|
| Source | Entry parameters | Value |
|
| [55] | Cost of annual amortization of construction and operation of storage centers ($/year) | = [281,250; 156,250; 406,250; 156,250; 156,250; 156,250; 156,250] |
| [55] | Amount of annual amortization of construction and operation of the biorefinery ($/year) | = [2,437,500; 4,500,000; 2,437,500] |
| [56] | Cost of annual amortization of the construction and operation of the mixing plant ($/year) | = [2,191,304.34; 3,286,956.52; 2,191,304.34] |
| [54, 57] | Cost of planting and cultivation of biomass ($/ha) | = [238.42, 131.57] (for all ) and = [288.94, 164.47] (for all ) and |
| [54, 57] | Cost of harvested biomass ($/ha) | = [63.15, 31.57] (for all ) and |
| | | = [78.94, 41.05] (for all ) and |
| [19, 58] | Cost of holding biomass units at harvest sites ($/t) | = 6.3 (for all ) |
| [19, 58] | Cost of holding biomass units in storage centers ($/t) | = 4.3 (for all) |
| [19, 58] | Cost of holding biomass units in biorefineries ($/t) | = 4.3 (for all ) |
| Assumed | Cost of holding bioethanol units in the biorefinery ($/L) | = 0.015 (for all ) |
| Assumed | Cost of holding units of bioethanol in mixing plants ($/L) | = 0.015 (for all ) |
| [55] | Cost of transporting a biomass unit from the harvest site to storage centers ($/t) | = 3.85 + 0.085 (for all ) |
| [55] | Cost of transporting a biomass unit from the harvest site to biorefineries ($/t) | = 3.85 + 0.085 (for all ) |
| [55] | Cost of transporting biomass unit storage centers to biorefineries ($/t) | = 3.85 + 0.085 (for all ) |
| [55] | Cost of transporting a bioethanol unit from biorefineries to mixing plants ($/L × km) | = 0.000028 (for all ) |
| [55] | Cost of transporting a bioethanol unit from mixing plants to customers ($/L × km) | = 0.000028 (for all ) |
| [2, 55] | Storage capacity of storage centers (t) | = [110000, 200000, 300600] |
| [55] | Bioethanol production capacity of biorefineries (L) | = [190, 380, 190] MLPY |
| Assumed | Capacity to store biomass per year in biorefineries (t) | = [0, 0, 0] (for all ) |
| [56] | Capacity of the mixing plants (L) | = [370000000,555000000,370000000] (for all ) |
| Assumed | Number of biorefineries that can be opened | = 3, (for all ) |
| Assumed | Number of mixing plants that can be opened | = 3, (for all ) |
| [59] | Cost per unit of fuel in the period ($/L) | = 1.00 (for all ) |
| [2] | The processing cost of a biomass unit ($/t) | = 48.86 (for all ) |
| Assumed | The proportion of land available at the harvest site | = 1.00 (for all ) |
| [58, 60] | Reason for deterioration of stored biomass | = 0.01 (/t) |
| [2, 55] | Biomass conversion ratio (L/t) | = [208.93, 274.9] for all |
| [55] | Demand | is the demand that follows a normal distribution with a standard deviation of 15% of the mean |
| Assumed | Percentage destined to store biomass in a biorefinery | = 0.26 (for all ) |
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