Fuel Heating Values: Acetylene

Fuel combustion properties — higher/lower heating values (HHV/LHV), stoichiometric air requirements, combustion product yields (CO2, H2O), flammability limits, ignition and adiabatic flame temperatures, and ultimate (elemental) analysis for gaseous fuels, liquid fuel oils, solid coals, biomass, and waste fuels

Mechanical Engineeringfuel_name: Acetylene1 row
fuel namedata typeco2 prod kg per kg (kg CO2/kg fuel)co2 prod m3 per m3 (m3 CO2/m3 fuel)density kg per m3 (kg/m3)dew point c (degC)flame temp air k (K)flame temp o2 k (K)fuel categoryh2o prod kg per kg (kg H2O/kg fuel)h2o prod m3 per m3 (m3 H2O/m3 fuel)hhv mj per kg (MJ/kg)hhv mj per m3 (MJ/m3)ignition temp c (degC)lfl pct (% vol)lhv mj per kg (MJ/kg)max flame vel air m per s (m/s)molecular formulao2 req kg per kg (kg O2/kg fuel)o2 req m3 per m3 (m3 O2/m3 fuel)pct theoretical air max vel (%)stoich air kg per kg (kg air/kg fuel)stoich air m3 per m3 (m3 air/m3 fuel)ufl pct (% vol)ultimate co2 pct (%)
Acetyleneheating_value3.83421.12392,9053,383gaseous_fuel0.692150.014554062.548.3092.67C2H23.072.58313.2711.968117.53

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