Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
4389106 | Ecological Engineering | 2015 | 7 Pages |
Abstract
In particular, all costs items relating to biomass supply, plant installation and transport costs were analyzed, by changing progressively two main variables: the electrical power capacity and the feedstock utilized (in the range from 100 to 999Â kW) and the feedstock utilized, by substituting livestock waste with giant reed silage so as to determine the more economically advantageous option for the entrepreneur in proportion to power capacity generated. Furthermore, we calculated the revenues from the sale of electricity, according to the new incentive policies. The study results showed that, depending on current market conditions, the plants are more favorable results than size equal to 400 and 450Â kW. In according to the current economic policies, the best results in terms of economic performance have occurred in plants of 300Â kW. The study has highlighted how small-size plants can represent a possible strategy to improve the enterprise and territorial competitiveness.
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Authors
Filippo Sgroi, Anna Maria Di Trapani, Mario Foderà , Riccardo Testa, Salvatore Tudisca,