The patented D-CAN 30 from DryAir delivers all of the benefits of desiccant drying with reduced electrical requirements, lower operating temperatures and up to a 50% fuel savings compared to traditional Diesel/Electric systems.

At a maximum of 3,000 CFM the D-CAN 30 is capable of removing 1,944 pints or 292 gallons of water per day.

There are no combustion by-products to vent from the D-CAN 30 granting operators the added flexibility of being able to place the unit inside or outside the structure for easier setup.

The D-CAN 30 is not as susceptible to overheating and will not shut down if the ducting of the reactivation air becomes restricted.

Only 2 – 115V/15A circuits are required to run the blowers; no high voltage cords means increased safety on the site.

Turn the desiccant wheel off and the D-CAN 30 offers the added flexibility of operating as a 300,000 BTU heat exchanger to provide temporary heat to the structure.

What makes the D-CAN 30 different from any other desiccant dehumidifier?

DryAir Central Heating Units or GreenThaw towable hydronic units are used as the heat source for reactivation of the desiccant wheel.  Many of the commonly used desiccant dehumidifiers this size utilize electric heat to reactivate the desiccant wheel.  Often the electrical requirements far exceed the electricity available on the site, so large diesel generators are brought in to provide the power.  These generators only convert approximately 30% of the fuel burned into usable electricity for reactivation of the desiccant wheel.  DryAir’s hydronic systems convert over 80% of the fuel burned into usable heat making them up to 50% more efficient than diesel/electric desiccant systems.

Utilizing DryAir’s safe and reliable hydronic systems as the heat source opens up a number of options for fuel choices including: Diesel, Propane, Natural Gas or even Steam. Each D-CAN 30 requires 175,000 BTU’s of heat for the reactivation of the desiccant wheel.

Here is a summary of the number of D-CAN 30 units you can run off of each DryAir hydronic system:

GTS/CHU Unit	# of D-CAN 30’s
200 GTS	1
300 GTS	1
400 GTS or 400CHU	1
600 GTS or 600CHU	2
900 GTS Flex or 900CHU	3
1200CHU	4

This 500-gallon 316 stainless steel buffer tank with 304 s/s frame, fork pockets, and lifting eyes offers a robust and highly functional solution for the food and beverage industry, particularly for potable water applications.

The 316 stainless steel construction ensures excellent corrosion resistance and maintains water purity, meeting the stringent hygiene standards required in food-grade environments.

Its role as a buffer tank helps regulate temperature and pressure fluctuations, enhancing the efficiency and longevity of heating or cooling systems while ensuring a consistent water supply during peak demand.

The 304 stainless steel frame adds structural durability and protection against environmental wear, making it suitable for both indoor and outdoor installations.

Fork pockets and lifting eyes provide safe and convenient handling, allowing for easy transportation and positioning within dynamic production environments.

Features

• The 5T Air Handler Unit is a versatile air handler that is ideal for year-round climate control applications such as cooling, heating, and drying.
• The ultra-compact and mobile design allows the air handler to be used where required, even where space is limited.
• The fan operates on a 120 Volt 15 amp circuit, allowing the air handler to be used anywhere there is electricity.
• The compact size and low power requirements allow the air handler to meet the needs of remote locations.
• High-volume air flow ensures there is even air temperature throughout the structure.
• User-friendly thermostatic and speed controls to maintain desired conditions and maximize efficiency. An optional humidistat available if required.
• Integrated condensate pump for automatic collection and removal of condensate from the environment.

Cooling

• Connect several air handlers to a chiller to achieve your cooling needs.
• The 5T Air Handler Unit is designed with an oversize coil to maximize efficiency. Cooling targets are achieved with less water and airflow per ton of cooling.
• The oversize coil is only three cores thick, which minimizes the air pressure drop across the coil to maximize fan output.

Heating

• When winter comes, the hydronic air handler delivers clean, low-humidity air. With a DryAir hydronic heating system, energy costs are minimized as warm inside air is re-heated, rather than heating cold outside air, like other systems.

Drying

• When drying, the low humidity environment produced by the air handler saves time and money for contractors with jobs such as: interior drywall, paint and coatings.

Features

• The DryAir 25T Air Handler Unit is ideal for year-round climate control applications such as cooling, heating and drying.
• The compact and mobile design with 8” casters allows the air handler to be moved through a 36” doorway to be positioned where required on the job site.
• The fans operate on two 120 Volt 20 amp circuits, allowing the air handler to be used anywhere there is electricity.
• The 25T Air Handler Unit can be paired with two 20” ducts to move air into remote locations.
• High volume air flow ensures there is even air temperature throughout the structure
• User-friendly, thermostatic and speed controls to maintain desired conditions and maximize efficiency. Optional humidistat available, if required.
• Integrated condensate pump for automatic collection and removal of condensate from the air handler.
• Integrated tie-downs and stackable design for static storage.

Cooling

• Connect several Air Handler Units to a chiller to achieve your cooling needs.
• The 25T Air Handler Unit is designed with an oversize coil to maximize efficiency. Cooling targets are achieved with less water and airflow per ton of cooling.
• The oversize coil is only three cores thick, which minimizes the air pressure drop across the coil to maximize fan output.

Heating

• When winter comes, the hydronic air handler delivers clean, low-humidity air. With a DryAir hydronic heating system, energy costs are minimized as warm inside air is re-heated, rather than heating cold outside air, like other systems.

Drying

• When drying, the low humidity environment produced by the air handler saves time and money for contractors with jobs such as: interior drywall, paint and coatings.

Features of the 2000 HHP-E Hydro Heat Pro Electric

• The 2000 HHP-E Hydro Heat Pro Electric is an electric-powered hydronic heating system, delivering 2 MMBTU of fluid heating output, which is equivalent to a 59 HP boiler.
• At its core, the system uses two 1 MMBTU electric water heaters, open to atmosphere, working in tandem to safely and efficiently heat a food-grade glycol solution. As a result, heat is delivered precisely where it is required.
• System operation is centrally managed through a user-friendly, DryAir-exclusive control panel, which features thirty 20 kW heating stages (15 stages per heater). In addition, integrated digital temperature control enables automatic stage drop-off as loads decrease, thereby improving efficiency.
• To further enhance flexibility, the system includes two independent output circulation systems: one dedicated to potable water and one for process water. Each system is equipped with its own fluid-to-fluid plate heat exchanger, pump, and plumbing components, effectively eliminating contamination risks. Individually, each output system is capable of heating and circulating the full 2 million BTU, or alternatively, they may operate in tandem.
• Considerate component layout and trailer access design ensure that general maintenance and plate heat exchanger servicing are convenient and practical. Mobile for easy transport, setup and storage.
• For operational visibility, an on-board power meter displays amps, kW, and kVA. Meanwhile, remote monitoring enables wireless recording and viewing of operational data.

Applications

• Data center heat load and load bank testing for commissioning and preventative maintenance.
• Boiler tie-in/bypass, heating and circulating a building’s heating fluid for potable hot water and building heat.
• Processing plants, mining and oil field projects and temporary worksite camps for the heating and circulating of water.
• Wash facilities for post-disaster temporary shelters, multi-day events and gatherings.
• For jobs requiring more than 2 MMBTU (59 HP), additional capacity can be achieved by connecting multiple 2000 HHP-E Hydro Heat Pro electric units in series

The Multimax System delivers up to 7 million BTU’s of heat to the tank for fluid heating or frost prevention using:

• 4x 900 Central Heating Units (CHUs)
• Has a proprietary boosting system
• Large stainless steel heat plates