- مبلغ: ۸۶,۰۰۰ تومان
- مبلغ: ۹۱,۰۰۰ تومان
Heat and electrical energy production with the application of consolidated biomass is getting more and more important in power industry . Many countries aim at the increase of percentage portion of fuels from biomass in energy production by running the proper politics . Biomass is a material with nonhomogeneous structure and composition, low density and calorific power . Different consolidation techniques for biomass are applied e.g. pelletization or briquetting which should improve the above mentioned parameters . The calorific power of the solid fuel obtained from fragmented fibrous biomass, which belongs to natural polymers, depends on the properties of material, operation parameters of consolidation process – especially compressive force and temperature [5, 6]. During consolidation process of this material the decrease of moisture and elimination of volatile and degraded elements of carbohydrates fraction exist. This has an influence on the increase of calorific value and resistance to air humidity effect [7–9]. The paper presents the investigation results of consolidation of two types of fibrous materials i.e. reed and rice straw. The application of huge sources of this biomass for energetic purposes is accepted as the best method of waste management. The investigation results will be applied to elaborate consolidation methods and plasticization methods of external surface of nonclassical materials with the application of real structure and thermomechanical properties [10–12].