Application of the Falcon Concentrator for fine coal cleaning

Minerals Engineering

Volumn 9, Issue 11, 1996, Pages 1143-1156

  Honaker, R Q ^a   Wang, D ^a   Ho, K ^b  

^a SOUTHERN ILLINOIS UNIVERSITY   (United States)

^b Illinois Clean Coal Institute   (United States)

Author keywords

Coal; Fine particle processing; Gravity concentration

Indexed keywords

CENTRIFUGATION; COAL ASH; CONCENTRATION (PROCESS); METALLURGY; SEPARATORS;

FINE PARTICLE PROCESSING; GRAVITY CONCENTRATION;

COAL PREPARATION;

EID: 0030288134     PISSN: 08926875     EISSN: None     Source Type: Journal    
DOI: 10.1016/0892-6875(96)00108-2     Document Type: Article

References (15)

1. Oblad, H.B., The rate of pyrite recovery during coal flotation. Proceedings, SME-AIME Fall Meeting, Oct. 16-18, Preprint number 85-427 (1985).
2. Honaker, R.Q. & Reed, S., Fine coal circuitry study using notation and gravity separation. Final Technical Report, Fiscal Year 1994, Illinois Clean Coal Institute, Carterville, Illinois (1995).
3. Chernosky, F.J. & Lyon, F.M., Comparison of the notation and adsorption characteristics of ore and coal pyrite with ethyl xanthate. Transactions, SME-AIME, 52, 11 (1972).
4. Rastogi, R.C. & Aplan, F.F., Coal flotation as a rate process. Minerals & Metall. Processing 2, 137 (1985).
5. Lai, R.W. Comparative study of the surface properties and the reactivity of coal pyrite and mineral pyrite. Minerals & Metall. Processng, 43 (Feb. 1990).
6. Yoon, R.-H., Lagno, M., & Luttrell, G.H. On the hydrophobicity of coal pyrite. Processng & Utiliz. of High Sulfur Coals (IV), Dugan et al., eds., Elsevier Science Publishers, Amsterdam, 241 (1991).
7. Adel, G.T., Wang, D., & Yoon, R.-H., Washability Characterization of Fine Coal. Proceedings, 8th Annual International Pittsburgh Coal Conference, October 14-18, 204 (1991).
8. Killmeyer, R.P., Hucko, R.E. & Jacobsen, P.S., Centrifugal float-sink testing of fine coal: an interlaboratory test program. Coal Prep., 10, 107 (1992).
9. Paul, B.C. & Honaker, R.Q., Production of Illinois basin compliance coal using enhanced gravity separation. Final Technical Report, Fiscal Year 1993, Illinois Clean Coal Institute report 93-1/5. 1B-1P, Carterville, Illinois (1994).
10. Riley, D.M. & Firth, B.A., Application of an enhanced gravity separator for cleaning fine coal. Proceedings, 10th Inter. Coal Prep. Conference, Lexington, Kentucky, 46 (1993).
11. Riley, D.M., Firth, B.A. & Lockhart, N.C., Enhanced gravity separation. High Efficiency Fine Coal Preparation: An International Symposium, Soc. of Mining, Metallurgy, & Explor., Littleton, Colorado, 79 (1995).
12. Venkatraman, P., Luttrell, G.H., Yoon, R.-H., Knoll, F.S., Kow, W.S. & Mankosa, M.J., Fine coal cleaning using the multi-gravity separator. High Efficiency Fine Coal Preparation: An International Symposium, Soc. of Mining, Metallurgy, & Explor., Littleton, Colorado, 109 (1995).
13. Luttrell, G.H., Honaker, R.Q. & Phillips, D.I., Enhanced gravity separators: new alternatives for fine coal cleaning. Proceedings, 12th Inter. Coal Prep. Conference, Lexington, Kentucky, 281 (1995).
14. Honaker, R.Q., Paul, B.C., Wang, D. & Huang, M., Application of centrifugal washing for fine-coal cleaning. Minerals & Metall. Processing, 80 (May 1995).
15. Knelson, B., The Knelson Concentrator: Metamorphism from crude beginning to sophisticated world wide acceptance. Minerals Engineering, 5, 10-12 (1992).