a. HHV (Btu/lb) As Received or HHV (Btu/ft3) As Received With Ash & Moisture In The Fuel
b. HHV (Btu/lb) No Ash & No Moisture or HHV (Btu/ft3) No Ash & No Moisture
c. HHV (Btu/lb) With Ash & No Moisture or HHV (Btu/ft3) With Ash & No Moisture
d. LHV (Btu/lb) As Received or LHV (Btu/ft3) As Received With Ash & Moisture In The Fuel
e. LHV (Btu/lb) No Ash & No Moisture or LHV (Btu/ft3) No Ash & No Moisture
f. LHV (Btu/lb) With Ash & No Moisture or LHV (Btu/ft3)With Ash & No Moisture
g. Fuel Density (lb/ft3) or (lb/gal) or (lb/ft3) Wet Basis or (lb/ft3) Dry Basis
h. Fuel Ultimate Analysis (Dry Basis –Weight)
(1) Hydrogen
(2) Carbon
(3) Sulfur
(4) Nitogen
(5) Oxygen
(6) Chlorine
i. Fuel Analysis (Wet Basis-Weights)
j. Percent Volume and Percent Mass of Components in Gaseous Fuels
k. Fuel Percent Ash
(1) Percent Ash – From Fuel Wet Basis
(2) Percent Ash – From Fuel Dry Basis
l. Specific Gravity
(1) Oven Dry Specific Gravity
(2) Wet Specific Gavity