Abstract
This chapter deals with performance of Refractories in the Cement industry. The factors which determine the performance of Refractory are addressed in details. It shows that although Refractory quality is very important, the refractory performances depend only to a small extent on Refractory quality. The best quality refractory will not perform well if the other factors are not conducive. The effects of various factors, e.g., chemical, redox conditions, attack of liquid phases of clinker, and mechanical and thermo-mechanical stresses, on the refractory performances in kiln and other equipments are discussed at length. The effects of alternate fuels and the degradation of refractory in presence of alkali vapor and oxides of sulfur are discussed at length. The reactions of aluminosilicate refractories in presence of vanadium oxides are discussed. The mechanism of hydration of basic refractories is addressed. The effect of the mechanical factors like ovality, creep, cranking of kiln, etc. on refractory performance and the checking method are discussed in details with diagrams. The effect of overheating, flame character, etc. is discussed in detail. The effect of thermal shock, abrasion of clinker, and high-velocity dust-laden gases on refractories is discussed in details. The reason for Ring formation and build up in the kiln are discussed. The failure of refractories due to anchor failure and the sigma phase embrittlement of stainless steel is discussed in details. The effect of kiln diameter on the chance of falling of bricks from the lining is highlighted. Many photographs are there for different types of refractory damages and failures occur in actual services.
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References
Refractory materials and coating formation – Holderbank Cement Seminar 2000.
The cement rotary kiln and its refractory lining – P. Bartha, Interceram, Refractories manual, 2004.
Stresses on Refractories – Challenges and solution – ECRA News letter, 2/2014.
Modern Refractory solutions for Cement rotary kiln-which brick suits which kiln section – H. Kunemann et.al. Tehran International conference on Refractories, 4–6 May, 2004.
Alternative fuels in cement manufacturing – Moses P.M. Chinyama, University of Malawi.
Alternate fuels – Understanding and meeting the challenges faced by refractories in Cement plants. – Dr. T. S. Svendsen, Hasle Refractories A/S.
RDF as Kiln Fuel – E. Joseph Duckett, Scwartz and Connolly Inc. Washington DC and David Weiss, National Center for resource recovery Inc. Washington D.C.
Prediction of the chemical loading of refractories in a cement rotary kiln by means of process simulation – Robert Emler et.al, UNITECR 2007 proceedings, pp 577–581.
Monolithic linings of cement kilns under conditions of combustion of alternative fuel Ing. Milan Henek, et.al, Prumyslova Keramica, Spol. sr.o, Rajec Zestrebi.
Alternative fuels for cement industry – A review, Rajendra K Patil and Mohan P Khand, Proceedings of the 2014 International conference on Industrial Engineering and Operation management, Bali, Indonesia, Jan 7–9, 2014.
A case study of high temperature corrosion in cement rotary kiln – J.H. Potgeiter et. al. The Journal of South African Institute of Mining and Metallurgy, Nov. 2004.
Direct and Indirect slag corrosion of Oxide and Oxide-C Refractories – W.E. Lee, S. Zhang, VII International Conference on molten Slag, fluxes and salt, The South African Institute of Mining and Metallurgy, 2004.
Corrosion of Refractories – Dennis A Brosnan, A chapter in the Refractories handbook, Edited by Charles A Schacht, Mercel Dekker Inc. New York.
Rotary Cement Kiln – Kurt E. Peray, Edward Arnold, Chapter-9.
Burnability and Clinkerization of Cement raw mixes – T.K. Chatterjee, Progress in Cement and Concrete technology, Pergamon press, Page-10-56.
Understanding clinker liquid phase – RicardoMosci.
Corrosion mechanism of Refractory bricks lining in the Cement Kiln – Montadher A Muhammed et.al. – The Iraqi Journal of Mechanical and Material Engineering, Vol 9, No 2, 2009.
Chemical degradation map for sodium attack on refractories – K. Tschope, J. Rutlin, T. Grande, Dept of Material science and engineering, Norwegian University of science and technology, Trondheim, Light metals 2010.
Alkali attack on cement plant refractories – an alternative perspective, – Michael Walton, Prinicipal, Refmet, Melbourne.
Study of Refractory bricks with improved alkali resistance for the Cement industry – V. Demirsan and I. Buyukcayir, Refractory world forum, s(2013)1.
Alkali corrosion of refractories in Cement kiln – PPT, E. Schlegel, C.G. Aneziris and U. Fischer, Bergakademie, Technische Universitat, Freiberg.
Installation and performance of Monolithic materials with graded alkali resistance, Kai Bemdiek and Hans-Jurgen Klischat, UNITECR Proceedings 2011, 2-B2-1.
Development of alkali resistant refractories for Cement industry. – P. Sengupta and Nitesh Gupta, AUCBM conference, proceedings, 2010.
Sulfur release during alternate fuel combustion in Cement rotary kilns – Kortada Mut, Maria del Mar, Ph.D Thesis, Technical University of Denmark, 2014.
Impact of alternate fuels on industrial Refractories and Refractory insulation application – ORNL report Metals and Ceramics Division, by G.C. Wei and V.J. Tennery, 1976.
Identification of Refractory material failure in Cement kiln – Peter Lugisani, M.Sc Thesis, University of Witwatersrand, Johannesburg, South Africa.
Hybrid spinel technology for basic bricks in chemically highly loaded cement rotary kiln – G. Gelbman et.al, UNITECR Proceedings, 2013, pp 168–170.
Development of Magnesia Spinel brick for transition zone in cement rotary kiln under the vastly increasing use of waste- Makoto Ohno et.al. – UNITECR Proceedings – 2013, pp 193–197.
Interaction of MgO-MgR2O4 Refractories with SO2 containing gases – N.Z. Fotoyi and R.H. Eric, Minteq, South Africa, and University of Witwatersrand, Johannesburgh, South Africa.
Identification of Refractory material failure in Cement kiln – Peter Lugisani, M.Sc Thesis, University of Witwatersrand, Johannesburg, South Africa.
Influence of Magnesia in infiltration of Magnesia Spinel Refractory bricks by different clinkers – G.E. Goncalves, et.al. REM: R. Esc. Minas, Ouro Preto, 68(4), 409–415, oct. dec. 2015.
Corrosion of basic refractories in contact with cement clinker and kiln hot meal – Jacek Szczerba, Journal of material science and chemical engineering, 2014, 2, 16–25.
Magnesia Refractory dry out – managing the risk of hydration – J.D. Steencamp et.al, The journal of Southern African Institute of mining and metallurgy, Volm – 111, June 2011.
Case study involving the hydration of Magnesite containing brick – Richard C Caldon and Patrick D McNamara, UNITECR proceedings, 2009.
Hydration mechanism of Magnesia based Refractory bricks, Thesis submitted by Shuxin Zhou, Metals and Material Engineering, University of British Columbia, 2004.
Test of the degree of hydration of Magnesia Chrome and Magnesia Spinel bricks- RHI AG Refractories.
Identification of Refractory material failure in Cement kilns corrections – Ph.D Thesis paper, Peter Lugisani, University of Witwatersrand.
Benefits of Modern Doloma-Magnesia linings in Modern Cement kilns – Johannes Heartenstein and Ronald Krischanitz, The Journal of Refractory Innovation, RHI-Magnesita, 2018.
Optimization of burner kiln 7, Cementa slite – Fred Gronwall, SLU, Swedish University of Agricultural Science, Faculty of natural resources and agricultural sciences, Department of energy and technology.
Infinity Cement equipment – everything-need-know-cement-kiln-flame https://www.cementequipment.org/home/firing-systems/everything-need-know-cement-kiln-flame/.
Interrelation between lining service life and kiln ovalities – Yoshiki Tuchiya et al UNITECR 1995, pp 241–247.
Mechanical Kiln Inspection – FL Smidth.
Damage of Refractories lined in Cement rotary kiln – Makoto Ono and Hisao Kozuka, Teheran International Conference on Refractories, 4–6 May, 2004.
Numerical evaluation of brick lining status in Rotary kiln – Dmitrij Ramaneka, Thesis, Lulea University of Technology, 2015.
The measurement of shells elastic ovality as essential element of diagnostic of rotary drum’s technical state. – Maciej Switalski, Diagnostyka, 1(53) 2010.
Rotary kiln alignment in dynamic condition – Zbigniew Krystowczyk, Cement and building materials, 15th March, 2004.
Technical documentation of Geoservex – Results of deviation measurement and geometry of kiln No 1 at Exemplary Cement Plant, 30th March – 16th April.
Creep measurement – Walter Gebhart, Facebook Comment.
Best available techniques for the Cement industry – CEMBUREAU, 1999.
Sulfur, Spurrite and Rings – always a headache for the kiln operator – Josef Nievoll et. Al, RHI Bulletin >2>2017.
Kiln exit build ups – Study of alkali and sulfur volatilization – Presbury B. West, Portland Cement association, 1995.
When a Refractory failure Isn’t – an anchor issue – Michael C Walton and Paul A. Plater, Refmet, PRAHRAN, Victoria 3181, Australia.
Anchor selection for Monolithic lining – Technical Bulletin, Harbison-Walkar Refractories Company.
Sigma phase embrittlement of stainless steel in FCC service – Jorge Hau and Anthonio Seijas, Corrosion Nacexpo, 61st Conference and exposition.
Microstructural and mechanical characterization of 301 stainless steel welded joints. – Aurora Poinescu et.al, Journal of arts and science, No1 (42), pp 275–282, 2018.
Installation of Refractory materials – PPT by Rainer Gocht, Refractechnik GmbH.
The problems of rotary kilns of cement and their remedies – Mohammed Mosle Salman and Asmaa Madhe Ali, International journal of Civil Engineering and technology, Vol 10, Issue 2, 2019.
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Sengupta, P. (2020). Refractory Performances and Mechanism of Damages. In: Refractories for the Cement Industry. Springer, Cham. https://doi.org/10.1007/978-3-030-21340-4_7
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DOI: https://doi.org/10.1007/978-3-030-21340-4_7
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