1 KG hho what is BTU Value

1 as a gas ?
2 and as a gas flame on a ceramic block ?

what is the btu of each form

we know there must bee a barrier to make that 3000 c" plus radiant heat btu what s value. beefore and after of 1 kg f hho

Dan 

Flame Temperatures
This table lists flame temperature alphabetically according to the name of the fuel. Celsius and Fahrenheit values are cited, as available.
Fuel   Flame Temperature
acetylene   3,100 °C (oxygen), 2,400 °C (air)
blowtorch   1,300 °C (2,400 °F, air)
Bunsen burner   1,300-1,600 °C (2,400-2,900 °F, air)
butane   1,970 °C (air)
candle   1,000 °C (1,800 °F, air)
carbon monoxide   2,121 °C (air)
cigarette   400-700 °C (750-1,300 °F, air)
ethane   1,960 °C (air)
hydrogen   2,660 °C (oxygen), 2,045 °C (air)
MAPP   2,980 °C (oxygen)
methane   2,810 °C (oxygen), 1,957 °C (air)
natural gas   2,770 °C (oxygen)
oxyhydrogen   2,000 °C or more (3,600 °F, air) ith out ceramic or catalytic barrier (just flame) tip
propane   2,820 °C (oxygen), 1,980 °C (air)
propane butane mix   1,970 °C (air)
propylene   2870 °C (oxygen)

 The most unusual property of the flame is that it is not formed as a set of explosions, as are ordinary flames, but as a set of implosions. Consequently, all classical theory about combustion products, highest temperature regions, and other specifics are up for revision. It is in the central blue cone of the flame, as opposed to its extension, that the novel combustion is sustained. This blue cone region separates the inner sustained vacuum from the continuously forming implosion products. The flame, upon application to an element or compound of elements, increases its temperature due to an interactive combustion property which is one of the unique characteristics of Browns Gas. There is no theoretical temperature limit to the flame as applied to materials as the local environment of the combustion will determine the extent of incremental calorific energy supplied and/or released. The temperature of the flame while in contact with only the surrounding air was measured to be 264 to 269 F (129 to 137 C). When the same flame was applied to the face of an ordinary building brick the temperature was measured at 3100 F. When the flame was applied to a tungsten wire the temperature was measured at nearly 6000 C.

But
what is the btu of 1 kg hho?
and
what s the btu of 1 kg hho hitting ceeramic barrier ?