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Electricity use in the chlorine cell The allocation of electricity to the different products from the chlorine cell has been the subject of much discussion over the years. Almost all methods that have been proposed have their proponents and opponents and no single method meets with universal approval. In the present work electricity input is partitioned over all marketable or usable products on a simple mass basis. This is the method that has traditionally been used in almost all work to date. ECO-PROFILE OF CHLORINE The data reported here are for dried, compressed chlorine. Table 2 shows the gross or cumulative energy to produce 1 kg of chlorine and Table 3 gives this same data expressed in terms of primary fuels. Table 4 shows the energy data expressed as masses of fuels. Table 5 shows the raw materials requirements and Table 6 shows the demand for water. Table 7 shows the gross air emissions and Table 8 shows the corresponding carbon dioxide equivalents of these air emissions. Table 9 shows the emissions to water. Table 10 shows the solid waste generated and Table 11 gives the solid waste in EU format. Table 2 Gross energy required to produce 1 kg of chlorine. (Totals may not agree because of rounding) Fuel type Electricity Oil fuels Other fuels Totals Fuel prod'n & delivery energy (MJ) 8.17 0.19 0.24 8.60 Energy content of delivered fuel (MJ) 4.08 1.40 5.43 10.91 Energy use Feedstock in energy transport (MJ) (MJ) 0.07 - 0.07 0.01 0.02 <0.01 0.17 0.01 Total energy (MJ) 12.33 1.67 5.69 19.69 cl2 10PDF Image | CHLORINE Euro Eco Profile
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