British thermal unit
Bthu BrE
BTU AmE

The first (from 1939) gives the capacity as "about half a million British thermal units per hour."

Only last year, the price of natural gas was less than $2 per million British thermal units.

Now, natural-gas prices are above $6 per million British thermal units.

The company based its previous estimates for natural gas at a price of $6 per million British thermal units.

The standard measure of energy consumption from all sources is one quadrillion British thermal units.

Natural gas futures rose 7.8 cents, to $7.157 a million British thermal units.

That tax would have taxed different fuels according to how much heat energy, measured in British thermal units, they could produce.

(A ton of cooling equals 12,000 British thermal units an hour.

As recently as 2000, natural gas was selling for $2 per million British thermal units.

In October, it touched $14 per million British thermal units.

Both grills run on 10,000 British thermal units.

Natural gas plunged 73.7 percent in futures markets, to $2.57 per million British thermal units.

British thermal unit- A traditional unit of energy equal to about 1055 joules.

It settled down 3 cents, at $2.051 per million British thermal units, or about 1,000 cubic feet, today.

It is rated 12,000 Btu (British thermal units) per hour.

Prices at the wellhead have leapt 80 percent this year, to more than $4 per million British thermal units.

Crimped supplies have kept natural gas prices high most of this year, at or above $5 per million British thermal units.

North American natural gas prices are quoted in dollars per million British thermal units, a measure of raw energy content.

Natural gas prices have quadrupled since last winter, to about $10 per million British thermal units, the standard measurement.

Wholesale natural gas prices are now at about $4.44 for a million British thermal units, compared with $2.39 one year ago.

The deposits, some of the largest in the world, were only viable for development when natural gas prices surpassed $2.50 per million British thermal units.

Mr. Clinton would not suggest squeezing money from British thermal units until February.

Gas is now priced at about $2 per million British thermal units, up from $1.55 in November.

The traditional English unit is the British thermal unit (Btu).

Calorimeter readings are usually taken in calories or British thermal units (Btu).

To keep these numbers is the proper perspective, remember to compare the Btu between systems.

Generally, the more Btu, the larger an area the air conditioner can cool.

Some new fuels pack an additional 65,000 Btu into a gallon.

Generally, the larger the grill, the more Btu are required to reach a similar temperature.

This fuel typically has a heat content of 15 million Btu per ton or less.

On average, you should look for approximately 100 Btu per square inch of primary cooking space.

Keep in mind that even the smallest room air conditioners may have thousands of Btu per hour.

The side burner is controlled separately and offers up to 13,000 Btu.

All told, the burners generate an impressive 48,800 Btu of cooking power.

The unit's four burners offer a combined 48,000 Btu of cooking power.

The BTU value can have an impact upon the price.

The Btu rating alone is insufficient to determine the heat output of a grill.

The Btu is often used to express the conversion-efficiency of heat into electrical energy in power plants.

This is an average of 18.8 million BTU per short ton.

And central air-conditioning units are often 30,000 Btu or more; few homeowners could spare the space for that.

In the fall of 1929, BTU led a 3-week strike.

These broilers are very powerful with burner outputs in the 15,000 Btu range.

It provides 6,000 Btu of cooling power, which can chill 250 square feet of space.

But he is not alone in his distaste for the BTU tax.

Coal burns with twice the Btu of wood or peat, creating greater heat.

It is rated 12,000 Btu (British thermal units) per hour.

The three stainless steel tube burners combine to provide 36,000 Btu of cooking power.

The results are in quadrillion Btu in both the reference case and each of the four policy scenarios.

The toughest issue for me was the BTU tax.

The value is defined as 12,000 BTU per hour, or 3517 watts.