As a veteran ethane warehouse manager, I know the importance of temperature to ethane warehouses. Ethane is a flammable and explosive gas, and its storage and transportation require strict temperature control to ensure safety and stability.
First and foremost, temperature is critical to the stability and safety of ethane. Ethane becomes liquid at low temperatures and gaseous at high temperatures. If the temperature is too high, ethane may evaporate and leak, increasing the risk of fire and fire. Conversely, if the temperature is too low, ethane may condense and freeze, causing blockages in pipes and containers, affecting normal storage and transportation.
Secondly, temperature also has an important impact on the quality and quality of ethane. The physical and chemical properties of ethane change with temperature. For example, too high a temperature can lead to the decomposition and degradation of ethane, reducing its purity and availability. Temperatures that are too low may lead to solidification and crystallization of ethane, affecting its fluidity and operability.
In order to solve the temperature problem of ethane warehouse, the configuration of explosion-proof air conditioning is a common and effective method. Explosion-proof air conditioner is an air-conditioning system specially designed for use in flammable and explosive environments, with explosion-proof and fireproof characteristics. It provides stable temperature control inside the warehouse, ensuring that the storage and transportation environment of ethane meets safety requirements.
When configuring explosion-proof air conditioners, the following aspects need to be considered:
First of all, choose an explosion-proof air conditioner that is suitable for the ethane warehouse. Explosion-proof air conditioners should have explosion-proof and fireproof certifications and comply with relevant safety standards and specifications. At the same time, the cooling and heating capacity of the air conditioner also needs to be considered to meet the temperature requirements of the ethane warehouse in different seasons and climatic conditions.
Secondly, reasonable layout and installation of explosion-proof air conditioners. An ethane warehouse is usually a relatively enclosed space, and it is necessary to arrange the air conditioning equipment and ventilation system reasonably to ensure that the air circulation and temperature are evenly distributed. At the same time, it is also necessary to pay attention to the installation location of the air conditioning equipment and the setting of the vents to prevent ethane leakage and accumulation.
Finally, regularly maintain and inspect explosion-proof air conditioners. Temperature control in ethane warehouses is a long-term process that requires regular inspection and maintenance of air-conditioning equipment to ensure its proper operation and effectiveness. At the same time, air conditioner filters need to be cleaned and replaced regularly to maintain air quality and explosion-proof performance.
In short, as a senior ethane warehouse manager, I know the importance of temperature to ethane warehouses. By configuring explosion-proof air conditioning, the temperature problem of ethane warehouse can be effectively solved, and the safe storage and transportation of ethane can be ensured, while ensuring its quality and quality. This is an important link that cannot be ignored in the management of ethane warehouse.
Explosion-proof wall-mounted air conditioner.
BHKT-25-EX Cooling capacity: 2500W Heating capacity: 2550W Voltage: 220V 50Hz Reference applicable area: 10-12
BHKT-35-EX Cooling Capacity: 3500W Heating Capacity: 4200W Voltage: 220V 50Hz Reference applicable area: 12-16
BHKT-50-EX Cooling capacity: 5000W Heating capacity: 6200W Voltage: 220V 50Hz Reference applicable area: 20-26
BHKT-75-EX Cooling capacity: 7500W Heating capacity: 9300W Voltage: 220V 50Hz Reference applicable area: 30-40
Explosion-proof vertical cabinet air conditioner.
BHKG-50-EX Cooling capacity: 5000W Heating capacity: 6200W Voltage: 220V 50Hz Reference applicable area: 20-26
BHKG-75-EX(F) Cooling capacity: 7500W Heating capacity: 9300W Voltage: 220V 50Hz Reference applicable area: 30-40
BHKG-75-EX Cooling capacity: 7500W Heating capacity: 9300W Voltage: 380V 50Hz Reference applicable area: 30-40
BHKG-120-EX Cooling capacity: 12000W Heating capacity: 15500W Voltage: 380V 50Hz Reference applicable area: 50-60
BHKG-160-EX Cooling capacity: 16000W Heating capacity: 19500W Voltage: 380V 50Hz Reference applicable area: 75-85
BHKG-250-EX Cooling capacity: 25000W Heating capacity: 28000W Voltage: 380V 50Hz Reference applicable area: 100-120
Explosion-proof ducted air conditioner.
BHKT-25-EX(F) Cooling capacity: 2500W Heating capacity: 2550W Voltage: 220V 50Hz Reference applicable area: 10-12
BHKT-35-EX(F) Cooling capacity: 3500W Heating capacity: 4200W Voltage: 220V 50Hz Reference applicable area: 12-16
BHKT-45-EX(F) Cooling capacity: 4000W Heating capacity: 4500W Voltage: 220V 50Hz Reference applicable area: 18-22
BHKT-50-EX(F) Cooling capacity: 5000W Heating capacity: 6200W Voltage: 220V 50Hz Reference applicable area: 20-26
BHKT-65-EX(F) Cooling capacity: 6500W Heating capacity: 7400W Voltage: 220V 50Hz Reference applicable area: 25-30
BHKT-75-EX(F) Cooling capacity: 7500W Heating capacity: 9300W Voltage: 220V 50Hz Reference applicable area: 30-40
BHKT-120-EX(F) Cooling capacity: 12000W Heating capacity: 15500W Voltage: 380V 50Hz Reference applicable area: 50-60
BHKT-140-EX(F) Cooling capacity: 14000W Heating capacity: 15500W Voltage: 380V 50Hz Reference applicable area: 60-70
BHKT-250-EX(F) Cooling capacity: 25000W Heating capacity: 28000W Voltage: 380V 50Hz Reference applicable area: 100-120
BHKT-280-EX(F) Cooling capacity: 28000W Heating capacity: 39500W Voltage: 380V 50Hz Reference applicable area: 120-140
BHKT-300-EX(F) Cooling capacity: 30000W Heating capacity: 39500W Voltage: 380V 50Hz Reference applicable area: 120-140
BHKT-500-EX(F) Cooling capacity: 50000W Heating capacity: 56000W Voltage: 380V 50Hz Reference applicable area: 220-240
Explosion-proof patio air conditioning.
BHKT-50-EX(T) Cooling capacity: 5000W Heating capacity: 6200W Voltage: 220V 50Hz Reference applicable area: 20-26
BHKT-75-EX(T) Cooling capacity: 7500W Heating capacity: 9300W Voltage: 220V 50Hz Reference applicable area: 30-40
BHKT-120-EX(T) Cooling capacity: 12000W Heating capacity: 15500W Voltage: 380V 50Hz Reference applicable area: 50-60
The selection of dehumidification capacity and model of dehumidifier is mainly calculated scientifically according to the volume of the use of environmental space, the size of fresh air volume, and the humidity requirements required by the space environment. In addition, it should be noted that the relative humidity of the environment is related to the temperature of the environment, the higher the temperature, the faster the humidity evaporates, and the worse the effect, so when configuring the dehumidifier, you need to select the type under the guidance of professionals, so as to choose the most suitable dehumidifier for you!
The formula for calculating the dehumidification capacity is w=v*p*(x2-x1) 1000*12 (kg h) [w = required dehumidification capacity (kg h), p = air density (kg m3) 12. v = site volume, x2 = air humidity content before dehumidification, x1 = air humidity content after dehumidification, 12=Safety Factor (Loss)].