Adiabatic Humidifier

The DisruptorCC provides adiabatic humidification in a single unit. It works without water treatment systems. No microbes or minerals get released into the air. Wet surfaces do not form.

The system gives precise moisture control. This works separately from temperature control. Users report up to 94% savings in energy costs. Large manufacturing facilities see huge drops in operating expenses.

The core of the DisruptorCC™ is its Aqualyte™ nanomaterial membrane. This patented membrane uses surface chemistry to control how molecules move through it.

• Selective Permeation: Water molecules pass through the membrane and evaporate into the airstream. This atomization water process is fast, clean, and highly controlled.
• Non-Porous Biological Barrier: The membrane is non-porous. This blocks Legionella bacteria, viruses, and dissolved minerals from passing through it.
• Zero Pre-Treatment: The Aqualyte™ surface resists fouling. The system runs on standard tap water. No Reverse Osmosis or Deionization treatment is needed.
• Maintenance-Free Design: The membrane is built to last the full life of your equipment. No replacement is required.

Tighter global standards are putting pressure on older HVAC systems.

• The PFAS Problem:
  Many traditional refrigerants contain perfluoroalkyl substances, also known as PFAS. These are called forever chemicals because they do not break down in the environment.
• Regulatory Change:
  The European Union plans to restrict or ban many current refrigerants after 2028. Other regions are expected to follow this trend.
• Carbon Reduction:
  HVAC systems produce about 10% of all annual CO₂ emissions in the US. The DisruptorCC™ removes the need for chemical refrigerants. It also cuts energy use by a wide margin.

A client with a DisruptorCC™ system in their manufacturing facility in the US shared they shut down two steam boilers previously operated year-round (even at the height of summer when there is rarely a humidification requirement) and replaced them with a much smaller system to cover their non-humidification needs.

Their system fills that gap with clean, sterile humidification on demand, regardless of the time of year, and when not needed it waits passively. By contrast, the steam boiler system had no shutdown mode, as the steam would condense into distilled water that rapidly corrodes the inside of the metal piping system. Instead, the boiler generated steam pressure and circulated year-round, consuming energy and turning it into a significant waste heat load on the building’s HVAC system.

The client has reduced their refrigeration load from 1,076 tons to less than 60 tons, a savings of more than 94%!