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pollen removal report

pollen removal report

Product catalog summary
Introduction
LMS Technologies conducted a test on a unit from Innova Nanojet Technologies to evaluate its effectiveness in pollen removal. The unit produced water particles of 10 nanometers and larger.

Test Procedure
The test began by generating pollen particles introduced into the room using a venturi system until the concentration reached 224,000 particles per cubic foot per minute (cfm). This level was maintained for one hour without any reduction, simulating an empty chamber.

In the subsequent phase, the test unit was activated, and water particles were injected for two minutes. To prevent interference with particle counts, a heater unit was used for two hours, while mixing fans kept the particles airborne. This deviated from the standard one-hour test for Clean Air Delivery Rate (CADR) pollen.

Results
After two hours, there was an 82.2% reduction in the total number of particles above 0.3 microns and nearly 100% reduction for particles larger than 3.0 microns.

Conclusion
The test demonstrated the unit's high efficiency in reducing pollen particles, particularly those larger than 3.0 microns.
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Catalog excerpts

pollen removal report-1

LMS Technologies, Inc. 6423 Cecilia Circle, Bloomington, MN 55439 Tel: (952) 918-9060 Fax: (952) 918-9061 August 6, 2023 LMS Technologies tested the unit from Innova Nanojet Technologies, for pollen removal. The unit under test produced water particles of 10 nanometers and larger. Initially, the task was based on generating pollen particles which were fed to the room by a venturi system. The generation continued till counts reached 224000 per cfm. The levels were monitored for one hour with no reduction in the level of the pollen counts. This would be considered to be empty chamber. During the next step the test unit was turned on and water particles were injected for only two minutes. Since the water particles would have interfered with particle counts, a heater unit was turned on for a period of 2 hours. During this time the mixing fans kept the particles airborne. This deviated from the normal one-hour test for CADR pollen. The reduction in total number of particles after 2 hours was 82.2% for all particles above 0.3 micron and almost 100% for all particles larger than 3.0 micron.

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