ADMAR offers solutions for ground heat, indirect heat, propane heaters, and more for large and small-scale applications.
Having the right type of heat for your application is critical in providing a safe environment for your workers as well as keeping a job on-schedule and on-track. Understanding the type of heat source and size of unit can be daunting without the proper experience. ADMAR takes the guesswork out of heating solutions with help from our expert team.
There are many factors to consider when determining the proper heat solution. Some of these may include:
ADMAR is your expert resource for temporary heat with full service solutions for indirect heat, ground heat, and propane heaters for large and small scale applications alike.
Stay warm and productive with top-tier heat solutions from industry-leading brands. ADMAR presents a comprehensive collection of heat solutions tailored to meet your specific needs. Explore our range of Wacker Neuson Generators, designed to deliver dependable power for any job, ensuring consistent heating even in the most challenging environments. Our Wacker Neuson Heaters are engineered to provide reliable warmth, optimizing comfort and safety during your projects. Additionally, our Honda Generators offer a portable power source, ideal for heating equipment wherever you go. Find the perfect heat solution to keep your projects running smoothly, backed by renowned brands you can trust.
There are many factors to consider in addition to physical characteristics and fuel sources. To find out more, click on our Heating Solutions Guide above to read more about how to estimate your heat requirements.
For a single story building, calculate the length x width x height (to roof deck) of the building. For a multi-story building, calculate length x width x height (to next floor) of each floor and add them together.
You cannot calculate the cubic feet in a multi-story building based on the interior volume alone as heat rises from floor to floor, reducing the amount of British thermal unites (BTUs) required on upper floors.
Are there openings between floors such as elevator shafts, stairwells, or open drain-waste-vents or HVAC systems where heat can rise? If so, less heat will be needed on the upper floors. As an example, a four-story building with a lot of openings between floors may require no heat at all on the fourth floor.
Significant interior partitioning can be found in many buildings with dormitories being the prime example. The partitions can significantly increase the amount of British thermal units (BTUs) required. In such cases, fans may be needed to circulate the warm air.
"Looseness" can be determined by the number of openings, including windows and doors and can significantly impact the number of British thermal unites (BTUs) required to heat the area. It may be possible that some heat could be removed as the building gets tighter.
Setting up a heater outside the building and blowing hot air inside will pressurize the building, preventing cold air infiltration. However, this method is less fuel-efficient than setting up an indirect fired heater inside the building and venting combustion out.
Whether you choose direct fired, indirect fired or hydronic heat, you need a safe, reliable fuel source that is in compliance with state and local codes. Proper connection of the heating source to the fuel and ventilation, when required, are also critical. Understanding how to safely use the equipment is paramount.
Discover a range of powerful snow removal equipment and attachments designed to tackle the challenges of winter weather. Find everything from snow blowers and plows to essential accessories, ensuring efficient and reliable solutions for your snow removal needs at ADMAR.
As temperatures drop, the risk of cold stress and related health issues rises. With the right precautions and knowledge, you can protect yourself and your team from the bitter chill. Explore essential safety tips for working in cold weather to stay warm and safe while braving the elements.
