Ultrasonic Atomization Of Fuel Cell

Cheersonic ultrasonic nozzles are effective in both the manufacture of fuel reforming system components and the ultrasonic atomization of fuel during reforming.

Applications:

• Ultrasonic atomize hydrocarbon fuels (such as methanol and diesel) into a steam reformer to mix fuel and hot air / steam quickly and thoroughly at low flow rates.
• Spray catalyst suspensions (such as alumina suspensions) onto membranes or conductive solid oxide fuel cells in the reformer.
• Spray a polymer solution onto a porous substrate to form an electrolyte membrane for fuel cells or a membrane for separating H2 from syngas.
• Various catalyst coatings on open-cell filter assemblies (including aluminum screens, ceramic honeycombs, or stainless steel foam) to maintain porosity without blocking micropores.

Ultrasonic nozzles provide many benefits during fuel reforming:

• Deagglomeration of particles in suspension.
• Uniform film.
• Controllable drop size.
• Ability to uniformly coat complex filter geometries, which improves the surface area of the active catalyst.
• Spray as little expensive catalyst material as possible.
• Better control of the repair base coating process, uniform deposition and control of coating thickness.