THE WINTER IS COMING: IS YOUR TEMPORARY HEATING SOLUTION IN PLACE?

 

 

In The Construction Heating Handbook: Selecting the Right Heaters and Fuel for your Project, we explain how you can maximize heating and fueling efficiency on your winter projects.

Inevitable icy temperatures, bitter winds and piles of snow can create less than ideal job site conditions. To keep on schedule and on budget, you should make a plan to implement a heating solution by early fall.

 

 

When considering what temporary heating solution is right for your construction site, ask yourself:

  • What types of fuels and heaters are available in my geographic area and job site conditions?
  • How do I calculate how much heat I'll need for my job?
  • What are the best practices to safely install and use different fuel and heater types?

You should decide on fuel type before heater type.

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Quite simply, fuel is normally the limiting factor, both in terms of availability on your site and cost for the heat the fuel produces. Your fuel choice will determine your heater options, and therefore needs to be chosen before making job size calculations.

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You should decide on fuel type before heater type. Quite simply, fuel is normally the limiting factor, both in terms of availability on your site and cost for the heat the fuel produces.

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Fuel Types and Selection

The four main types of fuel choices are propane, diesel, natural gas, and electricity. Some important things to note when deciding on the right fuel for your construction site are:

  • Although propane is more economical than diesel, diesel requires less space on the job site and presents fewer safety issues.
  • If natural gas is available on a job site, you can bill the cost of fuel to the client, and therefore are not paying for it.
  • Many construction sites do not get full electricity until the end of a project, so this option is the least utilized.
  • Using propane may be impossible due to local regulations and safety considerations.

The two basic methods to source air for heating solutions are pressurization (recirculation) or air exchange (make-up air).

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Direct-fired (pressurization) heaters use an open flame to heat the air, which is 100% efficient.

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Indirect-fired (recirculated air) heaters save more fuel, but require more moving parts and greater complexity which decreases its efficiency.

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Electric Heaters

 

 

 

 
Great For:
  • Enclosed construction sites
  • Construction drying
  • Commercial heating
  • Small space
Features:
  • Clean, odorless heat for enclosed spaces
  • Moisture-free, recirculating and ductable
  • Variety of power options, including 100V

Hydronic Heaters

 

 

 
Great For:
  • Grout thawing
  • Concrete curing
Features:
  • Thermostat with lockbox
  • On-board generator that requires no outside electric power

Radiant Heaters

 
 
 
Great For:
  • Hotel/Restaurant patios
  • Special event spaces
Features:
  • Adjustable heat control
  • Quiet operation
  • No power required

Looking to learn more about the different fuel types and heaters for your next project? In this white paper, we unpack:

 
  • Hazards, Site/Safety Considerations and Additional Equipment for each fuel type
  • Pros, Cons and Installation Best Practices for all heating types
  • Fuel consumption calculations (cost vs. time comparisons)