Evaluating biomass ash properties as influenced by feedstock and thermal conversion technology towards cement clinker production with a lower carbon footprint

Purpose: This study evaluates the potential of biomass ash as raw clinker material and the influence of biomass feedstock and thermal conversion technology on biomass ash properties. Methods: A set of criteria for biomass feedstock and ash properties (i.e. CaO/SiO2 ratio and burnability) are established. A large dataset was collected and the...

Evaluating Biomass Ash Properties as Infuenced by Feedstock and Thermal Conversion Technology towards Cement Clinker Production with a Lower Carbon Footprint

This study evaluates the potential of biomass ash as raw clinker material and the infuence of biomass feedstock and thermal conversion technology on biomass ash properties. Methods: A set of criteria for biomass feedstock and ash properties (i.e. CaO/SiO2 ratio and burnability) are established. A large dataset was collected and the best...

Early Agglomeration Recognition System - EARS: From bench-scale testing to industrial prototype

<p class=MsoNormal style="MARGIN: 0cm 0cm 0pt; mso-hyphenate: none"><wegspanlang=EN-GB><wegfont face="Times New Roman">This report describes the development and testing of a method to monitor and control agglomeration in a bubbling fluidised-bed combustor. EARS - for Early Agglomeration Recognition...