[1] Zhu, Xun, Zhang, Hui, Tan, Yu, Wang, Hong, and Liao, Qiang. Analogue experimental study on centrifugal-air blast granulation for molten slag. Applied thermal engineering, 88:157–164, 2015.
[2] G. Hendrik, van Oss. slag-iron and steel. US geological survey minerals yearbook, 2010.
[3] Xu, Yongtong, Ding, Yi, Cai, Zhangping, Liu, Qing, and Ye, Shufeng. Development of heat recovery from blast furnace slag using dry granulation methods. China Metall, 17(9):1, 2007.
[4] Tetsuro, N, Hiroshi, N, Koichi, F, and Tsukio, I. Heat recovery in dry granulation of molten blast furnace slag. Energy Dev. Jpn.;(United States), 5(3), 1983.
[5] Sieverding, F. Heat recovery by dry granulation of blast furnace slags. Steel Times, 208(7):469–469, 1980.
[6] Ind, Sumimoto Metals. Treatment of molten slags. Japan patent, 57:086, 1982. [7] H. Yoshida, Y. Nara, G. Nakatani T. Anzai H. Sato. The technologyofslagheatrecoveryatnkk. TechnicalResearch Center, NKK, Japan, 1984.
[8] Hu, J. Development of comprehensive utilization technology of blast furnace slag at home and abroad and suggestion for angang. Angang Technology, 2003.
[9] Tiberg, N. Energyrecoveryfrommoltenslagandexploitationoftherecoveredenergy. Conferenceheatrecoveryfrom molten slag, pp. 1837–1842, 2010.
[10] Bisio, G. Energy recovery from molten slag and exploitation of the recovered energy. Energy, 22(5):501–509, 1997.
[11] Barati, Mansoor, Esfahani, Shaghayegh, and Utigard, TA. Energy recovery from high temperature slags. Energy, 36(9):5440–5449, 2011.
[12] et al, Fujii. Apparatus for heat recovery from molten slag. US. patent, 4,350,326, 1982.
[13] Shun, L. Heat recovery from b.f. slag at home and abroad. Ind Heating, 38(9):5–32, 2009.
[14] Dai, Xiao-tian, QI, Yuan-hong, and ZHANG, Chun-xia. Development of molten slag dry granulation and heat recovery in steel industry [j]. Journal of Iron and Steel Research, 7, 2008.
[15] Z. Cao, L. Xie. Facility for liquid slag treatment by rotary cylinder and its production results at baosteel. baosteel technology, Shanghai China, 2001.
[16] Rodd, L, Koehler, T, Walker, C, and Voermann, N. Economics of slag heat recovery from ferronickel slags. in Sustainability for Profit. Conference of Metallurgists (COM2010), pp. 3–17, 2010. [17] Works, Fukuyama. Blast granulation system of bof slag anditsproducts.NipponKokanTechnicalReport,38,1983.
[18] Ando, J,Onoue, H,Nakahara, T,Ichimura, S,andKondo, M. Development of slag blast granulating plant characterized by innovation of the slag treatment method, heat recovery and recovery of slag as resources. Mitsubishi Heavy Ind. Tech. Rev., 22(2):136–142, 1985.
[19] for Technical, National Swedish Board. A new granulation technique for heat recovery from molten slag. Energy technology, 1979.
[20] G. Li, C. Zhu. Environmental protection and energy conservation of ferrous metallurgy, 2nd ed. Beijing, Metallurgical Industry Press, 2010.
[21] Youwu, Zhou. Comprehensive sensible heat recovery technologies of blast furnace slag developed in japan. Angang Technol, 10, 1990.
[22] S. Wang, F. Liang, J. Wang. Technologies and utilizations of solid waste recyele [m]. Beijing, Metallurgical Industry Press, 2003.
[23] Pickering, SJ, Hay, N, Roylance, TF, and Thomas, GH. New process for dry granulation and heat recovery from molten blast-furnace slag. Ironmaking and steelmaking, 12(1):14–20, 1985.
[24] Qu, Yu-lin, Mao, Yan-li, Zhang, Dong-li, and Wang, Zhuo. Progress on granulation for blast furnace slag by rotary cup atomizer at home and abroad. Energy Metall Ind, 30(4):23–25, 2011.
[25] Mizuochi, Toshio, Akiyama, Tomohiro, Shimada, Taihei, Kasai, Eiki, and Yagi, Jun-Ichiro. Feasibility of rotary cup atomizer for slag granulation. Isij International, 41(12):1423–1428, 2001.
[26] J. Liu, X. Yu, C. Dou X. Hu. Experimental study on rca of blast furnace slag. National conference of energy and thermal engineering, 2008.
[27] Liu,JunXiang,Yu,QingBo,Dou,ChenXi,andLi,Rong. Experimental study on heat transfer characteristics of apparatus for recovering the waste heat of blast furnace slag. 97:2343–2346, 2010.
[28] Purwanto, Hadi and Akiyama, Tomohiro. Mathematical modeling of molten slag granulation using a spinning disk atomizer (sda). 2005
. [29] Purwanto, Hadi, Mizuochi, Toshio, and Akiyama, Tomohiro. Prediction of granulated slag properties produced from spinning disk atomizer by mathematical model. Materials transactions, 46(6):1324–1330, 2005.
[30] S. Jahanshani, J. G. Mathieson, P. Ridgeway. Overview of the co2 breakthrough program and linkage to iisi. CSRP’08, 2007.
[31] Xie, D, Donnelley, J, Flann, R, Pan, Y, Sanetsis, S, and Washington, B. Piloting the integrated dry granulation and heat recovery process at csiro. CSRP’08, 21:22, 2007.
[32] Yang, Zhi-yuan, Zhou, Yang-min, Yan, Zhao-min, and YI, Chui-jie. Experimental study of dry centrifugal granulation of molten blast slag. Science Technology and Engineering, 23, 2009.
[33] Xie, D, Washington, B, Norgate, T, and Jahanshahi, S. Dry granulation of slags–turning waste into valuable cement binder. , 18(4):1088–1091, 2005.
[34] McDONALD. Dry slag granulation device and method. Patent No. WO2013030016A1, 2013.
[35] Barry, W. Slag granulation device. patent No. WO2013029933A1, 2013.
[36] Kashiwaya, Yoshiaki, In-Nami, Yutaro, and Akiyama, Tomohiro. Development of a rotary cylinder atomizing method of slag for the production of amorphous slag particles. ISIJ international, 50(9):1245–1251, 2010.
[37] Kashiwaya, Yoshiaki, In-Nami, Yutaro, and Akiyama, Tomohiro. Mechanism of the formation of slag particles by the rotary cylinder atomization. ISIJ international, 50(9):1252–1258, 2010. [38] Maruoka, Nobuhiro, Mizuochi, Toshio, Purwanto, Hadi, and Akiyama, Tomohiro. Feasibility study for recovering waste heat in the steelmaking industry using a chemical recuperator. ISIJ international, 44(2):257–262, 2004.
[39] Rowe, David Michael. Thermoelectric waste heat recovery as a renewable energy source. International Journal of Innovations in Energy Systems and Power, 1(1):13–23, 2006.
[40] etal,SolviB. Drygranulationofmetallurgicalslag. Patent No. US20130206875A1, 2013.
[41] et al, Marc Solvi B. Granulation of metallurgical slag. patent No. US20130292878A1, 2013.
[42] T, Shimizu. Device for recovering heat of molten slag. patent No. EP2431697A1, 2010.