CHEMICAL ACTIVATED GRINDING OF KUTAHYA GEDIZ LIGNITE, SIRNAK ASPHALTITE AND SHALE BY ACIDIC COAL MINE WATER

Howard, P.H. Datta, R.S., 1977, Chemical Cominution: A Process for Liberating the Mineral matter from Coal, Coal Desulfurization (Ed. T. Wheelock) Washington, ACS Series 64, pp.58-64.

Howard, P.H. Datta, R.S., Hanchett, A. 1976, Pre-combustion Coal Cleaning Using Chemical Cominution: NCA/BCR Coal Conference and Expo Coal: Energy for Independence, Lousville.

Bond,F.C. 1952, The third theory of comminution, Trans. AIME, 193 (1952), pp. 484–494

Refahi,A., Rezai,B., Mohande si,J.A., 2007,Use of rock mechanical properties to predict the Bond crushing index, Miner. Eng., 20 (7) (2007), pp. 662–669 Figure 4. Bond breakage with chemically treated coal samples in 3 days.. Figure 5. Bond breakage with chemically treated coal samples in 3 days.. Section Mineral Processing

Tavares,L.M., King,R.P., 2002, Modeling of particle breakage by repeated impacts using continuum damage mechanics, Powder Technol., 123, pp. 138–146

Tavares,L.M., King,R.P., 2005,Continuum damage modeling of particle fracture, ZKG Int., 58 , pp. 49–58

Unland G., Szczelina,P., 2005, Coarse crushing of brittle rocks by compression, Int. J. Miner. Process., 74S, pp. S209–S217

Toroman Ö.Y., Uçurum, M., 2012, The effect of various operating parameters on fine grinding in a pilot scale Ball Mill, Proceedings of XIII International Mineral Processing Symposium, Bodrum, Turkey pp13-10

Gökçen HS., Çayırlı S, Ucbas Y.,Kayacı K, 2012, Dry Grinding of Sodium Feldspar in a Stirred Ball Mill, Proceedings of XIII International Mineral Processing Symposium, Bodrum, Turkey pp21-28Tavares, L.M., 2007, Breakage of Single Particles: Quasi-static, Salman,A.D. Ghadiri,M. Hounslow M.J.(Eds.),2007, Handbook of Particle Breakage, vol. 12Elsevier (2007), pp. 3 – 69A.N. Sengupta,2002, An assessment of grindability index of coal,Fuel Process Technol, 76 (1) (2002), pp. 1 –

ASTM D406, 2006, Hardgrove Grinding Index, ASTM Standards Inst.

P. Li, Y. Xiong, D. Yu, X. Sun,2005,Prediction of grindability with multivariable regression and neural network in Chinese coal,Fuel, 84 (18) (2005), pp. 2384–2388

G. Özbayoğlu, A.M. Özba yoğlu, M.E. Özbayoğlu,2008, Estimation of Hardgrove Grindability Index of Turkish coals by neural networks, Int J Miner Process, 85 (4) (2008), pp. 93–100

Austin,L.G. 2004, A preliminary simulation model for fine grinding in high speed hammer mills, Powder Technol., 143–144 (25) (2004), pp. 240–252

Bergstrom,B.H. 1985, Crushability and grindability, N.L. Weiss (Ed.), SME Mineral Processing Handbook, vol. 2Littleton (1985), pp. 30-65–30-68

Tavares,L.M., King,R.P., 1998, Single-particle fracture under impact loading, Int. J. Miner. Process., 54 (1998), pp. 1–28

Howard, P.H. Datta, R.S., 1977, Chemical Cominution: A Process for Liberating the Mineral matter from Coal, Coal Desulfurization (Ed. T. Wheelock) Washington, ACS Series 64, pp.58-64.

Howard, P.H. Datta, R.S., Hanchett, A. 1976, Pre-combustion Coal Cleaning Using Chemical Cominution: NCA/BCR Coal Conference and Expo Coal: Energy for Independence, Lousville.

Bond,F.C. 1952, The third theory of comminution, Trans. AIME, 193 (1952), pp. 484–494

Refahi,A., Rezai,B., Mohande si,J.A., 2007,Use of rock mechanical properties to predict the Bond crushing index, Miner. Eng., 20 (7) (2007), pp. 662–669 Figure 4. Bond breakage with chemically treated coal samples in 3 days.. Figure 5. Bond breakage with chemically treated coal samples in 3 days.. Section Mineral Processing

Tavares,L.M., King,R.P., 2002, Modeling of particle breakage by repeated impacts using continuum damage mechanics, Powder Technol., 123, pp. 138–146

Tavares,L.M., King,R.P., 2005,Continuum damage modeling of particle fracture, ZKG Int., 58 , pp. 49–58

Unland G., Szczelina,P., 2005, Coarse crushing of brittle rocks by compression, Int. J. Miner. Process., 74S, pp. S209–S217

Toroman Ö.Y., Uçurum, M., 2012, The effect of various operating parameters on fine grinding in a pilot scale Ball Mill, Proceedings of XIII International Mineral Processing Symposium, Bodrum, Turkey pp13-10

Gökçen HS., Çayırlı S, Ucbas Y.,Kayacı K, 2012, Dry Grinding of Sodium Feldspar in a Stirred Ball Mill, Proceedings of XIII International Mineral Processing Symposium, Bodrum, Turkey pp21-28Tavares, L.M., 2007, Breakage of Single Particles: Quasi-static, Salman,A.D. Ghadiri,M. Hounslow M.J.(Eds.),2007, Handbook of Particle Breakage, vol. 12Elsevier (2007), pp. 3 – 69A.N. Sengupta,2002, An assessment of grindability index of coal,Fuel Process Technol, 76 (1) (2002), pp. 1 –

ASTM D406, 2006, Hardgrove Grinding Index, ASTM Standards Inst.

P. Li, Y. Xiong, D. Yu, X. Sun,2005,Prediction of grindability with multivariable regression and neural network in Chinese coal,Fuel, 84 (18) (2005), pp. 2384–2388

G. Özbayoğlu, A.M. Özba yoğlu, M.E. Özbayoğlu,2008, Estimation of Hardgrove Grindability Index of Turkish coals by neural networks, Int J Miner Process, 85 (4) (2008), pp. 93–100

Austin,L.G. 2004, A preliminary simulation model for fine grinding in high speed hammer mills, Powder Technol., 143–144 (25) (2004), pp. 240–252

Bergstrom,B.H. 1985, Crushability and grindability, N.L. Weiss (Ed.), SME Mineral Processing Handbook, vol. 2Littleton (1985), pp. 30-65–30-68

Tavares,L.M., King,R.P., 1998, Single-particle fracture under impact loading, Int. J. Miner. Process., 54 (1998), pp. 1–28