How effective are IVP devices at preventing airborne viral transmission of COVID-19?
IVP’s devices are proven to kill 99.999% of airborne SARS-CoV-2 (COVID-19), anthrax spores (99.98%) and other airborne pathogens.
IVP’s filters kill airborne particles and viruses; can it kill viruses that rest on surfaces?
The unique protection that our filters provide is based on the particles that flow in the air and through the filtration system. Forced airflow will limit particulate that rests on surfaces, drawing them into the filtration system. The best method for destroying surface viruses is surface cleaning.
What makes IVP technology unique with regard to its ability to kill COVID-19?
IVP’s patent pending technology has been proven at the Galveston National Laboratory to destroy 99.999% of SARS-CoV-2, the virus that causes COVID-19, instantaneously. The core technology inside of IVP devices is a specialized heated (200°C or 392°F) filter. It also destroyed anthrax spores (99.98%) in the same tests. No other existing air filter can catch and kill airborne SARS-CoV-2 (COVID-19) instantaneously.
Is this device certified by the FDA?
IVP devices are permitted to be sold according to FDA guidelines. Our technology has been tested and endorsed by CPR Engineering (FDA certified), Air Balance, UTMB Galveston National Lab, Texas A&M University Engineering Experiment Station, and Texas Center for Superconductivity at the University of Houston (TcSUH). You can find more information about our research at research.ivpair.com.
Installation and Maintenance
How will I know if the system is working?
When any IVP device is powered on and operating properly the power button will be green. The particle counter installed in the device continuously measures the air quality and displays the particles that have been captured and destroyed.
All IVP products have been extensively tested in reputable labs, and have been proven to catch and kill 99.999% of SARS-CoV-2 and 99.98% of anthrax spores in a single pass.
Are IVP devices covered by a warranty?
IVP stands behind its technology. All of our products come with a 1-year warranty.
Can IVP technology be integrated into existing HVAC systems?
Yes. IVP has developed mobile devices and permanent HVAC filters that can be retrofitted into any existing residential or commercial system.
Where should the device be placed in a room to maximize air purification?
The ideal location for any mobile IVP device should be near high-traffic areas with clear access to the intake and exhaust fans. It is not necessary to place the devices near AC and heating vents.
Can the unit be moved into different rooms?
Yes. We have three mobile devices: r1, s1, and v1. These can be easily moved between residential and commercial locations. Our r1 room device is portable and can be moved between any room in a home and is light enough to be carried up or downstairs. Our s1 school and v1 venue devices are designed for commercial locations and can be easily moved between rooms or offices.
How do I determine which device is best for my needs?
r1 room is for residential locations and can purify up to 500 CFM.
s1 school is for educational institutions and commercial properties with medium-sized spaces and can purify up to 1,000 CFM
v1 venue is for large commercial spaces and can purify up to 1,800 CFM
The IVP HVAC filter can be retrofitted into any existing residential or commercial location and can maintain the same level of air circulation as the existing system
Does an installation of the HVAC units typically include integrating them into the Building Management System?
Installation does not currently require integration with a building’s automation system; however, it can have this capability. We install pre- and post-aerosol COVID measurement systems as well as air IQ lasers to determine VOC PPV, filtration, and ventilation.
If the filter is heated, are there fire safety measures installed in the unit?
Each filter is fire-rated for at least 500°F. There is an automatic shutoff on the device if the temperature rises above 300°F.
Are IVP’s devices easy to maintain?
There is little maintenance required for IVP’s family of devices. We recommend that the primary filter be replaced every 1-2 years. The pre-filter should be washed every 3 months.
The IVP HVAC filter should be changed every 1-2 years but can last for 10 years before needing to be replaced. The HVAC pre-filter should be replaced every 3 months.
How will I know it’s time to change the filter?
Refer to your user’s manual for timing on recommended filter changes. Generally speaking, the r1, s1, and v1 units should have their filters changed every 1-2 years and their pre-filters washed every 3 months.
You can order replacement filters by contacting IVP@Wynndalco.com.
What other components of the system need to be replaced or maintained?
The filters should be changed as recommended; however, other than cleaning the device, no additional maintenance is required.
You can order replacement filters by contacting IVP@Wynndalco.com.
What is the procedure for proper filter disposal?
IVP’s technology ensures that there are no active/living viruses contained on or within the filter. While there is nothing toxic within the filter, it is important to properly dispose of filters in accordance with your state and local laws. Place the filter in an airtight container or bag before disposal.
How long should I expect the filters to work?
Primary filters should be replaced ever 1-2 years. See user’s guide for additional details.
Is special training required to operate the device?
No. IVP has designed these devices to allow for simple operation and are optimized for maximum efficiency.
How should the devices be installed?
IVP’s HVAC filters can be easily retrofitted into an existing system.
IVP’s mobile units are easily unpacked and placed into any sized room. Refer to the user’s guide for set-up and room placement recommendations.
How much power do the mobile devices use?
Mobile units typically use 110 V and ~ 15 Amps single phase. In rare situations, 220 V and between 20 and 30 Amps may be necessary; consult the user’s guide for more information.
What is the electrical load or circuit requirements?
110 voltage (l/c); ~15 Amps
Does the r1 wall device come with the mounting brackets?
Yes. All IVP units come with all the necessary hardware for set-up and operation.
What is the energy consumption of the system? Does this change among the different units?
All IVP devices operate with standard 120V power supply. The energy consumption varies depending on the size and CFM of the device.
How long does it take for IVP devices to fully circulate and purify the air in a room?
Each room is unique and will circulate the air differently; however, an s1 school unit can circulate the air up to 10,000 ft3, 10 times per hour.
How does IVP technology differ from ionization technology?
Ionization air purifiers are expensive and can take up to 24 hours to circulate the air in a single room. IVP’s devices are the only products scientifically proven to catch and kill 99.999% of SARS-CoV-2 (COVID-19) and 99.98% of anthrax spores in a single pass, recirculating 100% of the air in a room up to 10 times per hour.
Do IVP devices reduce the viruses that settle on surfaces?
Because of IVP’s powerful circulation and ability to destroy viruses on contact, the amount of viral matter settling on surface areas will be reduced; however, it’s important to remember that IVP devices are designed to clean the air only, so surface cleaning still is required.
If the filter is heated, wouldn’t that heat the room?
The heating process in the filter is self-contained within the system and has been proven to not affect the ambient air temperature of the room.
Can the devices be monitored and controlled using software or applications?
This functionality is currently being developed and will be available in future product releases.
Do IVP devices indicate the level of contamination in the room?
All IVP mobile devices include a particle counter that indicates the number of particles that have been captured and/or destroyed with the filter.
Do IVP devices affect the humidity in the room?
IVP’s devices are air filters and cleaners. They have no impact on the ambient temperature or humidity level of the room.
Do IVP devices use UVC light?
IVP devices do not require UVC light as the patent pending heated filter destroys COVID, anthrax spores, and similar viruses instantaneously and more effectively than UVC or related technologies.
How loud is the r1 device? Will it disrupt a room meeting (such as a classroom setting or business conference room)?
The r1 device operates at 50-60 decibels, which is a low hum and is not considered disturbing. There are many IVP devices currently operating in schools and commercial spaces without any noise issues reported.
Does my current HEPA filter prevent SARS-CoV-2 from circulating in the air?
Without knowing specifics about your filtration setup, IVP’s research has shown that while some viruses and spores can be captured in HEPA and similar filters, most often the virus remains active and therefore can be dislodged and recirculated via ventilation systems. IVP’s heated filter has been proven to destroy airborne COVID-19 instantaneously in a single pass.
HEPA filters have proven to be an issue in AHUs due to the pressure drop. Please explain how a HEPA filter in this application does not cause a static reduction.
IVP’s heated HEPA system is intended to replace existing filters. System testing has shown a static pressure drop of 0.8- to 1 inch of water height at 500 feet per minute of air velocity. That said, this doesn’t increase the work power of the fan, which also consumes very little energy.
Nickel is a well-known allergen affecting a significant percentage of the population. Has there been any consideration to potential downstream nickel particulate in the indoor environment that may result from thermal degradation of the nickel foam filters?
Nickel foam was used during the research and testing stages only. We now use Nickel-free heating elements to minimize allergy concerns.