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Illustrative Research On 'Belt Conveying Of Minerals' Highlights The Important Area Of Safety, With Consideration Given To Fire/Electrical Resistance Research and Market(http://www.researchandmarkets.com/reports/c80899) has announced the addition of Belt Conveying Of Minerals to their offering. Belt conveying of minerals is a comprehensive reference on the science and technology of belt conveyors, aimed at providing mine and quarry operators, as well as engineering students, with a balanced view of the technical issues associated with belt conveyors and to assist in the decision-making process when installing belt conveyor systems. A discussion of the history and economics of conveyor applications sets the scene. Conveyor design is investigated in detail, covering power requirements, belt tensioning, and hardware. Principles regarding construction and joining of belts are outlined and a helpful and practical overview of relevant standards, belt test methods, and issues surrounding standardisation is given. Conveyor belt systems can represent a significant operational hazard, so the authors have set out to highlight the important area of safety, with consideration given to fire/electrical resistance, as well as the interface between personnel and conveyor systems - including nip points and operational issues such as man-riding. Selected case studies illustrate some practical aspects of installation and operation. About the Authors Dr. E D Yardley C Eng, PhD, MIMMM, MIMechE is a retired Consultant Engineer, who has 25 years experience of development, testing and practical application of equipment in the coal mining industry. Dr. L R Stace CEng, PhD, FIMM is Associate Professor, School of Civil Engineering, University of Nottingham and has some 20 years past experience in the coal mining industry. Content Outline: Introduction History and economics of conveyor applications Early applications of belt conveyors. Belt conveyors in mines. Belt conveyors in stone quarries and other surface mines. Design of belt conveyors 1 - power requirements and belt tensions Introduction. Some basic considerations. Belt capacity. Power requirements. Belt tensions. Tension changes over the belt width. Concluding remarks. Design of belt conveyors 2 - Hardware (Idlers, structure, pulleys, drives, tensioning devices, transfer points and belt cleaning) Introduction. Conveyor idlers. Conveyor Structure. Pulleys. Conveyor drives. Methods of tensioning belts Design of transfer points. Belt cleaning. High Angle conveyors. Belt constructions Introduction. Textile carcase belts. Steel cord belts. Cable belts. Joining conveyor belts Introduction. Mechanical fasteners. Spliced joints. Concluding remarks. Standards, test methods and their standardisation Introduction. General remarks. The standardisation process. Specific standards and tests standardised by the International Organisation for Standardisation (ISO) and the European Committee for Standardisation (CEN). Other tests. Concluding remarks. Safety considerations - Fire and electrical resistance properties of the belt conveyor Introduction. Fire hazards. The Cresswell disaster. Early research into conveyor fires. Questions regarding Barclay's approach. The European dimension. Safe enough? Australian studies. Mid-scale galleries. Concluding remarks on conveyor fire safety. Electrostatic hazards. Safety considerations 2 - Nip points, stored tension, man-riding and materials Introduction. Nip point accidents. Stored energy. Man-riding. Materials handling by belt conveyor. General comments. Maintenance and monitoring Introduction. Supply, storage and handling of belts. Belt tracking or training. Optimising belt life. Monitoring the condition of belts. Case histories Selby mine. Prosper-Haniel. ATH Resources. The biggest and the best. Appendix Appendix 1: Derivation of belt capacity. Appendix 2: Listing of International, European and National standards relating to belt conveyors. Appendix 3 Man-riding conveyors - Precis of conditions set out in British Coal Corporation 'Codes and Rules Underground belt conveyors' CR/13.