U-type Dehumidification Heat Pipe Product Introduction
1. Product Overview
The U-type Dehumidification Heat Pipe is a high-efficiency and energy-saving equipment independently developed by Beijing Detian Dixing Technology Development Co., Ltd. With an innovative design, it provides auxiliary precooling/preheating functions for air treatment systems, helps surface air coolers improve dehumidification capacity and reduces system energy consumption at the same time. Widely applied in the field of air treatment in humid environments, it offers energy-saving and comfortable environmental solutions for users.
2. Core Functions
Assisting in Improving Dehumidification Efficiency
Without additional power, it helps surface air coolers enhance dehumidification capacity through precooling/preheating, effectively reducing air humidity.
Assisting in Environmental Optimization of Air Conditioning Systems
The fresh air is precooled and preheated by the U-type Dehumidification Heat Pipe, which can help air conditioning systems improve the quality of fresh air.
Energy Saving and Consumption Reduction
By optimizing heat exchange efficiency, it reduces the cooling ton demand of the system, and some configurations can achieve a 30% energy saving effect.
3.Working Principle
After the humid and hot air is precooled by the U-type Dehumidification Heat Pipe, it enters the coil/surface air cooler for deep treatment, where water condenses and is discharged, and dry and comfortable air is finally output. The whole process is free of mechanical drive, and relies on natural heat exchange to assist in improving dehumidification efficiency while reducing the energy consumption of the air conditioning system.
4.Technical Advantages
Improved Dehumidification Efficiency
Enhanced performance of surface air coolers: The precooling section lowers the air dew point temperature, increasing the dehumidification capacity of surface air coolers by more than 15% and reducing the burden of condensed water discharge at the same time.
High Efficiency, Energy Saving and Consumption Reduction
Sensible heat recovery technology: Through the evaporation and condensation cycle of the working medium inside the heat pipe, the sensible heat and latent heat of high-temperature and high-humidity air are recovered and utilized, reducing the dependence of air conditioning systems on external energy sources (such as steam and electricity). For example, compared with the traditional electric heating and reheating method, it can save about 30% energy.
Bidirectional energy-saving design: The precooling section reduces the temperature of air entering the surface air cooler and lowers the refrigeration load; the reheating section uses recovered heat to freely heat the dehumidified air, avoiding additional energy consumption.
Compact Structure and Strong Adaptability
No moving parts: The equipment operates in a fully passive mode without external power, featuring high reliability and a service life of more than 10 years.
High space utilization: The U-type structure can share space with cold coils, suitable for the transformation of air conditioning units and saving installation costs.
Low Maintenance Cost
Maintenance-free design: No internal moving mechanical parts, ensuring stable operation.
Corrosion resistance: Adopting hydrophilic aluminum foil or stainless steel materials, it is adaptable to humid environments and prolongs the service life of the equipment.
Environmental Protection and Safety
Reduced pollution emissions: Fossil energy consumption is lowered through waste heat recovery, indirectly reducing carbon emissions.
5.Application Scenarios
Industrial Manufacturing Field
Electronic/semiconductor factories
Pharmaceutical/biological laboratories
Printing/textile industry
Public and Commercial Buildings
Hospital operating rooms/ICUs
Hotels/high-end office buildings
Airports/metro hubs
Special Environmental Requirements
Underground spaces/tunnels
Archives/museums
Food processing/cold chain warehouses
Climate Adaptive Scenarios
High-temperature and high-humidity areas (e.g., South China, Southeast Asia)
Renovation and Upgrading Scenarios
Renovation of old air conditioning systems
The U-type structure can be integrated with the original cold coils without large-scale equipment replacement, saving renovation costs.
V. Service Support
1
Customized design
Provide customized materials, row numbers and structures according to working condition requirements.
2
Technical consulting
Professional team assists in type selection and system optimization.
