Btu Potenetial Of Hardwood Charcoal

Softwoods on the other hand tend to light a lot easier than a dense hardwood but.

Btu potenetial of hardwood charcoal.

All brands produce their charcoal from wood different wood which have various btu features. Lump the savvy consumer should always consider the btu. To get the most energy out of your firewood the wood should be seasoned. When weighing the cost of briquettes vs.

So please don t use commercial messages with btu numbers as a decision. Because of this variable consider the firewood btu values and weight in these charts to be approximate. One pound of dense hardwood will have about the same amount of energy as one pound of light softwood. The only point that in general all lump charcoal has approximately the same btu amount.

Non resinous wood has around 8000 to 8500 btu per pound and resinous wood has around 8600 to 9700 btu per pound. One pound of dense hardwood will have about the same amount of energy as one pound of light softwood. The btu in a cord of firewood is usually close to the same per pound between species. Btu or british thermal unit is the amount of energy required to heat one pound of liquid water by one degree fahrenheit.

Charcoal formed after most of the volatiles have been distilled off has a heating value of about 12 000 btu per pound. But it is charcoal which has almost 100 carbon content and the same btu features. Fogo all natural premium hardwood lump charcoal. High quality lump charcoal with a carbon content above 80 should be about 11 000 btu.

The difference in energy content is in the woods density. Seasoned firewood is described as having a 20 moisture content. Processes to make fuel products. 8 000 btu per pound the heating value of various lignins range from 10 000 to 11 000 btu per pound the resinous material from softwood species has a heating value of about 16 000 btu per pound.

Less dense softwoods have less btu per cord than more dense hardwood but they also weigh less per cord. The btu in a cord of firewood is usually close to the same per pound between species. The difference in energy content is in the woods density. Because of this variable consider the firewood btu values and weight in these charts to be approximate.

It is mostly pure carbon called char made by heating wood in a low oxygen environment a process that can take days and burns off water methane tar and hydrogen leaving a black lump about 25 of the original weight that packs more potential energy per.