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Recent standardisation work in Sweden related to measurement of biomass fuel quality

Abstract

Work on Swedish standards for peat and biofuels started close to fifteen years ago. The same technical committee that has the responsibility for peat and solid biofuels is also handling the standardisation work on solid mineral fuels. Its counterpart within the ISO is TC 27 Solid mineral fuels. A number of the Swedish analysis standards are structured such that they define methods for all of the solid fuels in the same standard, with specific requirements for the type of fuel if necessary. By now, twenty Swedish biomass standards have been prepared and adopted, half of them already revised at least once. There are dedicated biofuel standards for terminology, sampling and sample preparation and for determination of parameters such as moisture, ash, size distribution, bulk density and mechanical strength. Solid fuels standards that include biomass and peat in their range of application exist for the determination of volatile matter, sulfur chlorine and calorific value. Solid fuel ash methods have been specifically developed for the determination of unburned material and sulfur content. At the present time, standard methods are being defined for the determination of total amounts of heavy metals in ash, and also methods for measuring the availability (leaching properties) of  More>>
Authors:
Maansson, Margret [1] 
  1. Swedish National Testing and Research Inst., Boraas (Sweden)
Publication Date:
Jun 01, 1998
Product Type:
Conference
Report Number:
SLU-ST-UPPRLT-301-SE; CONF-9710218-
Reference Number:
SCA: 091000; PA: SWD-98:007132; EDB-98:098700; SN: 98001951274
Resource Relation:
Conference: 1997 Feedstock preparation and quality workshop, Ulricehamn (Sweden), 13 Oct 1997; Other Information: DN: International Energy Agency/Bioenergy Agreement. Task XII Activity 4.1; PBD: 1998; Related Information: Is Part Of Proceedings. Feedstock preparation and quality 1997 workshop; Mattsson, Jan Erik [ed.]; PB: 56 p.
Subject:
09 BIOMASS FUELS; QUALITY ASSURANCE; STANDARDIZATION; BIOMASS; SOLID FUELS; SWEDEN; MOISTURE; ASHES; PARTICLE SIZE; CALORIFIC VALUE; SULFUR
OSTI ID:
646191
Research Organizations:
Swedish Univ. of Agricultural Sciences, Uppsala (Sweden). Dept. of Operational Efficiency
Country of Origin:
Sweden
Language:
English
Other Identifying Numbers:
Journal ID: ISSN 0282-2377; Other: ON: DE98756138; TRN: SE9807132
Availability:
OSTI as DE98756138
Submitting Site:
SWD
Size:
pp. 7-14
Announcement Date:
Oct 02, 1998

Citation Formats

Maansson, Margret. Recent standardisation work in Sweden related to measurement of biomass fuel quality. Sweden: N. p., 1998. Web.
Maansson, Margret. Recent standardisation work in Sweden related to measurement of biomass fuel quality. Sweden.
Maansson, Margret. 1998. "Recent standardisation work in Sweden related to measurement of biomass fuel quality." Sweden.
@misc{etde_646191,
title = {Recent standardisation work in Sweden related to measurement of biomass fuel quality}
author = {Maansson, Margret}
abstractNote = {Work on Swedish standards for peat and biofuels started close to fifteen years ago. The same technical committee that has the responsibility for peat and solid biofuels is also handling the standardisation work on solid mineral fuels. Its counterpart within the ISO is TC 27 Solid mineral fuels. A number of the Swedish analysis standards are structured such that they define methods for all of the solid fuels in the same standard, with specific requirements for the type of fuel if necessary. By now, twenty Swedish biomass standards have been prepared and adopted, half of them already revised at least once. There are dedicated biofuel standards for terminology, sampling and sample preparation and for determination of parameters such as moisture, ash, size distribution, bulk density and mechanical strength. Solid fuels standards that include biomass and peat in their range of application exist for the determination of volatile matter, sulfur chlorine and calorific value. Solid fuel ash methods have been specifically developed for the determination of unburned material and sulfur content. At the present time, standard methods are being defined for the determination of total amounts of heavy metals in ash, and also methods for measuring the availability (leaching properties) of certain elements in ash, in particular ash from combustion of biomass. Ash methods are of interest because of the focus on the possibilities of returning biomass-origin ash to forest soil as a fertilizer and also to prevent depletion of trace elements caused by the increase in the utilisation of the forest growth}
place = {Sweden}
year = {1998}
month = {Jun}
}