1 Cubic (m3) is equal to 264172052 gallons To convert cubic to gallons multiply the cubic value by 264172052 For example to find out how many gallons there are in 2 cubic multiply 2 by 264172052 that makes 5283441 gallons in 2 m3

Get a QuoteLiberty Hot Water Oil-Fired with 131000 to 175000 BTU Input 117000 to 131000 BTU Output Tankless Coil Equip your home with 117000 BTU to 131000 Equip your home with 117000 BTU to 131000 BTUs of heating power per hour using this 32 Gal Oil that is ideal for heating large spaces up to 3000 ft ENERGY STAR qualification and an 86% Annual Fuel Utilization Efficiency

Get a QuoteRespond to Flow units conversion For online collaboration to improve the Flow units converter | Convert to units and culinary measures requests for new units or web tools additions send your feedback I looking for an online web water flow units converter that does exchange flows between l/hr to ml/min etc and this page has done it very accurately 1 liter per hour = 1667 milliliter per

Get a QuoteWhat is a BTU? The British Thermal Unit or BTU is an energy unit It is approximately the energy needed to heat one pound of water by 1 degree Fahrenheit 1 BTU = 1055 joules 252 calories 0293 watt-hour or the energy released by burning one match 1 watt is approximately 3412 BTU per hour

Get a Quote1 (sqm) 763910417 feet (sqft) To convert to feet multiply the value by 763910417 For example to find out how many feet there are in 100 multiply 100 by 763910417 that makes 1076910417 sqft in 100 sqm

Get a QuoteA scotch marine has a furnace volume of 455 cu ft if 38252 cu ft of natural is burned per hour and each contains 1100 Btu what is the rate of combustion? RC = H / (Vf * t) RC

Get a QuoteIn warmer climates multiply this number by - 15 In more moderate climates multiply by 20 - 30 And in cold climates multiply the foot number by 30 - 40 For example if youre trying to heat 1000 feet in a cold climate 30000 - 40000 BTUs will add significant warm air to your home

Get a QuoteThe Inventory of US Sinks: 19902017 estimates from drained organic soils using US-specific factors for cropland and IPCC (2014) default factors for forestland (EPA 2019)

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