There are about 1030 BTUs in a cubic foot of natural gas. If one wishes to know the gas consumption (in feet3 per hour) for a given BTU per hour usage rate, one would divide the amount of BTUs by 1030. That would yield the number of cubic feet of gas that is used per hour. Q: I'm heating a space using 10,300 BTUs per hour and I'm using my natural gas heater to do it. How many cubic feet of gas am I using per hour? A: 10,300 BTUs (the heat generated per hour) divided by 1030 (the number of BTUs per cubic foot of gas) equals 10 cubic feet. You're using 10 cubic feet per hour. You apply 10,300 BTUs to heat the space per hour, and you use 10 cubic feet of gas per hour to do that. (And yes, I picked easy numbers.)
To determine how much natural gas is needed to produce 1,740,000 BTU, you can use the fact that natural gas typically has an energy content of about 1,000 BTU per cubic foot. Therefore, to heat 1,740,000 BTU, you would need approximately 1,740 cubic feet of natural gas. This calculation may vary slightly based on the exact energy content of the gas being used.
There are many btu's but the most common ones are:oxygencarbon deoxide (co2)carbon moxide(co3)water vapor (h2o)
The gas BTU capacity of a 1-inch pipe depends on several factors, including the gas type, pressure, and flow rate. For natural gas at a typical pressure, a 1-inch pipe can carry approximately 100,000 to 150,000 BTUs per hour. However, this value can vary based on specific installation conditions and the length of the pipe run. Always consult relevant code tables or a professional for precise calculations.
If you are looking for an easy method that is not based in scientific data try this: Heating requirement is the same as cooling. To calculate Btu needed to cool look at the furnace for input Btu then multipy that by effeciency of unit. Now think about the coldest day the furnace will provide okay heating such as 5 degrees outside and 68 degrees inside. Subtract those and you have 63 degrees. If you heating Btu was 80000 input and 80% efficient, you need 64000 btu to heat 63 degrees. Do similar math to hottest day and desired inside cool temperature. Maybe 103 degrees outside and 72 degrees inside. That is 31 degrees difference. Use heat math of 64000 Btu for 63 degree which is very roughly 1000 Btu per degree. Apply that to cooling and it's roughly 31000 Btu, or around 2-1/2 ton cooling. Please don't bark at me about the basic nature of my math-I thought I would explain this as a method to start or get an idea. There is a method that accounts for all factors but no way could I explain it. Also, if using electric heat your btu will be about 4.5 per watt and no efficiency applies. The watts can be found on the inside of the furnace above the blower.
The BTU output of a double barrel wood stove typically ranges from 20,000 to 40,000 BTUs per hour, depending on its size, design, and the type of wood used. These stoves are efficient for heating small to medium-sized spaces and can vary in performance based on airflow and fuel quality. It's important to check the manufacturer's specifications for the exact BTU rating of a specific model.
The heat content of natural gas is typically measured in British Thermal Units (BTU) per standard cubic foot. The range can vary but it's commonly around 1,000 BTU per cubic foot. When calculating BTU per square foot, you would need to factor in the gas consumption rate to determine the BTU output for a specific area.
btu of natural gas to btu of propane
102,000 BTU = 1 ccf
Ther are 1,050 BTU in one cubic foot of natural gas.
138,700 btu's
Natural gas has the highest BTU content when burned.
natural gas
Specifically 1013.2 btu per standard cubic foot, for pure methane.
MTN BTU typically stands for "Mountain BTU," where "BTU" refers to British Thermal Unit, a unit of measurement for energy. In the context of energy or heating, it often indicates the heat content or energy needed to raise the temperature of one pound of water by one degree Fahrenheit. The term may also be used in various industries to quantify energy consumption or production, particularly in relation to natural gas or heating systems.
Federal Energy Regulatory Commission
The average is about 20,000 BTU's per pound at standard temperature and pressure.
According to the United States Energy Information Administration (EIA) in 2010, total energy consumption was 523.9 quadrillion British Thermal Units (Btu). Of this, 56.2 quadrillion Btu, or 10.7% was from renewable sources, and 27.3 quadrillion Btu or 5.2% was from Nuclear sources. The balance of 84.1% came from fossil fuels.