ZAND-AIR™ Portable IVF Air Purification Systems

ZAND-AIR™ Portable IVF Air Purification Systems

ZAND-AIR™ 100C 120V

As technology has advanced, the necessity to filter air has become even more important.

No matter how well you maintain your laboratory, your work area can be filled with air pollutants, dust particles, mold spores, dander, pollen, dust mites, cleaning chemicals, volatile organic compounds (VOCs), chemically active compounds (CACs), aldehydes, carcinogenic materials, carbon monoxide, viruses and bacteria.

Add to these culprits the chemical irritants lurking about… in carpets from the front office, behind walls, from off-gassing in plastic materials, in the cleansers and waxes used to keep your laboratories and work surfaces clean. All these can have a direct influence on your results and on the health of laboratory workers.

Photocatalytic Purification Cleans Air Down to the Last Molecule

The key to effective air filtration of damaging volatile air compounds is in the Photocatalytic Oxidation. The chemical compounds becomes highly reactive when exposed to a specific wavelength of ultraviolet light. The photo-catalyst attracts pollutants and converts them into benign compounds such as water (H₂O) and carbon dioxide (CO₂). The catalyst is such that it does not wear out or lose its effectiveness as a result of its actions.

The UV lamp used in the 100C has an output in the 254-nanometer wavelength range. This wavelength destroys bacteria and viruses and does NOT produce ozone. Ozone is not detected in any measurable quantity at the exit grill of an operating 100C. UV light is not reflected by most surfaces but adsorbed and thus cannot exit through the outlet grill of the 100C. The “blue” visible light seen when the unit is operating is characteristic for the UVC lamp, and is not an indication of UV radiation emission.

ZANDAIR™ 100C Four Step Air Purification Process

STEP ONE: Adsorbs Toxic Chemicals and Gases

The front position Activated Carbon Filter with specially formulated gas adsorption media (including zeolite and potassium permanganate) adsorbs automobile exhaust fumes, organic hydrocarbons, formaldehyde from particle boards used in construction, paint, solvents, chlorine, cleaning chemicals, volatile organic compounds (VOCs), chemically active compounds (CACs) and other harmful agents.

STEP TWO: Hospital Grade High Efficiency Filter Removes Microparticles

A Back-Position Hospital Grade High Efficiency Filter individually tested by the supplier and certified to removes particles down to 0.3 µm. Pollen, mold, fungal spores, dust mites, and bacteria are examples of microparticles.

STEP THREE: Photocatalytic Oxidation Destroys Toxic Chemicals and Eliminates Odours

Photocatalytic Oxidation converts toxic malign compounds (even carbon monoxide and nitrous oxide) into benign constituents such as water (H2O) and carbon dioxide (CO2). The catalyst is such that it does not wear out or lose its effectiveness as a result of its actions.

STEP FOUR: Ultraviolet Light

Ultraviolet light attacks the molecular structure of viruses and bacteria, which are too small to be filtered out by the High Efficiency filter, thus rendering them harmless. Ultraviolet light converts VOCs and CACs into H₂O and CO₂. Ultraviolet light technology combined with Photocatalytic-Oxidation is an important and unique feature of this air purification / filtration system.

Electronic Sensors

Electronic sensors monitor air quality and automatically increase the performance of the air purification system to compensate for periods of unusually high chemical activity and increased human activity.

Warning lights alert staff to the presence of toxic chemicals and fumes well before they reach dangerous levels or become detectable to the human senses. In the absence of high activity the air purification system can switch into a sleep mode and ‘wakes up’ as soon as it detects activity.

Components

The ZANDAIR™ 100C air purification system consist of the following:

• Air inlet grill with safety locks
• Activated carbon filter, which adsorbs toxic chemicals and gases,
• Hospital grade High Efficiency filter removes particles down to 0.3 um
• Photocatalytic oxidation chamber
• High output UVC lamp
• High efficiency low noise reversed curved motorized impeller with sealed ball bearings.

The ZANDAIR™ 100C unit is encased in a high impact ABS plastic with no off-gassing and is light weight and portable.

The ZANDAIR™ 100C significantly reduces:

• Mold
• Fungus
• Cleaning Chemicals
• Nitrous Oxide
• Solvents
• Ozone & Smog
• Hair Spray
• Perfume
• Alcohols
• Ammonia
• Chlorinated Solvents
• Carbon Monoxide
• Over 50 other chemicals were significantly decomposed

ZANDAIR 100C Technical Specifications