Storing and using liquefied petroleum gas (LPG), such as in portable heaters, grills, and backup generators, during periods of low temperature requires specific considerations. LPG, commonly known as propane or butane, transitions from a liquid to a gas state as it is used. This transition, however, is temperature-dependent. Colder temperatures reduce the vapor pressure of the gas, affecting its ability to vaporize and thus impacting appliance performance.
Reliable access to fuel for heating and cooking becomes crucial in cold climates. LPG offers a practical solution for both residential and commercial applications due to its portability and relatively high energy density. Historically, communities and industries located beyond the reach of natural gas pipelines have relied heavily on LPG for essential functions. This reliance underscores the importance of understanding the nuances of LPG behavior in cold weather to ensure safety and consistent fuel availability.