Abstract
The aim of the conducted research was to obtain information on the main components of ashes from 35 biomass species used in combustion processes to obtain reference data for the development of utility possibilities for these ashes, with particular emphasis on agricultural use. The examined biomass samples were divided into groups depending on origin: woody biomass and energetic woody plants I-WWB, herbaceous and grassy energy plants II-EC, agricultural waste III-AR, forest waste IV-FR and waste from the agri-food industry V-AFIW. The analysis of the studied elements contents was carried out in the designated groups. The chemical composition of ash was dominated by the macroelements Ca, K, P and S, which suggests the possibility of their agricultural use. At the same time, the low content of toxic elements such as As and Pb should not be a limiting feature in their use, with the exception of wood biomass. In addition, ashes obtained from the biomass combustion were enriched with microelements such as Zn, Cu and Mn, which further increases their possibilities of fertilizer use. The potential use of ash from each type of biomass in the aspect of its chemical composition should be considered individually, regardless of the division into groups depending on the origin of biomass.
Subject
Energy (miscellaneous),Energy Engineering and Power Technology,Renewable Energy, Sustainability and the Environment,Electrical and Electronic Engineering,Control and Optimization,Engineering (miscellaneous)
Reference33 articles.
1. Willow Biomass Energy Generation Efficiency and Greenhouse Gas Reduction Potential
2. Calorific evaluation and energy potential of grape pomace
3. Production from Biomass in a Trigeneration System;Viktarovich;Rocz. Ochr. Sr.,2016
4. Utilization of biomass for energy purpose versus reduction of emission of air pollutants from municipal and households sector;Mirowski;Rocz. Ochr. Sr.,2016
5. Wpływ dodatku zużytego oleju spożywczego na efekty spalania osadów ściekowych
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