Accurate determination of the properties of biomass is of particular interest in studies on biomass combustion or cofiring. The aim of this paper is to develop a methodology for prompt analysis of heterogeneous solid fuels with an acceptable degree of accuracy. Special care must be taken with the sampling procedure to achieve an acceptable degree of error and low statistical uncertainty. A sampling and error determination methodology for prompt analysis is presented and validated. Two approaches for the propagation of errors are also given and some comparisons are made in order to determine which may be better in this context. Results show in general low, acceptable levels of uncertainty, demonstrating that the samples obtained in the proce...
This chapter deals with quality and the principal analytical methods to determine this parameter for...
Abstract. Designing woody fuel sampling methods that quickly, accurately and efficiently assess biom...
Detailed information on the biofuels is an essential requirement for the prediction of plant efficie...
Current standards for biofuel dealing with sample extraction, mass reduction and sample preparation ...
The objective of this study was to develop a methodology for the determination of the maximum sampli...
Bioenergy is one of the main contributors in the renewable energy markets but the quality of solid b...
AbstractA reliable and practical method for characterizing refuse-derived fuels (RDF) with respect t...
The use of renewable energy sources is becoming important to reduce global warming and to provide fu...
This paper investigates a method for the determination of the maximum sampling error and confidence ...
Biomass provides a great diversity of input materials and universal use, not only for heat generatio...
International audienceNowadays, the valorization of biomass, biowastes and by-products is among the ...
Two of the most commonly used solid biomass sources for fuel are wood chips and wood pellets. The ca...
The level of uncertainty during quantification of hazardous elements/properties of waste-derived pro...
The main aim of this paper is to present the design of experiment (DOE) and evaluation methodology f...
Participation in interlaboratory comparisons is a requirement of the accreditation bodies for granti...
This chapter deals with quality and the principal analytical methods to determine this parameter for...
Abstract. Designing woody fuel sampling methods that quickly, accurately and efficiently assess biom...
Detailed information on the biofuels is an essential requirement for the prediction of plant efficie...
Current standards for biofuel dealing with sample extraction, mass reduction and sample preparation ...
The objective of this study was to develop a methodology for the determination of the maximum sampli...
Bioenergy is one of the main contributors in the renewable energy markets but the quality of solid b...
AbstractA reliable and practical method for characterizing refuse-derived fuels (RDF) with respect t...
The use of renewable energy sources is becoming important to reduce global warming and to provide fu...
This paper investigates a method for the determination of the maximum sampling error and confidence ...
Biomass provides a great diversity of input materials and universal use, not only for heat generatio...
International audienceNowadays, the valorization of biomass, biowastes and by-products is among the ...
Two of the most commonly used solid biomass sources for fuel are wood chips and wood pellets. The ca...
The level of uncertainty during quantification of hazardous elements/properties of waste-derived pro...
The main aim of this paper is to present the design of experiment (DOE) and evaluation methodology f...
Participation in interlaboratory comparisons is a requirement of the accreditation bodies for granti...
This chapter deals with quality and the principal analytical methods to determine this parameter for...
Abstract. Designing woody fuel sampling methods that quickly, accurately and efficiently assess biom...
Detailed information on the biofuels is an essential requirement for the prediction of plant efficie...