[1] Engin T., Ari V., Energy Auditing and Recovery for Dry Type Cement Rotary Kiln Systems––A Case Study, Energy Conversion and Management (2005) 46:551–562.
[2] Worrell E., Martin N., Price L., Potentials for Energy Efficiency Improvement in the US Cement Industry, Energy (2000) 25:1189–1214.
[3] Khurana S., Banerjee R., Gaitonde U., Energy Balance and Cogeneration for a Cement Plant, Applied Thermal Engineering (2002) 22:485–494.
[4] Radwan M., Different Possible Ways for Saving Energy in the Cement Production, Advances in Applied Science Research (2012) 3:1162-1174.
[5] Onut S., Soner S., Analysis of Energy Use and Efficiency in Turkish Manufacturing Sector SMEs, Energy Conversion and Management (2007) 48:384–94.
[6] Thermal Energy Equipment: Boilers & Thermic Fluid Heater, Energy Efficiency Guide for Industry in Asia, UNEP (2006) 1-42.
[7] Boiler plant systems, Business & Government energy Management Division, Energy Management Series for Industry Commerce and Instituations, Ottawa, Ontario, K1A 0E4 (1985).
[8] Vakkilainen E. K., Ahtila P., Modern Method to Determine Recovery Boiler Efficiency, O Papel (2011) 72:58-66.
[9] Energy Efficiency and Resource Saving Technologies in Cement Industry, ASIA-Pacific Partnership on Clean Devopment, Cement Task Force, Washington, D.C (2006).
[10] Gan H., Zhang J., Zeng H., Development of Main Boiler Simulation System for LNG Ship, International Journal of Advancements in Computing Technology (IJACT) (2012) 4:466-475.
[11] Teir S., Kulla A., Boiler Calculations, Energy Engineering and Environmental Protection (2002) 1-14, Steam Boiler Technology eBook.
[12] BS 845:1987, Part 1 and 2, Methods for Assessing Thermal Performance of Steam and Hot Water Boilers and Heaters for High Temperature Heat Transfer Fluids, British Standards Institution, London.
[13] Siegert A., On the Determination of Heat Loss in Chimney Gases, Journal für Gasbeleuchtung und Wasserversorgung (1888).
[14] Carpenter K., Schmidt C., Kissock K., Common Boiler Excess Air Trends and Strategies to Optimize Efficiency, ACEEE Summer Study on Energy Efficiency in Buildings (2008) 3:52-63.
[15] William F. P., Efficient Boiler Operations Sourcebook (1996) 1-309, ISBN 0135322685, 9780135322680, Fairmont Press.
[16] Kristinsson H., Lang S., Boiler Control,Improving Efficiency of Boiler Systems, Lund University, Faculty of Engineering Division of Industrial Electrical Engineering and Automation (2010).
[17] Eckerlin M., The Importance of Excess Air in the Combustion Process, MAM 406, Energy Conservation in Industry, North Carolina State Unirsity (2011).