ECC(Energy Closed Cycle) Fresh air Heatpipe unit

HECC fresh air heatpipes is the best energy recovery system for building,

Summer and Winter are applicable to effectively solve the energy recycling,

to minimize energy consumption, and increase the indoor comfort.

Product Features and Advantages
Passive Operation:No energy input is required to operate the heatpipes. When two air streams pass through ECC heat pipe, the temperature difference between the two air streams activates HECC Heat Pipes 
Summer and Winter are applicable:The same heat pipe can be used for both summer cooling recovery and winter heat recovery without any changeover mechanism. The temperature difference between the air streams activates the energy recovery.
Long Life,HigherReliability: They have no moving parts. There is nothing in HECC heat pipes to wear out! The heat pipes are passive. To guard against corrosion, the heat pipes can be ordered with different materials. 
Isolated Air Streams:Hole-plate to separate the two air streams are an integral part of HECC energy recovery heat pipes. The copper tubes carrying the heat pipe working fluid are expanded into the mating holes in the hole-plate, assuring an excellent seal to prevent cross contamination. 
Minimum Maintenance:Since HECC heat pipes have no moving parts, the only maintenance recommended is periodic cleaning. A coil cleaner may be applied for this purpose just as for any cooling coil. 
Minimum Size: With special design and maximum capacity, HECC energy recovery heat pipes take up much less space than other energy recovery schemes. Generally, they are also considerably thinner than other heat pipes. 


ECC Dehumidification Heatpipes

HECC Dehumidification heatpieps are designed to replace pre-cooling and re-heating function without energy consumption for air handling unit. Total energy saving is more than 40%.

Product Features 
Versatile: HECC dehumidifier Heat Pipes can be designed to fit almost any size of air handling unit. 
Totally Passive:HECC dehumidification heat pipe are totally passive with no moving parts. No need any extra energy input.
Low Maintenance:Since HECC dehumidification heat pipe have no moving parts and are activated only by the difference in temperature, it need very little attention, only periodic cleaning may be required base on customer’s working situation.
Long Life:Since HECC dehumidification heat pipe are efficient energy transfer devices activated only by the temperature difference, without moving parts, and already considering working conditions and corrosion possible to select the proper raw materials.
Compact:Since HECC dehumidification heat pipe wrap around the cooling coils and special structures etc. Typically little room is needed inside A/C units to accommodate the Heat Pipes.

Product advantages 
Increase Moisture Removal of A/C Units
The pre-cool module of the wrap-around HECC dehumidification heat pipe pre-cools the entering air. This causes the approach temperature of the air to the cooling coil to be lower. The result is that as the air leaves the cooling coil, it is colder with a lower dew point and with less moisture in it. Part of the cooling coil sensible capacity is converted into extra latent capacity. 


Other Applications

Desiccant wheels need to use hot air (100-140 ℃) desorption regeneration, a large number of high-temperature gas directly discharged, waste of energy. The ECC L-type heatpipes can save the energy up to 42%.

HPT provides waste water/water heat recovery system never blocked, completely solves the blockage of the heat exchanger, to maximize heat energy recovery and utilization. Including an integrated type or a split type structure design, suitable for different working conditions and working environment.

HECC heatpipe organic solvent recovery system based on HPT patent technology, proposed such a comprehensive solution, effectively solves the problems of energy waste and recycling the organic solvent, provides a effective way for energy saving and efficiency of enterprises.

HECC energy-saving dehumidifiers focus on how to use science and technology means to improve the drying efficiency, make full use of waste heat (including the sensible and latent heat) to provide integrated solutions for customers.