Asphalt, Road Materials & Paving Products calculator
Asphalt Plant Burner Fuel Cost Calculator
Drying aggregate is one of the biggest variable costs in asphalt production, especially when stockpile moisture rises. This calculator helps plant managers and estimators turn burner fuel gallons, therms, or equivalent units into a job or shift cost that can be rolled into cost per ton.
What this calculator does
- Estimate burner fuel cost from fuel used, delivered fuel price, capture factor, and fixed startup or minimum charges.
- a plant wants to price the fuel impact of wet aggregate, a long production run, or a specific asphalt mix order
- Returns the burner fuel dollars to assign to a production run, mix order, or paving job.
Formula used
- Assigned variable fuel cost = burner fuel used × delivered fuel price × fuel cost assigned to job
- Burner fuel cost = assigned variable fuel cost + startup or minimum fuel cost
Inputs explained
- Burner Fuel Cost quantity: undefined
- Burner Fuel Cost rate: undefined
- Burner Fuel Cost capture factor: undefined
- Burner Fuel Cost fixed cost: undefined
How to use the result
- Use it when fuel price, aggregate moisture, or long heat-up time materially affects asphalt cost per ton.
- It does not calculate combustion efficiency, exhaust temperature, drum heat balance, or demand charges; use measured fuel and a consistent price basis.
Common questions
- Which fuel units should I use? Use any unit as long as fuel used and price match, such as gallons of diesel, gallons of waste oil, therms of natural gas, or MMBtu.
- How do I assign fuel across multiple jobs? Use the assignment percentage to allocate the shift's burner fuel to the job, mix family, or customer order you are costing.
- Does this include electricity for motors and conveyors? No. This is burner fuel only. Add plant electricity, loader fuel, and generator cost separately if they matter to the quote.
- How can I reduce the result? Lower aggregate moisture, improve stockpile drainage, reduce excessive exhaust temperature, and avoid long idle or warm-up periods.
Last reviewed 2026-05-12.