- Per tonne:
- Labour β¦150 (Sf 2.34)
- Materials β¦0
- Capital β¦8,700
- Energy β¦250
- Surplus β¦12,140
Whole chain per tonne: 4 labour hours, 5,000 kWh.
Formula
A.C. = w0LhSf Labour β¦150 Shadow wage w0 β¦16 an hour Γ Lh 4 hours per tonne Γ skill factor Sf 2.34 Sf for industry: training β¦45,000 against β¦45,000, queue 20 hours against 48 + Ξ£ qiPirΞ»i Materials β¦0 A raw material, with no recipe inputs. + (D + Mo)Ξ±e Capital β¦8,700 Depreciation and maintenance β¦6,000 per tonne Γ financing 1.45 Γ waste factor Ξ±e 1.00 Financing is interest at 6% on equipment's average value over a 15-year life. Ξ±e is 1.00 when maintenance hours and defects are on target. + Epe Energy β¦250 E 5,000 kWh per tonne Γ pe β¦0.05 per kWh = β¦9,100
A.V. = rP*world Accounted value β¦21,240 per tonne World price $14,000 per tonne plus freight and insurance 1.14% = P* $14,154 Γ r 1.5 crowns per US dollar Import parity: the price at the Commonwealth border for a good it could otherwise import. Observed abroad, not calculated: a wasteful producer raises only its own cost. = β¦21,240
Revenue = A.V. Γ Q Accounted revenue β¦239 m p.a. Domestic: 11,240 t Γ β¦21,240 = β¦239 m = β¦239 m
Surplus = (A.V. β A.C.) Γ Q β levies Accounted surplus β¦137 m p.a. Revenue β¦239 m β cost β¦9,100 Γ 11,240 t = β¦136 m Distributed 40% to reinvestment, 20% to the municipal aggregate and 40% swept to the Treasury. = β¦137 m
Output
Made from per tonne
A raw material: no recipe inputs.
Used in p.a.
-
Tin imported11,240 tβ¦239 m100%
- Final domestic use 11,130 t β¦236 m 99%