Storing and using liquefied petroleum gas (LPG), commonly known as propane, in low temperatures presents unique challenges. Propane’s vapor pressure decreases as temperatures drop, impacting its ability to convert from liquid to gas and fuel appliances. For instance, a tank at 25F may only produce approximately 70% of the vapor pressure compared to the same tank at 60F. This reduced pressure can lead to insufficient fuel supply for appliances.
Understanding the effects of ambient temperature on LPG performance is crucial for maintaining consistent fuel supply and safe operation. Historically, this knowledge has been essential in colder climates where propane serves as a primary fuel source for heating and cooking. Ensuring reliable fuel access during winter months safeguards comfort and prevents disruptions to essential services. Addressing these temperature-related challenges contributes significantly to overall safety and prevents potential hazards associated with malfunctioning appliances.
