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Advanced Technology Developed for the U.S. Military

Developed by Sandia Laboratory with the National Renewable Energy Laboratory, and used by the Department of Defense for destroying toxic organic compounds that are hazardous to human health and the environment, This powerful air sterilization technology is a quantum leap in air purification, and is now available for in home patient use.

Ultraviolet Light Titanium Oxide Chamber

This process utilizes low energy, ultraviolet light focused on a titanium catalyst in the presence of water vapor which generates hydroxyl radicals that destroy microbes in the air.

Eliminates Airborne; bacteria, Fungi Viruses, Carbon Monoxide, Pesticides, Tobacco Smoke, Volatile Organic Compounds, and Asthmatic Triggers such as dust mites, pollen, and ragweed

Photo-Catalytic Oxidation

Countless medical studies and research point to the relative dangers that airborne bacteria, fungi and viruses pose to the compromised immune systems of patients with baseline conditions of asthma, chronic bronchitis, emphysema, pneumonia, COPD as well as AIDS and cancer patients.

The key to Photo-Catalytic Oxidation is the Photocatalyst {PCO), a chemical compound that becomes highly reactive when exposed to various wavelengths of ultraviolet light. In the presence of organic pollutants, such as solvents, alcohols, Carbon Monoxide, dyes, end fuel oils - the activated Photocatalyst attacks the pollutants’ chemical bonds, converting the toxic compounds into benign constituents such as water and carbon dioxide.

The PCO Chamber destroys the RNA and the DNA of harmful airborne viruses, fungi and bacteria.

Microprocessor based computerized controls provide the ultimate in user friendliness, and precision control.

A Toxic Chemical and Particulate Sensor continually monitors air In real time. One look at the Quality Air Control center informs the user of actual alt quality.

An infrared motion sensor detects movement in the subject area of the patient and adjusts the unit accordingly

Service Indicator lights eliminate all guesswork for the patient relative to when to replace filters and the ultraviolet lamp by keeping track of time and usage. This microprocessor based feature is not effected by power interruptions, or when the unit Is stored for extended periods of time.

Electronic sensors monitor air quality and automatically increase air sterilization performance to compensate for periods of unusually high chemical activity or during periods of high particle counts. Warning lights alert the patient to the presence of toxic chemicals and fumes well before they reach dangerous levels or become detectable to the human senses.

Problems with Ordinary Filter Systems

One of the problems with any filter system that does not have a way to alert you that the filters are clogged is that contaminates then by-pass the filter itself and go back into the air in your home.  The average by-pass is 30-60% on even the best equipment.  the problem  with hospital grade HEPA and HEPA-like filters, is that the allow LIVE and LIVING CONTAMINATES. smaller than .03 microns to pass back into the air UNTREATED.  These microscopic particles are known to be the primary cause of asthma, emphysema, hay fever, chronic bronchitis and allergies.  the elderly and children are especially vulnerable to microscopic particles.

Residential carbon media filter systems typically do not have enough carbon, quickly become saturated (in a few hours) and slowly release pollutants (VOCs) back into the air of your home.  The toxic compounds, even carbon monoxide, nitrous oxide exhaust fumes, odors from tobacco smoke and animal odors are either released or by-pass the filter UNTREATED

Six Steps to Air Purification

Step One:  Purifies the Air of Macro Particles

A treated (5) micron pre-filter removes a particles from the air larger than (5) MICRONS, extending the life of the HEPA filter and protecting the gas absorbing media from dust coating and fouling.

Step Two:  Hospital Grade HEPA Filter Removes Allergens

A hospital grade HEPA filter removes allergens so small that they can only be seen with a microscope.  Pollen, mold, fungal spores, dust mites, cockroach dust, tobacco smoke and bacteria are but a few examples.

Step Three: Absorbs Toxic Chemicals and Gases

A specially formulated gas absorption media absorbs automobile exhaust fumes, organic hydrocarbons, formaldehyde from particle board used in home construction, paint solvents, chlorine, cleaning chemicals and other fumes until the Photo-Catalytic converter destroys the pollutants.

Step Four: “Photo-Catalytic Oxidation” Destroys Toxic Chemicals and Eliminates Odors

Activated carbon, zeolite and potassium permanganate can rapidly absorb large quantities of toxic fumes however this media quickly becomes saturated and slowly releases pollutants back into the air stream. Photo-Catalytic Oxidation converts toxic compounds, even carbon monoxide and nitrous oxide, into benign constituents such as carbon dioxide and water without wearing out or losing its effectiveness,

Step Five: Ultraviolet Light Kills Disease Causing Germs on Contact

Ultraviolet light 10,000 times the intensity of sunlight kills viruses and bacteria too small to be filtered out by a HEPA filter, Ultraviolet technology combined with Photo-Catalytic Oxidation is the most important feature in air purification since germs are easily spread from one person to another by central heating and air-conditioning system..

Step Six: Negative Ions Improve Sleep and Keep Air Fresh

Oxygen in the air reacts with ultraviolet light to produce email amounts of negative ions and activated oxygen.