At MinusDUST®, R&D is the core engine that drives our mission to transform air quality management. Our research team continuously explores new frontiers in dust extraction, fluid mechanics, germicidal irradiation, and acoustic dampening to build the most efficient and intelligent systems in the world.
Continuous innovation in fluid mechanics, modular materials, germicidal sterilization, and acoustic silence.
A proprietary aqueous aerodynamic method that uses the power of microscopic water vortexes to agglomerate and extinguish fine dust, dramatically improving filtration lifespan and eliminating explosive spark hazards in extreme environments.
We engineer and stress-test custom configurable filter media capable of trapping sub-micron particulates down to 0.1μm (H14 True HEPA), acid gases, formaldehyde, and VOCs while minimizing static pressure drop and motor energy draw.
CFD aerodynamic impeller casing design, vibration-isolated EC brushless blowers, and internal acoustic labyrinth sound traps allow our systems to move thousands of CMH while operating below 45 dB in noise-sensitive libraries and clinics.
Exploration of bespoke finishes–anodized aerospace titanium, organic matte black, acoustic natural timber veneers, and mineral composites–enabling air purifiers to disappear harmoniously into interior architecture.
Development of space-conscious, mobile, and wall-integrated units that deliver clean air in flexible footprints–scaling seamlessly from temporary renovation microzones to massive continuous industrial facilities.
Targeted R&D for sensitive sectors such as aseptic food packaging, vertical indoor agriculture, cleanroom electronics, and pharma API suites–featuring custom filtration profiles and compliance-focused validation.
MinusDUST integrates high-flux ultraviolet germicidal irradiation (UVGI) directly into the laminar airflow chambers of our AIRSTREAM and WALLAIR units.
