671,000 tons of CO2 at an average cost of US$3.03/ton of CO2. This means the indirect effects will serve to double the direct carbon emissions reductions effected by the project and increase its cost effectiveness. Table 4: Calculation of CO2 Emissions Savings Units of Units of Rechargeable Units of Units of Alkaline Factors Kerosene Solar Total Batteries Batteries Number of lanterns 10,000.00 90,000.00 100,000.00 100,000.00 Amount kerosene or liters per batteries batteries per 1 batteries used 43.80 year * 116.80 per year † year ‡ per lantern Total amount liters in 3 batteries batteries in 3 used in 3 years 1,314,000.00 years 31,104,000.00 in 3 years 300,000.00 years for all products Carbon Tons CO2 Tons CO2 Tons CO2 emissions over 3,383.81 ˜ 388,800.00 ** 56,700.00 *** 3 years Carbon emissions Tons CO2 avoided over 3 Tons CO2 3,383.81 332,100.00 ^ 335,483.81 years (life of LA product) Annual Tons CO2 reduction of Tons CO2 1,127.94 110,700.00 ^ 111,827.94 CO2 Carbon emissions avoided over life of LA Tons CO2 Tons CO2 670,967.62 product if 6,767.62 664,200.00 ^ 200,000 lanterns are catalyzed GEF Grant for lanterns 112,454.00 1,012,086.00 1,124,540.00 GEF grant cost of direct $/Tons $/Tons $/Tons CO2 6.07 emissions 33.23 CO2 3.05 CO2 ~ avoided Total GEF grant cost per ton CO2 avoided by $/Tons $/Tons $/Tons CO2 3.03 catalyzing 16.62 CO2 1.52 CO2 ~ double number of lanterns Notes:
671,000 tons of CO2 at an average cost of US$3.03/ton of CO2. This means the indirect effects will serve to double the direct carbon emissions reductions effected by the project and increase its cost effectiveness. Table 4: Calculation of CO2 Emissions Savings Factors Kerosene Units of Alkaline Batteries Units of Rechargeable Solar Batteries Units of Total Units of Number of lanterns 10,000.00 90,000.00 100,000.00 100,000.00 Amount kerosene or batteries used per lantern 43.80 liters per year * 116.80 batteries per year † 1 batteries per year ‡ Total amount used in 3 years for all products 1,314,000.00 liters in 3 years 31,104,000.00 batteries in 3 years 300,000.00 batteries in 3 years Carbon emissions over 3 years 3,383.81 Tons CO2 ˜ 388,800.00 Tons CO2 ** 56,700.00 Tons CO2 *** Carbon emissions avoided over 3 years (life of LA product) 3,383.81 Tons CO2 332,100.00 Tons CO2 ^ 335,483.81 Annual reduction of CO2 1,127.94 Tons CO2 110,700.00 Tons CO2 ^ 111,827.94 Carbon emissions avoided over life of LA product if 200,000 lanterns are catalyzed 6,767.62 Tons CO2 664,200.00 Tons CO2 ^ 670,967.62 GEF Grant for lanterns 112,454.00 1,012,086.00 1,124,540.00 GEF grant cost of direct emissions avoided 33.23 $/Tons CO2 3.05 $/Tons CO2 6.07 $/Tons CO2 ~ Total GEF grant cost per ton CO2 avoided by catalyzing double number of lanterns 16.62 $/Tons CO2 1.52 $/Tons CO2 3.03 $/Tons CO2 ~ Notes:
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