AirROS vs NASA Air Purification: A Detailed Comparison
In specialized environments like cannabis facilities, the challenge of air and surface purification becomes paramount. Both AirROS by SAGE Surface & Air Purifiers and NASA Air Purification offer solutions, but with distinct differences. This guide will explore how both technologies function in a cannabis facility, including their ability to handle specific challenges such as cross-contamination from powdery mildew.
NASA Air Purification Technology
NASA Air Purification employs Photocatalytic Oxidation technology (PCO) Technology
In a Cannabis Facility:
- Pathogen Control: Effective against airborne pathogens but may have limitations on surfaces.
- Cross-Contamination: Lack of surface treatment may result in cross-contamination when a plant has powdery mildew, allowing it to spread from plant to plant.
- Odor Management: Limited reach in removing odors due to not producing ozone.
- Customization Challenges: Less adaptable to specific cannabis growing environments.
Pros and Cons:
- Reliable but may struggle with surface sanitization and cross-contamination prevention.
AirROS Surface & Air Purifiers
AirROS employs a two-phase approach and can sanitize surfaces at long distances.
In a Cannabis Facility:
- Cross-Contamination Prevention: AirROS’s Reactive Oxygen Species technology sanitizes surfaces, preventing the spread of pathogens like powdery mildew from plant to plant.
- Phases for Comprehensive Cleaning: Both airborne and surface pathogens are targeted.
- Odor Control: Effective against complex cannabis-related odors because it produes Hydrogen Peroxide and safe low levels of ozone of 30 ppb.
- Dynamic Adaptation: Adjusts to the specific conditions of various cannabis strains.
Pros and Cons:
- Comprehensive and adaptable but newer in the market.
Comparison: AirROS vs NASA Air Purification in Cannabis Facilities
- Air Sanitation: Both ensure air purification, but AirROS’s two-phase approach offers a more complete solution.
- Surface Sanitation and Cross-Contamination: NASA’s limited reach may fall short in preventing cross-contamination, whereas AirROS’s long-distance surface sanitization ensures comprehensive protection.
- Odor Management: AirROS has the edge in odor control because of its low levels of ozone.
- Customization: AirROS’s dynamic control caters to unique cannabis facility needs.
Addressing Powdery Mildew and Cross-Contamination
One of the critical challenges in cannabis cultivation is the control of powdery mildew and its spread from one plant to another. Here’s how the two technologies compare:
- NASA Air Purification: While effective against airborne pathogens utilizing Photocatalytic Oxidation technology, it may struggle to prevent cross-contamination due to a lack of surface treatment. This limitation can result in the spreading of powdery mildew among plants, creating a significant risk for the entire crop.
- AirROS: By utilizing Reactive Oxygen Species technology that reaches and sanitizes surfaces, AirROS can prevent cross-contamination from powdery mildew, ensuring healthier plants and reducing risks.
NASA Air Purification that uses Photocatalytic Oxidation technology (PCO) has proven reliability but may face challenges in specialized environments like cannabis facilities, especially in preventing cross-contamination. AirROS, with its advanced, adaptive technology, offers a more comprehensive solution tailored for complex needs, including preventing the spread of powdery mildew.
Your choice between AirROS and NASA Air Purification depends on the unique demands of your cannabis facility. If thorough sanitation, dynamic control, and cross-contamination prevention are your priorities, AirROS stands out as a cutting-edge option.
Explore AirROS’s customization potential by scheduling a call today, and take a step towards cleaner air and surfaces with technology designed for specialized environments.
