High capacity fine coal cleaning using an enhanced gravity concentrator

R. Q. Honaker

doi:10.1016/s0892-6875(98)00105-8

High capacity fine coal cleaning using an enhanced gravity concentrator

R. Q. Honaker

Research output: Contribution to journal › Article › peer-review

45 Scopus citations

Abstract

Recent research has shown that enhanced gravity separators provide the opportunity to effectively clean 1 mm × 37 micron coal. A detailed experimental program was performed on a continuous Falcon Concentrator, which was found to achieve separations at mass throughput capacity values in excess of 75 tonnes/hour. The apparent particle separation density for 1 mm × 75 micron coal was about 1.60 with relatively high efficiency (Ep = 0.12). Typical ash and sulfur rejection values of 85% and 70%, respectively, were achieved while recovering 85% of the combustible material. Metallurgical and efficiency data from the evaluation are presented in this publication.

Original language	English
Pages (from-to)	1191-1199
Number of pages	9
Journal	Minerals Engineering
Volume	11
Issue number	12
DOIs	https://doi.org/10.1016/s0892-6875(98)00105-8
State	Published - Dec 1998

Bibliographical note

Funding Information:
The funding for the work presented in this publication was funded in part by the Illinois Clean Coal Institute (Project No. 94-1.1A-1) and CONSOL Inc. The author expresses sincere appmcintion for the assistance of Dr. D. Wang and Mr. Richard Voyles for efforts in constructi~ and maintaining the fine coal cleaning circuit. Gratitude for support is also extended to the SIUC Coal Research Center and Steve McAlister of Falcon Concentrators, Inc.

Keywords

Coal
Fine particle processing
Gravity concentration

ASJC Scopus subject areas

Control and Systems Engineering
General Chemistry
Geotechnical Engineering and Engineering Geology
Mechanical Engineering

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10.1016/s0892-6875(98)00105-8

Cite this

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abstract = "Recent research has shown that enhanced gravity separators provide the opportunity to effectively clean 1 mm × 37 micron coal. A detailed experimental program was performed on a continuous Falcon Concentrator, which was found to achieve separations at mass throughput capacity values in excess of 75 tonnes/hour. The apparent particle separation density for 1 mm × 75 micron coal was about 1.60 with relatively high efficiency (Ep = 0.12). Typical ash and sulfur rejection values of 85% and 70%, respectively, were achieved while recovering 85% of the combustible material. Metallurgical and efficiency data from the evaluation are presented in this publication.",

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N1 - Funding Information: The funding for the work presented in this publication was funded in part by the Illinois Clean Coal Institute (Project No. 94-1.1A-1) and CONSOL Inc. The author expresses sincere appmcintion for the assistance of Dr. D. Wang and Mr. Richard Voyles for efforts in constructi~ and maintaining the fine coal cleaning circuit. Gratitude for support is also extended to the SIUC Coal Research Center and Steve McAlister of Falcon Concentrators, Inc.

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N2 - Recent research has shown that enhanced gravity separators provide the opportunity to effectively clean 1 mm × 37 micron coal. A detailed experimental program was performed on a continuous Falcon Concentrator, which was found to achieve separations at mass throughput capacity values in excess of 75 tonnes/hour. The apparent particle separation density for 1 mm × 75 micron coal was about 1.60 with relatively high efficiency (Ep = 0.12). Typical ash and sulfur rejection values of 85% and 70%, respectively, were achieved while recovering 85% of the combustible material. Metallurgical and efficiency data from the evaluation are presented in this publication.

AB - Recent research has shown that enhanced gravity separators provide the opportunity to effectively clean 1 mm × 37 micron coal. A detailed experimental program was performed on a continuous Falcon Concentrator, which was found to achieve separations at mass throughput capacity values in excess of 75 tonnes/hour. The apparent particle separation density for 1 mm × 75 micron coal was about 1.60 with relatively high efficiency (Ep = 0.12). Typical ash and sulfur rejection values of 85% and 70%, respectively, were achieved while recovering 85% of the combustible material. Metallurgical and efficiency data from the evaluation are presented in this publication.

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KW - Gravity concentration

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High capacity fine coal cleaning using an enhanced gravity concentrator

Abstract

Bibliographical note

Keywords

ASJC Scopus subject areas

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