Purifying Air in Kennels & Veterinarian Centers

Purifying Air in Kennels and Veterinarian Centers

Illness among animals especially dogs can be significantly higher when many of them are boarded within close proximity, or kept within the same room or building. Airborne illnesses can easily be transmitted from one animal to another. Odors may cause issues when they migrate to other areas and affect staff and visitors.

Sanuvox UV systems are the ideal solution for destroying airborne viruses and bacteria, as well as reducing the concentration of unpleasant odors, such as ammonia produced by animals in kennels, shelters, pet stores and veterinarian clinics. Its proprietary system eradicates biological contaminants (bacteria, viruses, germs and allergens), and destroys chemicals and biological odors.

THE EQUIPMENT

Multiple application UV systems can be used for both stand-alone and duct-mount installations.

As stand-alone units, the P900 is equipped with an 80 cfm blower, the Sanuvair® S300 with a 300 cfm blower, and the Sanuvair® S1000 with a 1000 cfm blower. Sanuvair® S300 and S1000 also come with filters to capture particulates (pet hair, etc.). A dual zone UV-C/UV-V lamp is standard. An “adjustable” oxidizing lamp is available.

As an in-duct unit, the Quattro is installed parallel to the airflow and includes four UV-C/UV-V lamps, each with a one-inch section of oxidizing UV-V. Two of the lamp’s oxidizing sections are covered with removable foil, allowing for increased oxidation if necessary.

Typical installations:

OPERATING THE EQUIPMENT

Each unit treats the air through recirculation in two ways:
1. The Germicidal UV-C lamp portion destroys airborne biological contaminants (viruses, mold,
bacteria.)
2. The Oxidizing UV-V lamp portion reduces airborne chemical contaminants and VOCs through
photo-oxidation.

PROCESS ON BIOLOGICAL AND CHEMICAL CONTAMINANTS

1-ACTIVATION PHASE:  H2O + O* –> OH* +OH*
Ultraviolet photon energy (170-220nm) is emitted from a high-intensity source to decompose (break down) oxygen molecules into activated monoatomic oxygen. The rate of production or effectiveness of this process depends on the wavelength and intensity of its source.

2-REACTION PHASE: OH*+P –> POH
The activated oxygen atoms (O*) are then mixed in the airstream; the process will react with any compound containing carbon-hydrogen or sulfur, reducing them by successive oxidation to odorless and harmless by-products. If airborne contaminants are outnumbered by the activated oxygen atoms, then there will be formation of residual ozone (O3) which will occur following the oxidation of normal oxygen molecules (02).

3- NEUTRALISATION PHASE: (also germicidal)  O3+UV(C) –> O2+O*: O+O –> O2

CHEMICAL DECOMPOSITION:
Ammonia NH3+OH* –> N2 + H2O

WHERE TO INSTALL

Many buildings and facilities can be equipped with either the stand-alone disinfection units or the in-duct unit, like kennels, pet boarding and animal shelters, laboratories, veterinarian centers, and zoos and pet stores.

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Coil Cleaning in Museums & Archives

Coil Cleaning in Museums and Archives

Air quality can severely impact and deteriorate irreplaceable paintings, documents, drawings, books and journals within a vault, storage area, library and exposition hall. Preserving these fine treasures from the ravages of mold, spores and bacteria are a priority for libraries, archives, museums and collectors. UV systems are designed to destroy airborne mold spores and their associated odors, as well as bacteria that can very well destroy treasures from the past.

Sanuvox UV IL-CoilClean systems are designed to destroy mold and other bio-contaminants on the evaporator coil, which results in spores as well as off-gassing being « blown-off » the evaporator coil and distributed through the facility.

Sanuvox in-duct UV BioWall systems effectively destroy thousands of airborne bio-contaminants, such as mold, bacteria, viruses, chemicals, VOCs and odors.

THE EQUIPMENT

The Sanuvox IL-Coil Clean system for HVAC coils utilizes a patented technology to focus the maximum UV energy on any surface. The patented anodized aluminum parabolic reflector serves two purposes:
1. Redirects the maximum amount of UV energy produced by the lamp onto the coil surface, requiring less or shorter lamps and fixtures.
2. Protects the UV lamp from fouling.

OPERATING THE EQUIPMENT

Prolonged exposure to UV radiation will keep the air conditioning coil clean and free of bio-contaminants, including viruses, fungi, bacteria and bio-film that may grow on the coil. Maintaining a coil free of microbial growth will maximize the efficiency of coil heat transfer and reduce the hours of operation of the compressors, resulting in lower energy costs.

UV-C GERMICIDAL PRINCIPLE

The UV-C wavelength is well documented for its germicidal properties. The effects of ultraviolet radiation on biological contaminants have also been included in the latest ASHRAE Handbooks. Generally, this relationship is similar to the absorption curve of nucleic acid (DNA) the basis of all living organisms. The germicidal destruction rate for any specified bio-contaminant can be greater than 99.9% as the maximum UV intensity produced by the UV lamp is directed onto the coil and each application is sized according to its requirements.

WHERE TO INSTALL

Many buildings and facilities can be installed with either the IL-CoilClean or the BioWall, like libraroes, museums, archives, record rooms, evidence rooms, private collections, or galleries.

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Sterilizing Air in Facilities

Sterilizing Air in Facilities

New buildings are built tighter to save energy, while older buildings are implementing new measures to reduce heating and cooling loss. Reduced fresh air also prevents dilution of contaminated air resulting in an increase of contaminants as they are now trapped inside and are continually recirculated throughout the space.

Indoor Air Quality (IAQ) applications in hospitals, schools, commercial buildings and offices vary. From Hospital Acquired Infection (HAls), sick building syndrome, absenteeism and work place productivity, Indoor Air Quality influences these facilities in many differents ways.

When the objective is to eliminate up to 99.9999% of airborne bio-contaminants, including viruses and bacteria that circulate through the ventilation system without increasing the pressure drop resulting from high efficiency filtration, Sanuvox offers the right solution with its high efficiency patented air purification system.

THE EQUIPMENT

The BioWall air purification unit is installed in the ventilation duct parallel to the airflow, allowing sufficient contact time that is required for airborne sterilization. The UV-C intensity of each lamp can be measured in “realtime” with an optional UV-C sensor, ensuring the required inactivation intensity will be delivered to the contaminant.

OPERATING THE EQUIPMENT

To create the sterilization chamber in the existing duct (up to 5 feet deep per unit), the walls are covered with an aluminum reflective material. The proprietary sterilization sizing calculations take into account: air velocity, dimensions of the duct, the UV lethal dose needed to sterilize the microorganism for the desired inactivation rate. The sizing calculations will determine the number and length of the BioWall unit(s) required. The optional UV-C sensor will guarantee that the UV-C emitted from the lamp will exceed the amount of UV-C that is required at all times.

UVC GERMICIDAL PRINCIPLE

The 254nm UV-C germicidal wavelength has been used for decades for sterilization and its effect on microorganisms is well documented. UV germicidal process inactivates microorganisms by damaging their DNA structure, making it incapable of reproducing. The germicidal efficiency can deliver virtually a 100% disinfection rate. The system can achieve exceptionally high disinfection rates as a result of the BioWall unit being mounted parallel to the airflow and the desired intensity is sized for each particular application.

WHERE TO INSTALL

Many buildings and facilities can be equipped with the BioWall unit, like hospitals, private clinics, veterinary clinics, as well as fertility centers. It can also be installed in schools, universities, offices towers and commercial buildings.

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Disinfecting Locker Rooms & Bathroom Odors

Disinfecting Locker Rooms and Bathroom Odors

Lockers room odors are the result of perspiration which is excreted by the sweat glands in our skin. Sweat itself is not the source of the odor, but rather the off-gassing of the bacteria which feeds on sweat. The source of this unpleasant off-gassing can be found on occupants, clothes, towels and equipment as well as other soft materials.

The Sanuvair® S300 air purification system with HEPA filter is the ideal solution to reduce and elimitate unpleasant odors, such as in locker room and bathrooms. The proprietary Sanuvox process sterilizes and oxidizes bacteria, viruses, chemicals and odors, dramatically improving the air quality.

THE EQUIPMENT
As stand-alone units, the P900 is equipped with a blower of 80 cfm, the Sanuvair®S300 with a blower of 300 cfm, and the Sanuvair® S1000 with a blower of 1000 cfm. Filters (except on the P900) capture particulates (pet hair, etc.) while the dual zone UV-C/UV-V “adjustable” lamp disinfects the air.

The Sanuvair® S300 unit can be used as a stand-alone with optional intake and exhaust louvers or ducted using an 8-inch flexible duct with optional collars.

OPERATING THE EQUIPMENT

Untreated air is drawn into the inlet of the unit, purified with the germicidal / oxidation UV lamp, filtered and then exhausted. Recirculating the air in the room continuously reduces bacteria and odors, improving overall air quality.

WALL INSTALLATION, Sanuvair® S300:

SIZING THE EQUIPMENT
Approximately 6 to 8 air changes per hour are required.

A P900 unit (80 cfm) with a dual zone UV-C/UV-V lamp will be required for a 1,200 cu.ft. room (15’ X 10’ X 8’).

A Sanuvair® S300 unit (300 cfm) with a dual zone UV-C/UV-V lamp will be required for a 4,500 cu.ft. room (25’ X 20’ X 10’). Collars can be ordered to duct the unit using an 8-inch diameter duct, or an intake and exhaust louver grill(s), if the unit will be used as a stand-alone system.

A Sanuvair® S1000 unit (1000 cfm) with a dual zone UV-C/UV-V lamp will be required for a 15,000 cu.ft. room (50’ X 20’ X 15’). The system uses 2 x 8 inch inlets and 2 x 8 inch exhaust outlets (collars).

The unit should be positioned near the center of the room to be as effective as possible. Excluding the P900 unit, the two other units can be installed in the plenum above the ceiling or in an adjoining room and ducted with 8-inch round duct.

THE CHARACTERISTICS
All Sanuvox air purification systems are equipped with a dual zone “J” UV-C/UV-V lamp. All dual zone lamps have a maximum oxidizing UV-V section in order to minimize residual ozone. In situations where odors are more concentrated, it is possible to outfit the units (except in the P900 unit) with special lamps incorporating a larger section of oxidation, with the installer making the final odor adjustments on site.

WHERE TO INSTALL
Many buildings and facilities can be equipped with one of the stand-alone units, like team sport locker rooms, dressing rooms, fitness centers, laundry rooms and storage, or basements.

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Purifying Air & Destroying Airborne Bio-Contaminants

Purifying Air and Destroying Airborne Bio-Contaminants

It is not uncommon for outside contaminants, including odors and allergens, to find their way migrating into a building. Restaurant odors, manufacturing off-gassing, diesel fumes from idling trucks, and even jet fuel from helipads can be pulled into the make-up air and distributed throughout the HVAC system and building.

Sanuvox Technologies line of in-duct UV air purification systems are the ideal solution for these often troublesome issues. Sanuvox offers exceptionally cost-effective systems that can address IAQ issues that filters and absorption media cannot. The proprietary system eradicates biological contaminants such as mold, bacteria, viruses, germs and allergens; reduces chemicals, VOCs and biological odors. Installed PARALLEL to the air-stream results in greater « dwell time » between the air and the UV lamps.

THE EQUIPMENT

The duct-mounted units are installed in the return or supply side of the HVAC system parallel to the airflow, and are supplied with multiple germicidal UV-C lamps, each with a section of oxidizing UV-V that can be adjusted (covered or removed) depending on the concentration of odors.

Typical installation on the HVAC return side:

OPERATING THE EQUIPMENT

The UV lamps disinfect the recirculating air in two ways:
1. The oxidizing UV-V section of the lamp reduces the chemical components in the air through photo-oxidation. The selected units are designed to be “dosed” on site according to the need.
2. The germicidal UV-C section destroys airborne biological contaminants (viruses, bacteria, mold).

PROCESS ON BIOLOGICAL AND CHEMICAL CONTAMINANTS

1- ACTIVATION PHASE:   H2O + O* –> OH* +OH*
The ultraviolet photon energy (170-220nm) is emitted from a high-intensity source to decompose (break-down) oxygen molecules into activated monoatomic oxygen. The rate of production or effectiveness of this process depends on the wavelength and intensity of its source.

2- REACTION PHASE:    OH*+ P –> POH
The activated oxygen atoms (O*) are then mixed in the airstream; the process will react with any compound containing carbon-hydrogen or sulfur, reducing them by successive oxidation to odorless and harmless by-products. If airborne contaminants are outnumbered by the activated oxygen atoms, then there will be formation of residual ozone (O3), which will occur following the oxidation of normal oxygen molecules (02).

3- NEUTRALISATION PHASE: (also germicidal)  O3+UV(C) –> O2+O*: O+O –> O2

CHEMICAL DECOMPOSITION

Formaldehyde CH2O + OH* –> CO2 + H2O

Ammonia NH3 + OH* –> N2 + H2O

Styrene C8H8 + OH* –> CO2 + H2O

Mercaptans H2S + OH* –> SO2+ H2O

WHERE TO INSTALL

Many buildings and facilities can be equipped with these in-duct units, like buildings near airports and helipads, buildings with adjoining warehouse (diesel), printing shops, restaurants, mechanical workshops, and crematoriums.

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