The number of BTUs (British Thermal Units) needed for heating depends on several factors, including the size of the space, insulation quality, climate, and desired temperature increase. A general rule of thumb is to use about 20 BTUs per square foot of living space. For a more accurate calculation, consider using a heating load calculation that takes into account specific variables such as window size, ceiling height, and local weather conditions.
#2 fuel oil = 140,000 btu/gallon. Psi does not matter.
About 48,000 BTU You need to have load calculations done. Insulation, windows, location, outside temps, shade conditions, etc. will all affect the answer. For a shop with no windows and very good insulation or in a moderate climate, 48,000 btu may be sufficient. There are heating and cooling load worksheets available on the web if you know the R-value of your insulation and window type.
I think a Google search will help you with this one. Try: horse manure/btu or something like that.
To determine the BTU (British Thermal Units) required to heat a substance to 140 degrees Fahrenheit, you need to know the mass of the substance, its specific heat capacity, and the initial temperature. The formula is: BTU = mass (in pounds) × specific heat capacity (in BTU/lb°F) × temperature change (in °F). For example, heating 1 pound of water (specific heat capacity of 1 BTU/lb°F) from 70°F to 140°F requires 70 BTU.
35kW is 119,424.97 BTU/hr
A 12,000 BTU heater is needed for a 1,400 square foot area. BTU or British Thermal Unit is a unit of measure commonly used for heating and cooling.
12,000 BTU/hr
About 8,000 BTU
You are comparing apples and oranges. BTU's are a measure of heating capacity and hours are a measure of time.
how many btu does a 125 hp boiler produce on #2 oil
Propylene has a lower heating value of approximately 21,500 BTU per gallon.
To transform one pound of ice at 30°F into one pound of steam at 214°F, you need to consider several steps: melting the ice to water, heating the water to 212°F, converting the water to steam, and then heating the steam to 214°F. The total energy required can be calculated using specific heat values and latent heats. Roughly, this amounts to about 1,000 Btu for melting, 90 Btu for heating the water, 1,000 Btu for vaporization, and 2 Btu for heating the steam, totaling around 2,092 Btu.
The average heating value of heating oil is around 138,500 Btu per gallon. Since there are approximately 3.785 liters in a gallon, one liter of heating oil would contain about 36,600 Btu.
There are 55,000 BTU in an intertherm furnace pilot light. It is a way of heating up a place.
BTU is a measure energy, not of temperature. As a result, the question has no sensible answer.
#2 fuel oil = 140,000 btu/gallon. Psi does not matter.
The rule of thumb is 2-1/2 tons per 1000 square feet. It is not measured in BTU which is a heating term