Palos Fire Protection District on the site
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A new fire department has joined the ranks in MABAS Division 19. The Palos Fire Protection District, based in Palos Park with two stations, boasts a roster of 41 personnel, of which 12 are part-time members. This dedicated team is tasked with protecting a 15-square-mile area that encompasses Palos Park, portions of Palos Heights, Orland Park, and unincorporated Palos Township.
Their firefighting arsenal includes three E-ONE fire engines and a towering 110-foot E-ONE quint. In addition to their firefighting capabilities, they operate Road Rescue ambulances, along with a brush rig and an elliptical tanker from 4-Guys.
Station 2, located at 13010 S. 104th Avenue in Palos Park, houses not only these impressive vehicles but also the newly introduced Haz Mat unit, which is a collaborative effort between MABAS Divisions 19 and 22. You can read more about this unit here and here.
Among the many pieces of equipment showcased, there’s the striking Palos Fire Protection District Tanker 6306, captured in a vivid image by Bill Friedrich. Other stunning photos submitted by Dennis McGuire, Jr., Karl Klotz, and Larry Shapiro further highlight the district's resources and commitment to public safety.
As someone who follows local emergency services, it’s always exciting to see how departments like Palos continue to evolve and enhance their operations. It’s clear that the dedication of their personnel and the quality of their equipment make them a vital part of the community.
Heat Transfer Fluid System Cleaning Agent
Armcoltherm Application Process:
System Preparation: The system is usually drained partially or completely, depending on the extent of contamination.
Application: The cleaning agent is introduced into the system and allowed to circulate for a specific period. This time depends on the severity of contamination and the concentration of the agent.
Rinsing: After the cleaning process, the system is flushed with clean water or a suitable solvent to remove all traces of the cleaning agent and the removed deposits.
System Recharge: The heat transfer fluid is then re-added to the system, and it is checked for cleanliness and performance.
Choosing the Right Cleaning Agent:
The selection of a cleaning agent depends on several factors including the type of contamination, the material of the heat transfer system, and the specific heat transfer fluid being used. Consulting with a professional or the manufacturer's recommendations can help in choosing the most appropriate product for the task.
Regular cleaning and maintenance of heat transfer systems using suitable cleaning agents are crucial for maintaining high efficiency, preventing operational issues, and extending the lifespan of these systems.