Liquid Applications

Preservation

• Prevent degradation of stored records
• Inhibit color fading and paper decaying
• Eliminate airborne mold
• Protect integrity and value of archives

Energy advantage

• Precise humidity control
• Reduce refrigeration tonnage by eliminating costly sub cooling and reheat of process air

Operational advantage

• Reduce maintenance expenses
• Consistent archive environment

Improve product quality

• Extend storage life and reduce scrap with consistent temperature and humidity control (+/- 1% RH)
• Eliminate mold and bacteria
• Scrub the air, neutralize airborne microorganisms

Energy advantage

• Reduce utility consumption through simultaneous air cooling and dehumidification
• Use low grade energy sources for latent control

Operational advantages

• Maximize production rates by eliminating costly down time due to poor air quality
• Reduce maintenance expenses
• Consistent environment for packaging

Production advantage

• Large scale production with proper control of clean room manufacturing conditions
• Maintain critical low dew points
• Precise humidity control and air quality

Improved product quality

• Extend battery shelf life
• Increase performance of batteries

• Acts as an air scrubber to remove and neutralize airborne bacteria, viruses, and mold
• Eliminates mold growth
• Improves product quality
• Lowers production cost for heat sensitive drying
• Maximizes production rates
• Energy efficient operation reduces utility consumption
• Prevents product sticking and lumping
• Helps avoid blockages in conveying lines
• Stops product from sticking to silo wall

Production advantages

• Increase throughput with precise humidity control (+/-1% RH)
• Improve product quality
• Prevent product from sticking to equipment and one another
• Uniform drying times
• Faster wrapping

Operational advantages

• Maximize production rates by eliminating costly down time due to poor air quality
• Reduce maintenance expenses with robust industrial design
• Operate cooling tunnels with frost free cooling as low as -60°F

Quality improvements

• Consistent sugar coating with correct gloss and thickness in panning
• Year round consistency in production and packaging
• Prevent discoloration
• Extend shelf life

Clean air

• Eliminate bacteria and viruses from process air
• Scrub the air of sugar and other particulates

• Maintains a clean, controlled temperature and humidity level
• Improves drying time
• Prevents agglomeration
• Energy efficient operation for reduced utility consumption
• Acts as an air scrubber to neutralize airborne microorganisms for bacteria free air
• Eliminates condensation
• Maximizes production rates by eliminating costly downtime

• Improves product quality
• Acts as an air scrubber to neutralize airborne bacteria, viruses, and mold
• Prevents condensation and corrosion
• Energy efficient operation for reduced utility consumption
• Eliminates the need for special refrigeration
• Maintains a clean, controlled temperature and humidity level
• Prevents products from sticking to equipment and one another

Eliminate defrost cycles

• Simplify refrigeration system by removing defrost equipment
• Save energy by removing heat and moisture from the refrigerated space

Improved product quality

• Extend storage life and reduce scrap with consistent temperature and frost removal from warehouse
• Eliminate mold and fungus with sanitary air stream

Operational advantages

• Safer environment with ice free and fog free work areas
• Humidity control eliminates ice buildup on floors, walls and product
• Eliminate unscheduled maintenance with frost free cooling
• Operate at temperatures as low as -60°F without drip pans or defrosters equipment
• Reduce refrigeration tonnage requirements through frost-free continuous cooling

• Maintains a clean, controlled temperature and humidity level
• Allows for continuous production
• Energy efficient operation for reduced utility consumption
• Acts as an air scrubber to neutralize airborne microorganisms for bacteria free air
• Frost-free air
• Eliminates condensation
• Optimal use of refrigeration
• Allows for heat sensitive drying and prevents condensation on cold product surfaces
• Quickly dries floors and walls after wash down

• Provides low dew point air
• Maintains a clean, controlled temperature and humidity level
• Eliminates moisture damage
• Offers controlled product storage
• Provides clean room conditions
• Eliminates mold growth on gelatin coatings
• Energy efficient operation reduces utility consumption
• Provides cold, dry, sterile air for coating applications

• Maximizes production rates by eliminating costly downtime
• Reduced maintenance and utility costs
• Optimal use of refrigeration
• Acts as an air scrubber to neutralize airborne microorganisms for bacteria free air
• Eliminates mold growth
• Provides year-round consistency for packaging and production applications
• Eliminates condensation
• Provides frost-free continuous cooling
• Improves shelf life and product quality
• Quickly dries floors and walls after wash down

Improve product quality

• Extend storage life
• Hygienic drying for heat sensitive product
• Cleaner process air – eliminate viruses and bacteria from airstream

Production advantages

• Precise humidity control to +/- 1% RH
• Turnkey complete drying system equipment

Energy advantages

• Eliminate need for refrigeration
• Utilize low cost cooling utilities such as cooling tower water
• Capture heat from dryer exhaust air

• Recovers building energy for ventilation air conditioning
• Energy efficient operation reduces utility consumption
• Can lower carbon footprint and decrease greenhouse gas emissions
• Integrated systems approach supports on-site power generation and cogeneration
• Can use solar hot water for reactivation heat source
• Energy recovery available

• Maintains a clean, controlled temperature and humidity level for the ultimate comfort of surgeons and patients
• Improves indoor air quality
• Provides bacteria-free air
• Acts as an air scrubber to remove and neutralize airborne bacteria, viruses,and mold
• Energy efficient operation reduces utility consumption

Production advantage

• Increase production rates for prime, backup and final dry
• Decrease drying cycle from several days to one day or just a few hours
• Reduce imperfections / reject rate and running time

Operational advantages

• Maximize production rates by eliminating costly down time due to poor air quality
• Reduce maintenance expenses
• Reduce utility consumption through simultaneous air cooling and dehumidification

Precise humidity control

• Control relative humidity to +/- 1% RHProvide humidity control unique to each drying room
• Provide humidity control unique to each drying room

Low refrigerant charge refrigeration system

• Reduce refrigerant system charge to as low as 1 Lb/Ton
• Utilize the desiccant solution as the secondary refrigerant
• Operate at temperatures as low as -60°F
• Remove refrigerant from product storage areas

Eliminate defrost cycles

• Hot gas piping, drip pans and the effects of sublimation disappear
• Without frost, secondary refrigerants are simple to implement
• Save energy by removing heat and moisture from the refrigerated space

Design flexibility

• Multiple conditioners with a single centralized regenerator
• Use waste heat, hot water or low pressure steam for regenerating the desiccant

Operational advantages

• Simplify operator controls
• Space humidity control
• Safer environment with ice free, fog free and refrigerant free work areas

Improve product quality

• Prevent condensation on building, equipment and product
• Cleaner process air
• Eliminate mold and bacteria

Production advantages

• Quickly dry floors after washdown
• Consistent environments for multiple drying and processing rooms
• Precise humidity control to +/- 1% RH

Energy advantages

• Reduce utility consumption through simultaneous air cooling and dehumidification
• Reduce refrigeration tonnage with frost-free cooling
• Use low grade energy sources for humidity control

Production advantages

• Increase throughput with precise humidity control (+/- 1% RH)
• Improve product quality
• Consistent environments for multiple rooms

Operational advantages

• Maximize production rates by eliminating costly down time due to poor air quality
• Reduce maintenance expenses with robust industrial design
• Operate in low temperatures with frost free cooling as low as -60°F

Clean air

• Eliminate bacteria and viruses from process air
• Scrub the air of dust, particulates and oils

Energy advantages

• Reduce utility consumption through simultaneous air cooling and dehumidification
• Utilize low cost cooling and heating sources

• Removes moisture from air
• Prevents condensation on molds
• Decreases cycle time
• Improves part quality
• Increases production rate and reduces imperfection/reject rate
• Eliminates rust and extends the life of molding equipment
• Minimizes maintenance and retooling needed on equipment
• Reduces safety hazards such as wet floors
• Introduces bacteria-free air
• Energy efficient operation for reduced utility consumption
• Can be used for full room conditioning or individual mold control (machine shrouding, dry air purge)

Advantages:

• Safeguard building from outside air contamination
• Help protect against biological attacks, pandemics/epidemics, viruses/germs and airborne matter
• No microbiological cross contamination
• Total energy recovery (sensible and latent)

• Maintains a clean, controlled temperature and humidity level
• Improves blast furnace operation
• Eliminates corrosion of newly annealed coils during cooling
• Eliminates need for special refrigeration
• Extended equipment life, less wear & tear

Improve product quality

• Extend storage life and reduce scrap with consistent temperature and humidity control (+/- 1% RH)
• Eliminate mold and bacteria
• Scrub the air, neutralizing airborne microorganisms

Energy advantage

• Reduce utility consumption through simultaneous air cooling and dehumidification
• Reduce refrigeration tonnage by eliminating costly sub cooling and reheat of process air
• Use low grade energy sources for latent control

Operational advantages

• Maximize production rates by eliminating costly down time due to poor air quality
• Reduce maintenance expenses
• Safer environment
• Eliminate fog
• Eliminate frost

Operational and maintenance advantage

• Prevent condensation on pipes, walls and ceilings
• Extend the life of steel pipes
• Prevent rust and deterioration of pipes
• Eliminate the need to insulate pipes
• Prevent mold and mildew

Safety

• Prevent hazards caused by drips and puddles