An 80,000 BTU deep fryer will consume approximately 3.4 gallons of propane per hour. This estimate assumes that the fryer operates at full capacity and efficiency. Actual consumption may vary based on the specific model, cooking conditions, and usage patterns. Always refer to the manufacturer's specifications for the most accurate information.
$38.46 per hour.
About $38.46 per hour.
Assuming a 40 hour week - 38.46 per hour
Propane heaters cost less to run per hour.
The 40,000 btu fryer will save you gas in the long run, but will take longer to cook the food...meaning in one hour the fryer will have consumed 40,000 btu's. Typically a 100,000 btu fryer can produce 65 lbs of french frys. Go with the 110,000 btu fryer you want the speed in case you get busy.
To convert from cubic feet per hour (cfh) to gallons per hour of propane use, you need to know the specific gravity of propane, which is around 0.507. Then, you can use the conversion factor of 1 gallon of propane = 36.39 cubic feet. Divide the cfh by the specific gravity of propane and then divide by 36.39 to get the gallons per hour.
To convert cubic feet to gallons of propane, you first need to know the specific gravity of propane. On average, the specific gravity of propane is around 0.504. Therefore, 1400 cubic feet of propane would be approximately 702 gallons (1400 cubic feet / 7.48 gallons per cubic foot).
Deep fat fryer maintenance is not a time consuming task. Make sure to replace the oil regularly, clean the outside, and inside of the pot, and before use make sure to check the lid to ensure it fits properly, and make sure the thermometer is in working order. A good estimate of maintenance time per week if you are using it on a regular basis is about an hour.
propane has 21,548 BTU per pound so about 2 1/2 pounds per hour remember that propane is stored in a liquid and you need a big enough tank to allow the propane to change from a liquid to gas.
On average a general 5000# to 7000# fork lift will use 1.5 gallons of Propane.
Propane heaters cost less to run per hour.
Yes, a propane pilot light produces as much carbon dioxide per hour as a human being does per hour. Both human respiration and burning propane release carbon dioxide as a byproduct of the combustion process.