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Gardenia Drying Machine
The gardenia dryer is a heat boosting device. The air powered gardenia dryer unit uses the reverse Carnot principle to absorb heat from the surroundin
Product details
The gardenia dryer is a heat boosting device. The air powered gardenia dryer unit uses the reverse Carnot principle to absorb heat from the surrounding environment and transfer it to the gardenia. The heat pump drying technology has the advantages of low energy consumption, low environmental pollution, high drying quality, and wide range of applications.
The operating cost of a gardenia dryer is only 30% of that of an electric heating dryer, 40% of a fuel fired dryer, and 60% of a coal-fired dryer, and a heat pump dryer does not require any material consumption. The air powered gardenia dryer can also be mainly used in the drying and dehydration process of food, medicinal materials, wood, agricultural and sideline products, industrial products, etc.
The operating cost of a gardenia dryer is only 30% of that of an electric heating dryer, 40% of a fuel fired dryer, and 60% of a coal-fired dryer, and a heat pump dryer does not require any material consumption. The air powered gardenia dryer can also be mainly used in the drying and dehydration process of food, medicinal materials, wood, agricultural and sideline products, industrial products, etc.
Composition of Gardenia Drying Machine
1. Host (heating system): Utilizing minimal input electrical energy to absorb free heat from the air, used for drying materials.
2. Drying room: used for placing materials and insulation to prevent heat loss.
3. Circulating air system: Bring heat to every corner of the drying room to increase the temperature and take away the moisture evaporated from the materials.
4. Moisture removal system (drying system): It removes high humidity moisture from the drying room to achieve the purpose of drying.
5. Drainage system: Condensed water is discharged outdoors to prevent an increase in indoor air humidity.
6. Control system: Automatically adjust temperature, humidity, and drying time according to the appropriate drying process curve.
7. Warning system: Users can set warnings based on parameters such as time, temperature, and humidity according to their requirements, making it convenient to remind them.
Principle of Gardenia Drying Machine
The working principle of the gardenia dryer is based on the reverse Carnot cycle principle, using a small amount of electrical energy and a compressor to evaporate the working medium into a gaseous state in the evaporator after passing through an expansion valve, and absorb a large amount of heat energy from the air. The gaseous working medium is compressed into a high-temperature and high-pressure gas by the compressor, and then enters the condenser to release heat, heating the drying medium. This continuous cycle of heating can heat the drying medium to 40 ℃ -85 ℃, saving two-thirds of the electrical energy compared to electric drying machines.
Characteristics of Gardenia Drying Machine
1. The heat pump dryer is an intelligent device that integrates dehumidification, heating, cooling, exhaust temperature, and ventilation.
2. The use of dual effect dehumidification technology for intermediate heat exchange and temperature removal greatly improves the dehumidification performance ratio.
3. Breakthrough the technological bottleneck of traditional dehumidifiers and ordinary heat pump dehumidifiers: solve the technical problem of poor dehumidification performance or even idling (compressor operation without water removal) of traditional dehumidification equipment under high temperature and low humidity conditions.
4. Unique exhaust heat recovery design: reduces heat loss from emissions;
5. The pre dehumidification function of fresh air ensures that the incoming fresh air is dry, suitable for strict drying processes;
6. During the drying process, no harmful substances are produced, and there is no smoke or open flame generated. The temperature and humidity can be adjusted according to the characteristics of the drying material, with a high degree of intelligence.
7. The drying process does not require dedicated supervision. After the materials are dried or the drying temperature reaches a certain level, the unit will automatically shut down. The unit operates at room temperature and pressure, saving more than 50% energy compared to electric heating tubes, infrared microwaves, etc., 40% energy compared to burning oil, and 20% -30% energy compared to burning coal. During the drying process, the unit will generate cold air, which can be directly discharged into the workshop to increase the room temperature.
8. Easy installation: easy to install and dismantle, occupies a small area, can be installed indoors or outdoors;
9. Energy saving: With only a small amount of electricity consumption, it can absorb a large amount of heat in the air, consuming only 1/4 of the electricity of an electric heater; Compared with coal-fired, oil fired, and gas-fired dryers, it can save about 60% of operating costs. 1 kWh of electricity is equal to 4 kWh of electricity.
Reasons for choosing a gardenia dryer from Baixin
1. More cost-effective: Fully utilizing the heat conversion of air energy, 1 kWh of electricity equals 3 kWh of electricity, resulting in a direct reduction in drying costs!
2. Faster: Drying, heating, and dehumidification operate simultaneously, reducing drying costs by 40% compared to traditional methods
3. Cleaner: No combustion, no exhaust gas or wastewater discharge, and no environmental pollution during the entire drying process.
4. More uniform: Based on the principles of aerodynamics, the air flow direction and velocity in the drying room have been designed, with uniform heat distribution in each corner and no dead corners in the 360 degree drying area. The product is dried synchronously inside and outside, solving common problems in the drying process in one fell swoop.
5. More intelligent: PLC intelligent control system accurately controls the temperature and humidity of the drying room, and can intelligently set different drying processes according to the preservation needs of different drying objects.
6. 1 degree of electricity on top of 3 degrees of electricity, faster and more cost-effective drying!
Application fields of gardenia dryer
In addition to drying gardenia, it can also be applied in the following fields:
Food drying: areca dryer, sausage dryer, sausage dryer, bacon dryer, beef dryer, kelp dryer, Rolls of dried bean milk creams dryer, bamboo shoot dryer, etc.
Drying of agricultural products: Gan Pu tea dryer, Pu erh tea dryer, seed dryer, etc.
Drying of medicinal herbs: Yuanhu, Danggui, Yam, Octagonal, Dendrobium
Seafood drying: clam meat dryer, fish dryer, shrimp dryer, etc.
Industrial product drying: Firecracker lead dryer, insulation material dryer, paint dryer, furniture dryer, wood dryer, etc.
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