in transmission. It then summarizes studies that found UV light effectively reduces bacteria and viruses on surfaces. The document reviews different types of UV light technologies, including portable UV devices and stationary whole-room disinfection systems. It discusses the mechanisms of how UV light deactivates microbes and lists advantages and disadvantages of UV disinfection. Overall, the document concludes that UV light is a promising method for reducing healthcare-associated infections by disinfecting surfaces, though it has some limitations compared to traditional cleaning methods.
Hygienetech is a company focused on providing innovative technologies and sustainable solutions to enhance hygiene standards and preserve health. Their mission is to enrich lives through health preservation, safety, and well-being. They offer a range of feminine hygiene, air care, and scenting solutions including sanitary disposal services, vending machines, incineration machines, sterilization services, air purifiers, odor management products, and scenting devices. Their goal is to become the most preferred organization for holistic health, safety, and well-being solutions for both institutions and individuals.
This document discusses cleaning and disinfection procedures for poultry farms. It describes assessing the situation, removing equipment, dry and wet cleaning methods including soaking, washing and rinsing surfaces. Disinfection methods using various chemicals are outlined. The document also discusses evaluating cleaning efficacy through surface sampling, and fumigation of new litter bedding to kill vectors.
The document discusses various safety and precautionary measures that can be taken at workplaces to mitigate the risk of COVID-19 transmission. It recommends maintaining proper personal hygiene like regular hand washing, disinfecting common contact surfaces that are frequently touched, regularly disinfecting indoor and outdoor spaces, and following WHO guidelines on infection control programs. It also provides information on different types of disinfectants and their uses for surfaces, air, and skin to disinfect various areas of workplaces and make them safer.
This document provides information from a seminar on safe body piercing practices. It discusses hazards like hepatitis C transmission and proper protocols for sterilizing equipment using an autoclave, ultrasonic cleaner, or cold sterilization. It also covers setting up a sterilization room, well-equipped procedural space, proper use of gloves, approved implant materials, qualifications for temporary operators, and risks of various anesthetics. Maintaining hygienic practices and using only sterile equipment and materials is vital to prevent infection and disease transmission.
This document describes the UV sterilization products of a company that has been pioneering UV sterilization technology for over 17 years. Their UV sterilization towers can disinfect a room in under 10 minutes without repositioning and have been shown to reduce C. diff, VRE & MRSA by over 99.9999% in under 10 minutes. The company also offers a UV Bio-Wall that provides a barrier of UV energy destroying biological and chemical contaminants with a single pass, as well as patented Sanuvox Coil-Clean purifiers that prevent and destroy mold and microbes from HVAC systems. The document emphasizes that eradicating healthcare-associated infections requires 24/7 UV sterilization of the
With the Coronavirus outbreak on this scale, we can caution ourselves with this bio-security package from Chemtex Speciality Limited. It limits the spread of the pandemic by ramping up the hygiene norms.
The document discusses various methods of sterilization and disinfection. It defines sterilization as the process of destroying all living microorganisms, including bacterial spores, while disinfection refers to reducing microorganisms to a safe level. Physical methods include heat, filtration, and radiation. Chemical methods utilize alcohols, aldehydes, phenols, and other agents. The ideal disinfectant is broad-spectrum, works in various conditions, and is non-toxic. Proper concentration, time, and temperature are important for effective sterilization and disinfection.
The document discusses the problems with indoor air pollution and traditional air filtration methods. It notes that indoor air pollution is a major problem, with the average person spending 90% of their time indoors breathing polluted air. Traditional air filters and electronic air cleaners are not very effective at removing pollutants, with many particles and gases still passing through. It then introduces a new air purification technology called Radiant Catalytic Ionization that more effectively reduces airborne contaminants and odors.
This document provides guidelines for disinfecting common public places and offices areas during the COVID-19 pandemic. It recommends cleaning indoor areas such as offices, conference rooms, and lobbies daily with a 1% sodium hypochlorite solution. High contact surfaces should be cleaned twice daily. Outdoor areas have less risk but frequently touched surfaces should still be cleaned. Public toilets require cleaning toilet areas, sinks, and floors with soap, scrubbing brushes, and a 1% sodium hypochlorite solution. Personal protective equipment including disposable gloves and triple layer masks should be worn during cleaning.
This document provides an overview of UV disinfection technology. It discusses the history of disinfection, how UV works to inactivate microorganisms on a molecular level, factors that influence UV dose requirements, and considerations for water quality and system installation. UV disinfection is accepted by health regulations and offers advantages over chemicals like chlorine by providing disinfection without adding substances to water. Proper sizing and installation are important to ensure UV systems perform effectively.
There have many methods of sterilization.,there have also sterilization with aseptic techniques for help to education. Easy to learn about of sterilization, and how to sterile easy to learn way. So i hope you'll enjoy and learn easily and to read about this slide.
The Hygene Air 50 is an ozone-producing sanitization system that eliminates bacteria, fungi, molds, viruses, and odors from indoor spaces up to 50 cubic meters in size. It uses corona discharge to generate ozone and then catalytically converts the ozone back to oxygen to sanitize surfaces and air without leaving harmful chemical residues. The compact, wall-mountable device is easy to operate via a control panel and can be programmed to sanitize unoccupied spaces. It provides a safer, more effective, and cost-efficient alternative to manual cleaning and chemical disinfectants.
How UVC Robot disinfects Patient Room/ Operation theaters and any area that is suspected to be infected.
Also used in the food industry and Environmental services.
The document discusses issues related to poor indoor air quality and hygiene risks, particularly in washroom facilities. It notes that bacteria, viruses, molds and fungi can multiply rapidly in indoor environments and be spread through the air or on surfaces, posing health risks. Conventional cleaning and masking methods are ineffective as they do not address the root causes. The document then introduces an air purification system called Air Steril that uses photoplasma technology to destroy microorganisms in the air and on surfaces, eliminating odors at their source and reducing health risks. Customer testimonials praise the effectiveness of Air Steril in improving air quality.
This document summarizes Raycono's hydroxyl sterilization technology and its applications for air handling units. It introduces Raycono's company and research facilities. It then explains the hydroxyl sterilization process, which uses photocatalysts to generate hydroxyl radicals that can decompose viruses, bacteria, and other organic pollutants. The document presents Raycono's air handling unit sterilization modules that use this hydroxyl technology, along with case studies of their use in metro systems, offices, and other facilities to help sterilize air and combat COVID-19 transmission through aerosols.
This document discusses three concepts for improving indoor air quality (IAQ) in workspaces:
1. UV Solutions - Using ultraviolet (UV) lamps to kill microbes like viruses, bacteria, and fungi through DNA damage. The CDC recommends UV for destroying pathogens like tuberculosis.
2. PHI Cells - Exposing activated oxygen to a catalyst and UV light to generate "friendly oxidizers" like hydroperoxides that break down both airborne and surface microbes and VOCs.
3. Merv 13 Filters - High efficiency particulate air (HEPA) filters that remove a high percentage of airborne contaminants, used in hospitals but not recommended for homes due to restricted airflow.
The document discusses various methods for preventing hospital-acquired infections, including proper ventilation and isolation protocols in surgical wards. It emphasizes minimizing bacterial contamination in operating theaters through airflow, limiting unnecessary entry, and proper sterilization of surgical instruments. Several chemical and heat-based methods are outlined for disinfecting and sterilizing equipment, including alcohol, aldehydes, halogens, and hot air/steam processes.
Biosanitizer is a new water-based sanitizer that is eco-friendly. It is alcohol-free, VOC-free, and free of other harsh chemicals. Biosanitizer uses hydrogen peroxide boosted through a plasma discharge process into water. This formulation is safer for both users and the environment compared to most current disinfectants. Biosanitizer has been shown to exceed microbiological standards by achieving a 6 log reduction of bacteria and viruses within 30 seconds.
This document compares the characteristics of several common sanitizers and disinfectants: chlorine dioxide, bleach (hypochlorites), phenolic compounds, peracetic acid, hydrogen peroxide, and quaternary ammonium. It outlines their microbial effectiveness, typical dosages, contact times, pH suitability, corrosion risks, toxicity levels, environmental impacts, and costs. Chlorine dioxide is highlighted as effective against all microbes even at low concentrations, safe, and breaking down to non-toxic products, though it is more expensive than alternatives. Bleach is noted to form carcinogenic byproducts and be corrosive.
Hygienetech was established in 2001 to supply hygiene products and services to corporate and hospitality sectors. It offers a wide range of consumables and services for maintaining hygiene in washrooms, managing odors, pest control, and feminine hygiene disposal. Today it serves over 500 corporates in Mumbai and aims to expand its offerings to other institutions across India. It provides innovative products and solutions with a focus on continuous innovation to meet the changing needs of workplace hygiene and employee welfare.
This document discusses the use of ultraviolet (UV) technology for disinfecting surfaces in healthcare settings. It provides background on healthcare-associated infections and the role of contaminated surfaces in transmission. It then summarizes studies that found UV light effectively reduces bacteria and viruses on surfaces. The document reviews different types of UV light technologies, including portable UV devices and stationary whole-room disinfection systems. It discusses the mechanisms of how UV light deactivates microbes and lists advantages and disadvantages of UV disinfection. Overall, the document concludes that UV light is a promising method for reducing healthcare-associated infections by disinfecting surfaces, though it has some limitations compared to traditional cleaning methods.
Hygienetech is a company focused on providing innovative technologies and sustainable solutions to enhance hygiene standards and preserve health. Their mission is to enrich lives through health preservation, safety, and well-being. They offer a range of feminine hygiene, air care, and scenting solutions including sanitary disposal services, vending machines, incineration machines, sterilization services, air purifiers, odor management products, and scenting devices. Their goal is to become the most preferred organization for holistic health, safety, and well-being solutions for both institutions and individuals.
This document discusses cleaning and disinfection procedures for poultry farms. It describes assessing the situation, removing equipment, dry and wet cleaning methods including soaking, washing and rinsing surfaces. Disinfection methods using various chemicals are outlined. The document also discusses evaluating cleaning efficacy through surface sampling, and fumigation of new litter bedding to kill vectors.
The document discusses various safety and precautionary measures that can be taken at workplaces to mitigate the risk of COVID-19 transmission. It recommends maintaining proper personal hygiene like regular hand washing, disinfecting common contact surfaces that are frequently touched, regularly disinfecting indoor and outdoor spaces, and following WHO guidelines on infection control programs. It also provides information on different types of disinfectants and their uses for surfaces, air, and skin to disinfect various areas of workplaces and make them safer.
This document provides information from a seminar on safe body piercing practices. It discusses hazards like hepatitis C transmission and proper protocols for sterilizing equipment using an autoclave, ultrasonic cleaner, or cold sterilization. It also covers setting up a sterilization room, well-equipped procedural space, proper use of gloves, approved implant materials, qualifications for temporary operators, and risks of various anesthetics. Maintaining hygienic practices and using only sterile equipment and materials is vital to prevent infection and disease transmission.
This document describes the UV sterilization products of a company that has been pioneering UV sterilization technology for over 17 years. Their UV sterilization towers can disinfect a room in under 10 minutes without repositioning and have been shown to reduce C. diff, VRE & MRSA by over 99.9999% in under 10 minutes. The company also offers a UV Bio-Wall that provides a barrier of UV energy destroying biological and chemical contaminants with a single pass, as well as patented Sanuvox Coil-Clean purifiers that prevent and destroy mold and microbes from HVAC systems. The document emphasizes that eradicating healthcare-associated infections requires 24/7 UV sterilization of the
With the Coronavirus outbreak on this scale, we can caution ourselves with this bio-security package from Chemtex Speciality Limited. It limits the spread of the pandemic by ramping up the hygiene norms.
The document discusses various methods of sterilization and disinfection. It defines sterilization as the process of destroying all living microorganisms, including bacterial spores, while disinfection refers to reducing microorganisms to a safe level. Physical methods include heat, filtration, and radiation. Chemical methods utilize alcohols, aldehydes, phenols, and other agents. The ideal disinfectant is broad-spectrum, works in various conditions, and is non-toxic. Proper concentration, time, and temperature are important for effective sterilization and disinfection.
The document discusses the problems with indoor air pollution and traditional air filtration methods. It notes that indoor air pollution is a major problem, with the average person spending 90% of their time indoors breathing polluted air. Traditional air filters and electronic air cleaners are not very effective at removing pollutants, with many particles and gases still passing through. It then introduces a new air purification technology called Radiant Catalytic Ionization that more effectively reduces airborne contaminants and odors.
This document provides guidelines for disinfecting common public places and offices areas during the COVID-19 pandemic. It recommends cleaning indoor areas such as offices, conference rooms, and lobbies daily with a 1% sodium hypochlorite solution. High contact surfaces should be cleaned twice daily. Outdoor areas have less risk but frequently touched surfaces should still be cleaned. Public toilets require cleaning toilet areas, sinks, and floors with soap, scrubbing brushes, and a 1% sodium hypochlorite solution. Personal protective equipment including disposable gloves and triple layer masks should be worn during cleaning.
This document provides an overview of UV disinfection technology. It discusses the history of disinfection, how UV works to inactivate microorganisms on a molecular level, factors that influence UV dose requirements, and considerations for water quality and system installation. UV disinfection is accepted by health regulations and offers advantages over chemicals like chlorine by providing disinfection without adding substances to water. Proper sizing and installation are important to ensure UV systems perform effectively.
There have many methods of sterilization.,there have also sterilization with aseptic techniques for help to education. Easy to learn about of sterilization, and how to sterile easy to learn way. So i hope you'll enjoy and learn easily and to read about this slide.
The Hygene Air 50 is an ozone-producing sanitization system that eliminates bacteria, fungi, molds, viruses, and odors from indoor spaces up to 50 cubic meters in size. It uses corona discharge to generate ozone and then catalytically converts the ozone back to oxygen to sanitize surfaces and air without leaving harmful chemical residues. The compact, wall-mountable device is easy to operate via a control panel and can be programmed to sanitize unoccupied spaces. It provides a safer, more effective, and cost-efficient alternative to manual cleaning and chemical disinfectants.
How UVC Robot disinfects Patient Room/ Operation theaters and any area that is suspected to be infected.
Also used in the food industry and Environmental services.
The document discusses issues related to poor indoor air quality and hygiene risks, particularly in washroom facilities. It notes that bacteria, viruses, molds and fungi can multiply rapidly in indoor environments and be spread through the air or on surfaces, posing health risks. Conventional cleaning and masking methods are ineffective as they do not address the root causes. The document then introduces an air purification system called Air Steril that uses photoplasma technology to destroy microorganisms in the air and on surfaces, eliminating odors at their source and reducing health risks. Customer testimonials praise the effectiveness of Air Steril in improving air quality.
This document summarizes Raycono's hydroxyl sterilization technology and its applications for air handling units. It introduces Raycono's company and research facilities. It then explains the hydroxyl sterilization process, which uses photocatalysts to generate hydroxyl radicals that can decompose viruses, bacteria, and other organic pollutants. The document presents Raycono's air handling unit sterilization modules that use this hydroxyl technology, along with case studies of their use in metro systems, offices, and other facilities to help sterilize air and combat COVID-19 transmission through aerosols.
This document discusses three concepts for improving indoor air quality (IAQ) in workspaces:
1. UV Solutions - Using ultraviolet (UV) lamps to kill microbes like viruses, bacteria, and fungi through DNA damage. The CDC recommends UV for destroying pathogens like tuberculosis.
2. PHI Cells - Exposing activated oxygen to a catalyst and UV light to generate "friendly oxidizers" like hydroperoxides that break down both airborne and surface microbes and VOCs.
3. Merv 13 Filters - High efficiency particulate air (HEPA) filters that remove a high percentage of airborne contaminants, used in hospitals but not recommended for homes due to restricted airflow.
This document introduces the Air Revolution Catalytic Air Purifier as a solution to poor indoor air quality. It uses ionization, ozone, ultraviolet light, and titanium dioxide to eliminate airborne microorganisms through advanced oxidation processes. The purifier is portable, effective, safe, economical, efficient, durable, reliable, and automatic. It can reduce illness in workplaces and eliminate odors while requiring minimal maintenance. Various industries and facilities that should install air purifiers to promote staff health and well-being are listed.
This document discusses indoor air quality problems and solutions. It notes that since the 1970s, energy-efficient buildings have reduced ventilation and trapped more pollutants indoors. This has led to issues like sick building syndrome and increased rates of asthma and allergies. Passive technologies like filters and ionizers have limitations in addressing airborne pathogens. The document proposes that active technology using radiant catalytic ionization is more effective by producing oxidizers that purify the air and deactivate mold, bacteria, viruses and other contaminants. University studies showed this technology reduced microbial populations on surfaces by up to 99.97% and improved indoor air quality.
This document discusses indoor air quality (IAQ) in clinical environments. It outlines two categories of contaminated environmental surfaces - clinical contact surfaces and housekeeping surfaces. It emphasizes the importance of proper environmental decontamination and explains how aerosols can transmit pathogens. The document then discusses various IAQ contaminants like microorganisms, mercury, and disinfectants. It proposes five EPA-recommended technologies to resolve IAQ problems - MERV filters, germicidal UV lights, electrostatic filters, bi-polar ionization, and photo-catalytic oxidation using titanium dioxide. Finally, it presents Soma Medical's $3,550 IAQ solution protocol that implements all five technologies.
The document discusses the threats posed by poor indoor air quality. It notes that absenteeism due to sickness costs U.S. businesses over $576 billion annually, and indoor air has been found to be poor in 30% of buildings. Indoor air pollution is listed as one of the top five environmental health risks by the EPA. Common sources of indoor air pollution include human occupants, building materials, work activities, and mold/fungus growth. Poor indoor air can cause sick building syndrome and increase exposure to diseases. The document then introduces nano-technology solutions like air purifiers, ultraviolet lights, and titanium dioxide coatings that can help sterilize indoor air and improve air quality.
The indoor environment & air quality uv air & surface disinfectionTNenergy
Ultraviolet germicidal irradiation (UVGI) is an effective engineering control for improving indoor air quality and reducing healthcare-associated infections. It uses ultraviolet light to destroy biological contaminants like bacteria, viruses, molds, and other pathogens by breaking down their DNA. UVGI has been used successfully in hospitals since the 1930s to significantly reduce surgical site and other infection rates. It is recommended by organizations like ASHRAE and the EPA as a strategy for controlling airborne infectious diseases through duct irradiation, upper room irradiation, and in-room units. Studies show UVGI can reduce worker sickness and healthcare costs while increasing energy efficiency.
The document discusses indoor air quality issues and various air purification technologies. It provides an overview of EcoQuest's 20-year history developing their Radiant Catalytic Ionization technology, which uses ionization, ultraviolet light, and a photocatalytic process to purify air. University testing has shown their technology can reduce particulate matter, mold, bacteria, and viruses on surfaces by up to 99.99%.
The document discusses indoor air quality issues and various air purification technologies. It provides an overview of EcoQuest's 20-year history developing air purification technologies using ionization, ultraviolet light, photo catalytic oxidation, and low-level ozone to clean indoor air naturally. University testing has shown EcoQuest technologies can reduce airborne particulates and microbes like mold, bacteria and viruses by up to 99.99%.
Studies show that we spend 90% of our time indoors. At HealthWay, our mission is to make that air fresh.
Our patented air purification systems are the most innovative in the industry, helping you feel better with every breath.
HealthWay exists to achieve indoor air purity from every possible angle. Our goal is to have your family enjoy the comforts of home, in the healthiest possible way, breathing air that’s as clean and clear as it looks.
This document provides information on antimicrobial coatings and services from Wilkins Solutions for preventing the spread of bacteria, viruses, and mold. It summarizes their Surface Recontamination Shield (SRS) product, which uses nano-technology to continuously kill microbes and remove odors from surfaces for long periods. The document highlights benefits of SRS like self-cleaning properties, UV protection, and corrosion resistance. It also discusses their application process, independent lab testing showing pathogen reduction, and services for schools to improve bus safety and limit disease transmission.
This document discusses indoor air quality solutions from Smart Living Sdn Bhd. It notes that indoor air pollution poses major health risks. Smart Living offers a range of products to purify indoor air including air purifiers, germicidal lights, ultraviolet lights, and infection control units. These products eliminate airborne bacteria, viruses, allergens and other contaminants through filtration and UV irradiation. Smart Living aims to provide comprehensive indoor air purification solutions to protect health and wellness.
1. The document discusses improving indoor air quality in hospitals through proper ventilation system design and maintenance to prevent airborne infection transmission. It recommends using ultraviolet germicidal irradiation and appropriate filtration to disinfect ventilation systems and destroy airborne microorganisms.
2. Poorly maintained HVAC systems can increase health risks by spreading pathogens and causing sick building syndrome symptoms. Regular cleaning and maintenance of components like cooling coils is important.
3. Studies show ultraviolet germicidal irradiation is most effective at air change rates of 10-12 changes per hour for winter and 6 changes per hour for summer, especially when combined with baseboard heating.
Powdery mildew is a common and economically damaging plant disease in greenhouses. It can develop at any time but favors cooler, humid conditions in spring and fall. Effective management requires understanding its life cycle and the environmental factors that promote its growth. Experience shows that air filtration and disinfection with UVC lights is a powerful way to eliminate powdery mildew outbreaks in greenhouses.
Air purifier that uses a patented thermodynamic sterilizing system to draw in contaminated indoor air and incinerate microorganisms like viruses, bacteria, and fungi at high temperatures in its ceramic core. It produces 99.99% purified air continuously without filters, fans, UV bulbs, or noise. Independent lab tests show it reduces various microorganisms, allergens, and ozone by 70-99%. It can be used effectively in various indoor spaces like homes, offices, hospitals, and more to improve indoor air quality.
Particles smaller than one micron are most important to eliminate because they make up 99% of the number of particles in your air and can be breathed deep into the lungs and AEROCIDE can do that
National Renewable Energy Laboratory – July 1998
Self Cleaning Catalyst: Mineralization of E. Coli to Water Vapor and CO2
State of Wisconsin Hygiene Laboratory – August 2002
Performance of AiroCide® in Controlling Bacterial Spores (Anthrax-like spores)
Food & Drug Administration (FDA) – November 2002
Verification of Technology and Class II Medical Device Listing
Texas Tech University – June 2003
AiroCide® Destroys Mycotoxins from Mold Spores
Texas A&M University – June 2004
Peer Reviewed and Published Paper on AiroCide® Performance in a
Hospital Operating Room
Air Quality Sciences, Inc. – 2005 to date
Independent Air Quality Testing Lab, conducting multiple efficacy tests on
AiroCide® and RevolutionAir prototypes
Aseptic technique, culturing and preservation by Likhith KLIKHITHK1
Aseptic technique is a method of compete elimination of microorganism, used in laboratories or clinical setting to prevent the contamination or growth of unwanted microorganism.
Pure cultures are important in microbiology for the following reasons:
Once purified, the isolated species can then be cultivated with the knowledge that only the desired microorganism is being grown.
A pure culture can be correctly identified for accurate studying and testing and diagnosis in a clinical environment.
Testing/experimenting with a pure culture ensures that the same results can be achieved regardless of how many time the test is repeated.
Pure culture spontaneous mutation rate is low
Pure culture clone is 99.999% identical
To maintain pure culture for extended periods in a viable conditions, without any genetic change is referred as Preservation. The aim of preservation is to stop the cell division at a particular stage i.e. to stop microbial growth or at least lower the growth rate. Due to this toxic chemicals are not accumulated and hence viability of microorganisms is not affected.
Esthetica presents UVC Disinfection Tower to reduce the risk of virus and bacteria transmission in your living and working space. UV Light is a proven disinfectant against harmful and illness causing germs.
The document summarizes an air purifier that uses plasmacluster ion technology to purify indoor air. It generates positive and negative ions that are similar to those found in nature to sanitize both air and surfaces from viruses, mold, dust and allergens. These ions transform into water molecules that return to the air. The purifier also uses a true HEPA filter to capture 99.97% of 0.3 micron particles and remove pollen, dust mites, smoke and other allergens from the air. Its plasmacluster technology works to neutralize odors and toxins while creating fresh, pure air similar to that of a forest.
Similar to Air sterile - Principal Business Solutions (20)
3. RECOGNISING WASHROOM RISKS
Where do odours originate?
Why can cleaning be ineffective?
Why do risks still remain?
What are the health hazards?
What image is projected?
4. WASHROOM HYGIENE PROBLEMS
Odours and Infections are caused by
Bacteria, Viruses, Moulds & Fungi in the Air and
on Surfaces
Toilet flushing releases harmful bacteria into
the air and onto surfaces with aerosol force
and volume
In 8 hours, a single bacteria cell can multiply
to 8 million Aerosol effect
Cleaning, disinfecting and masking cannot
Washrooms are a primary
remove the problem source of infections including:
•Salmonella & E Coli
Poor ventilation and poor personal hygiene •Rhinovirus & Norovirus
spread the problem outside the washroom •Influenza
•Bronco-Pneumonia
Increased Sickness and Absenteeism •Hepatitis A
Suggests indifferent management
8. BENEFITS SUMMARY
Removes odours by treating the root cause
Destroys bacteria, VOCs, Viruses, Mould and Fungi
Cleans deep into fabrics
Reduces chemical usage
Eliminates need for masking agents
Provides fresh clean air
Reduces absenteeism and cross infection
Treats contamination in the air and all exposed surfaces
Air does not need to pass through the unit to be purified
9. Why Alternative Solutions Fail
Sprays/Fragrances Does it kill Bacteria? No, (Some propellants contain an element
of anti bacterial agents).
Is it working all the time? No, can not operate continuously.
Why doesn’t it work? When the perfume is still airborne it can
effectively hide some odours, but this is intermittent the bacteria
and health hazards remain and odours invariably prevail.
Ozone Generators
Does it kill Bacteria? Yes, kills both Bacteria & Viruses
Is it working all the time? No, can not operate continuously,
high levels of Ozone are unpleasant and a health hazard.
Why doesn’t it work? Bacteria and viruses continue to multiply
during the down time, meaning odours remain.
UV light Machines Does it kill Bacteria? Yes, Kills Bacteria & Viruses
Is it working all the time? Yes, It can operate continuously.
Why doesn’t it Work? Air has to pass over the UV light to kill the
micro-organisms and it takes so long for all the air to pass
through the machine the bacteria multiply faster than all the
washroom air can be processed, odours remain
10. Air Steril utilises up to 5 independent technologies which can
be tailored adjusted to meet end user needs :
Internal Technologies
1. Germicidal Irradiation
2. Dual Waveband UV Technology
Transmitted Technologies
3. Superoxide Ions
4. Triatomic Oxygen
5. Hyrdoxyl Radicals
6. Plasma Quatro
Air Steril Technologies Eliminate Bacteria
180 times faster than UV light machines and
2000 times faster than an Ozone Generator
11. Air Steril utilises up to 5 independent technologies
which can be adjusted to meet end user needs :
Internal Technologies
1. Germicidal Irradiation
2. Dual Waveband UV Technology
1. UV Germicidal Irradiation kills microorganisms by
disrupting their DNA and removing their reproductive
capabilities.
2. Air Steril UV lamps uses two wavebands. One
operates at 185nm generating ozone which kills the
microorganisms. The other operates at 254nm and
generates highly reactive but short lived hydroxyl
radicals which reduces the ozone before it leaves the
unit as an element in the plasma quatro.
12. Air Steril utilises up to 5 independent technologies
which can be adjusted to meet end user needs :
Transmitted Technologies
3. Superoxide Ions
4. Triatomic Oxygen/Hydroxyl Radicals
5. Plasma Quatro
3. Superoxide Ions work by electrically charging air contaminates
as small as 0.01 microns and causing them to form clusters,
thus assisting removal from the air and aiding the other
processes.
4. Triatomic Oxygen (Ozone) is excited oxygen atoms produced
via a catalyst in the lamp (Quartz). Triatomic Oxygen, will
eliminate bacteria, viruses, fungi and VOC s in the air and on
exposed surfaces as it leaves the unit with the air flow.
Hydroxyl Radicals oxidise bacteria and viruses in the air
operating with a “cascade effect”
5. Plasma Quatro is the gas energized by the high intensity UV
light, it leaves the unit with the airflow and consists of a mixture
of activated oxygen, triatomic oxygen and superoxide ions.
These interact with each other giving a very efficient
purification of the air and all exposed surfaces. Many times
more efficient than ozone or UV light working alone.
13. The Only System Checked by
The Health Protection Agency
Project No. 37/09 Issue date, 9thhSeptember 2009
HPA, CEPR Biosafety Unit, Porton Down
14. The HPA Test Results
Airborne Test Results (5 minutes exposure)
• MS2 coliphage NCIMB 10108 (an enveloped single stranded RNA coliphage)
• Staphylococcus epidermidis NCIMB 12721 (a gram positive, cocci)
Micro-organism Percentage Efficiency
▪ MS-2 coliphage 92.17%
▪ Staph. epidermidis 98.11%
16. 28 day money back
GUARANTEE
Air Steril has always offered this guarantee to
every customer, whether Heathrow Airport, the
London underground or a local Care Home.
To date we have not had a single failure.
Brian Dewsbery
Managing Director
Airscience Technology International
17. Washroom Thermal
Light To medium footfall
Heavy domestic/light commercial
Normal ventilation (Not suitable for washrooms without external
doors) or forced ventilation.
Vertical Installation(Must be sighted close to odour source)
Ideal for disabled facilities, restaurants, medium sized offices,
sluice rooms, baby changing, leisure changing rooms, public
houses, care homes petrol stations or any washroom with medium
footfall.
In single cubicle situations also suitable for high volume usage
Medium – For multiple user facilities around Low – For single toilets with multiple service
20m2 with medium to low traffic. users or small facilities up to 10m2 with low
traffic.
18. Washroom Range WR30/WRX
WR30
Higher to heavy footfall
Commercial /public facilities
Any location regardless of ventilation
Installed horizontally vertically wall or ceiling mounted
Can be installed a distance from odour source and targeted
All commercial washrooms hotels, offices, factories, schools,
cinemas, night clubs, all public facilities, Institutions, prisons, hospitals
Aluminium body vandal resistant
WRX
Very heavy footfall 10,000 per day
Motorway services, football stadiums, sports grounds, airports, railway
stations, concert halls.
High - For multiple user facilities up to 30m 2, Medium – For multiple user facilities around 20m2
medium to high traffic. with medium to low traffic.
19. AIR STERIL TECHNOLOGY LIFTS
WASHROOM HYGIENE TO A NEW LEVEL.
IT CONVERTS A WASHROOM FROM
AN INFECTION DISTRIBUTION CENTRE TO
AN INFECTION CONTROL CENTRE
20. AS 10 Silent
Specially designed for continuously occupied
rooms up to 10m2 with very low footfall
Odour and infection control in private places
UV lamp strength set for contamination levels
Thermal convection 24/7 operation
Silent – no noisy operation to disturb users
especially at night
Blue lamp power on indicator
Ideal for care home residents’ bedrooms, home
use, occasional visitors, pet areas
Plugs into wall socket, easy fixing, transportability
Sturdy aluminium construction
Annual lamp change
Very low running costs
Extended guarantee as required
21. Multipurpose MP Unit
Rugged design for installation in enclosed
spaces from 20m2 to 80m2
U/V lamp strength varies with level of
contamination
Hard wired for permanent 24/7 operation
Wall or ceiling, vertical or horizontal mounted.
Ideal for care home reception and common
rooms, gyms, schools, cafeterias
Traditional aluminium construction
Easy to install and maintain
Annual lamp change
NEW Design
NEW Design
Three year guarantee with lamp change
Back to base repair Launched 2012
Launched 2012
Low running costs
22. Portable MP 100
Robust very high strength system
Portable for occasional use in enclosed spaces
Evacuate space when in operation
For temporary use in heavily contaminated areas
Ideal for smoker damaged hotel rooms, used car interiors, 100m 2+ spaces
Not for use with toxic off-gassing present
Power socket installation
Lamp change as required NEW Multi Thermal
NEW Multi Thermal
Rugged aluminium construction Launched Spring
Launched Spring
Safety training required 2012
2012