Vapor Infusion Applications
Drill ships and offshore rigs
Cruise and cargo ships
Aquaculture
Processing and powerplants
Vaporous Treatments
Iodine
- Nanobubble catalyst
- All surface treatment
- Microbial inhibition
- Macro foul disruption
- Void and containment treatment
Nanobubble Characteristics
- Iodine vapor core
- < 500 nm size
- High Zeta potential
- Reduced oxygen presentation
- Non soluble in water
- Low fluid residue
Benzoate Salts
- Nanobubble catalyst
- Multi-metal compatible
- Corrosion inhibition
- Macro foul disruption
- Void and containment corrosion inhibition
Nanobubble Characteristics
- Ammonia vapor core
- < 500 nm size
- High Zeta potential
- Reduced oxygen presentation
- Marginally soluble in water
- Low fluid residue
Vapor Infusion Literature
Studies documenting an increase in heat transfer when using bubbles
Studies detailing the effectiveness of bubbles for treating fouling
Studies highlighting nanobubbles and their effect on heat exchanger fouling
What do customers say about vapor infusion?
-
Gordon Berryman
Marine EngineerMy experience with the infusion system from HTRI on marine plate heat exchangers helped the vessel improve efficiency due to increased heat transfer from cleaner coolers and the reduced differential pressure om the S/W pumping system. Not only is the infusion system easy to install into an existing system, but it also reduces the maintenance hours to maintain a conventional marine heat exchanger system.
Discover how vapor infusion can be applied to your unique application.
