m
Fj = S (1 - M i) x Fi
i = 1
where:
Fj = Total eligible biomass dry basis fuel input (lbs) for fuel type j;
Fi = Eligible biomass as fired fuel input (lbs) for fired shipment i;
Mi = Moisture content (fraction) for fired shipment i;
i = fired fuel shipment;
j = fuel type; and,
m = number of shipments.
Fj = Dj x Vj x (1 - Mj)
where:
Fj = Total eligible biomass dry basis fuel input (lbs) for fuel type j;
Dj = Density of biogas (lbs/scf) for fuel type j;
Vj = Total volume (scf) for fuel type j;
Mj = Moisture content (fraction) for fuel type j,
j = fuel type.
n
CO2 tons = S Fj x Cj x Oj x 44/12 x 0.0005
j = 1
where:
CO2 tons = CO2 emissions due to firing of eligible biomass for the reporting quarter;
Fj = Total eligible biomass dry basis fuel input (lbs) for fuel type j, as calculated in subdivision (b) of this section;
Cj = carbon fraction (dry basis) for fuel type j;
Oj = Oxidation factor for eligible biomass fuel type j, derived for solid fuels based on the ash content of the eligible biomass fired and the carbon content of this ash, as determined pursuant to paragraph (a) (12) of this section; for gaseous eligible biomass fuels, a default oxidation factor of 0.995 may be used;
44/12 = The number of tons of carbon dioxide that are created when one ton of carbon is combusted (44/12);
0.0005 = The number of short tons which is equal to one pound;
j = fuel type; and,
n = number of distinct fuel types.
where:
Hj = Heat input (MMBtu) for fuel type j;
Fj = Total eligible biomass dry basis fuel input (lbs) for fuel type j, as calculated in subdivision (b) of this section;
HHVj = Higher heating value (MMBtu/lb), dry basis, for fuel type j, as determined through chemical analysis;
j = fuel type.
n
Heat Input MMBtu = S Hj
j = 1
where:
Hj = Heat input (MMBtu) for fuel type j;
j = fuel type; and,
n = number of distinct fuel types.
N.Y. Comp. Codes R. & Regs. Tit. 6 §§ 242-8.7