The Use of Biomass - RDF Fuel Mix in Biomass Power Plants and Problems
Conference proceedings article
Authors/Editors
Strategic Research Themes
Publication Details
Author list: Thitima Boodkaew, Chullapong Chullabodhi and Prattana Kaewpet
Publication year: 2022
Start page: 91
End page: 99
Number of pages: 9
Languages: Thai (TH)
Abstract
At present, biomass availability is becoming rare and its price has been continuously increased. Thus,
RDF, which contains higher heating value, with unlimited supply, becomes an attractive fuel for biomass
power plant operators. Howeverup to present, RDF has on been used in small circles. The reasons may be
that the operators isnot familiar and resistance from local community on the issue of environmental impact.
According to the issues mentioned above, this work will examine the suitability and problems of the use of
biomass – RDF mixtures in biomass power plants in terms of combustion technology, generator cost,
environment, and law and policies. The objective of this study is to conclude and clarify these different
aspects including occurring problems. From the study, it is found that to use biomass - RDF mix in power
plants RDF fuel mix biomass can combust in furnace burns in the same way as biomass fuel. It is to be
noted that the combustion of RDF fuel has sulfur component more than general biomass making SO2
emission. All the pollution control devices can be installed in the same way as general biomass and waste
power plants. The use of mixed RDF fuels, reduces fuel cost in electricity generation. Major problems from
using RDF mix, come from no specify a specific purchase rate, including process of obtaining permission to establish Still have to operate like a normal biomass power plant, which should be a relief like a normal waste power plant. The emissions standards are still inconsistent with reality, which should have a more specific emission standard configuration. To encourage a wider use of biomass – RDF mixtures and in line with the waste policy on the national agenda.
Keywords
เชื้อเพลิงกากตะกอน, การสร้างมูลค่าเพิ่ม, พลังงานจากของเสีย, การเผาร่วม, พลังงานชีวภาพ, sludge-derived fuel, value added, waste-to-energy, co-firing, bioenergy