The time of rotation is also linked to the optimum moisture content, and it is suggested that longer rotation time can reduce amount of moisture needed to form the pellets. 6. Bibliography Ennis B.J., Litster size in Chemical J.D., 1997. “Particle enlargement” engineers handbook, 7th edition, New York, pp. 20 89. – Inveson S.M., Holt S., Biggs S., rate into 2001. “Liquid penetration submerged porous particles.” Trans. Inst. Min. Metall., Sect. C: Miner. Process. Extr. Metall. 110, C133 C143. – Inveson S.M., Holt S., Biggs S., contact angle of iron ores 2004. “Advancing as a function of their hematite and goethite content: implications for pelletising and J. Miner. Process 74, 281 287. sintering.” Int. – Inveson S.M., Holt S., Rapmond S., Loo S., Biggs S.R., 1998. effect of “The solid-liquid contact angle on the granulation of porous materials” Advanced Technologies for Particle Processing, Miami Beach, USA, vol. 1, pp. 127 – 132. Litster J.D., of the material properties of iron Waters A.G., 1988. “Influence ore sinter feed on granulation Technology, vol. 55, effectiveness.” Powder pp. 141 151. – Litster J.D., Waters A.G., of iron ore sinter feed 1990. “Kinetics granulation.” Powder Technology, vol. 62, pp. 125 134. –
The time of rotation is also linked to the optimum moisture content, and it is suggested that longer rotation time can reduce amount of moisture needed to form the pellets. 6. Bibliography Ennis B.J., Litster J.D., 1997. “Particle size enlargement” in Chemical engineers handbook, 7th edition, New York, pp. 20 – 89. Inveson S.M., Holt S., Biggs S., 2001. “Liquid penetration rate into submerged porous particles.” Trans. Inst. Min. Metall., Sect. C: Miner. Process. Extr. Metall. 110, C133 – C143. Inveson S.M., Holt S., Biggs S., 2004. “Advancing contact angle of iron ores as a function of their hematite and goethite content: implications for pelletising and sintering.” Int. J. Miner. Process 74, 281 – 287. Inveson S.M., Holt S., Rapmond S., Loo S., Biggs S.R., 1998. “The effect of solid-liquid contact angle on the granulation of porous materials” Advanced Technologies for Particle Processing, Miami Beach, USA, vol. 1, pp. 127 – 132. Litster J.D., Waters A.G., 1988. “Influence of the material properties of iron ore sinter feed on granulation effectiveness.” Powder Technology, vol. 55, pp. 141 – 151. Litster J.D., Waters A.G., 1990. “Kinetics of iron ore sinter feed granulation.” Powder Technology, vol. 62, pp. 125 – 134.