Pneumatic Conveying Design Guide

Pneumatic Conveying Design Guide

Volumn , Issue , 2004, Pages 1-637

  Mills, David ^a  

^a NONE   (United Kingdom)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84996675885     PISSN: None     EISSN: None     Source Type: Book    
DOI: 10.1016/B978-075065471-5/50000-9     Document Type: Book

References (93)

1. JK Onley and J Firstbrook (1978) The practical application of pneumatic transport techniques to the raising of mineral from deep shafts. BHRA Conf California. June Proc Pneumotransport 4
2. J Firstbrook (1980) Operation and development of the pneumatic pipeline coal transportation system. BHRA Conf London. April Proc Pneumotransport 5
3. HJ Curten (1982) Concepts and results of pneumatic conveying of support materials in German underground mining. Stratford-upon-Avon. Powder Advisory Centre Conf. Proc Pneumatech 1 (May)
4. TJ Sheer, R Ramsden and M Butterworth (2000) The design of pipeline systems for transporting ice into deep mines. Proc 3rd Israeli Conf for Conveying and Handling of Particulate Solids (May/June), 10.75-10.80. Dead Sea
5. A Lithgart (1991) World's largest cement unloader. Bulk Solids Handling Vol 11(No 3), 671-676. August
6. D Mills (1999) Similarities and differences between conventional and innovatory systems for dense phase pneumatic conveying. Powder and Bulk Handling Vol 3(July-September), 15-23.
7. CR Woodcock and JS Mason (1987) Bulk Solids Handling - An Introduction to the Practice and Technology. Leonard Hill: Blackie & Son
8. D Geldart (1973) Types of gas fluidization. Powder Technology Vol 7 185-292.
9. J-P Hanrot (1986) Multi-point feeding of hoppers, mounted on aluminium smelter pots, by means of potential fluidization piping. Proc 115th An Mtg, The Metallurgical Soc of AIME 103-109. New Orleans, March
10. AR Reed and D Mills (1980) The effect of rotary valve air leakage on the performance of pneumatic conveying systems. BHRA Conf. London. April Proc Pneumotransport 5 197-207.
11. AR Reed and JS Mason (1983) The effect of suction nozzle design on the performance of vacuum pneumatic conveying systems. Journal of Powder and Bulk Solids Techniques Vol 7(No 4), 9-14.
12. MG Jones, D Mills and JS Mason (1987) A comparison of top and bottom discharge blow tank systems. Bulk Solids Handling Vol 7(No 5), 701-706. October
13. VK Agarwal, N Kulkarni and D Mills (2000) Influence of expanded bends on wear and particle degradation in pneumatic conveying system pipelines. Proc IMechE Conf on Powder and Bulk Solids Handling (June), 307-317. London
14. D Mills (2002) The value and use of measurements in pneumatic conveying. Part 1 - conveying air pressure. Material and Product Handling Vol 2(January–March), 7-13.
15. D Mills (2002) Application of stepped pipelines in pneumatic conveying systems. Proc 15th Int Conf on Hydrotransport (June), 401-416. Banff, Canada
16. D Mills and JS Mason (1987) An analysis of stepped pipelines for pneumatic conveying systems. Proc 12th Powder and Bulk Solids Conf. (May), 696-704. Chicago
17. D Mills (2000) Using rubber hose to enhance your pneumatic conveying process. Powder and Bulk Engineering (March), 79-87.
18. K Speltz (1998) Dehumidification in manufacturing - methods and applications. Proc 23rd Powder and Bulk Solids Conf. (May), 83-93. Chicago
19. CR Woodcock and JS Mason (1987) Bulk Solids Handling: An Introduction to the Practice and Technology. Glasgow: Blackie & Son Ltd.
20. YR Mayhew and GFC Rogers (1968) Thermodynamic and Transport Properties of Fluids. Basil: Blackwell
21. JM Gasiorek and WG Carter (1967) Mechanics of Fluids for Mechanical Engineers. Blackie and Son
22. JRD Francis (1975) Fluid Mechanics for Engineering Students. 4th Ed Edward Arnold
23. VM Faires (1957) Applied Thermodynamics. 3rd Ed MacMillan
24. PhD Thesis P Marjanović (1984) An investigation of the behaviour of gas-solids mixture flow properties for vertical conveying in pipelines. London, UK: CNAA. Thames Polytechnic (now the University of Greenwich)
25. D Mills (2003) Proc 4th Int Conf for Conveying and handling of particulate solids Budapest. May A review of the research work of Professor Predrag Marjanovic
26. D Mills (2002) Proc 15th Int Conf on Hydrotransport Incorporating the 11th Int Symp on Freight Pipelines Banff, Canada Application of stepped pipelines in pneumatic conveying systems (June), 401-416.
27. D Mills (1989) The degradation of bulk solids by pneumatic conveying and its simulation by small scale rigs. Pub by BMHB (February), 195.
28. D Mills and VK Agarwal (2001) Pneumatic conveying systems - design, selection, operation and troubleshooting with particular reference to pulverized fuel ash. Trans Tech Publications ISBN 0-87849-126-0
29. D Mills (2003) Proc 4th Int Conf for Conveying and Handling of Paniculate Solids Budapest, Hungary. June An investigation of the unstable region for dense phase conveying in sliding bed flow
30. D Mills (2001) The use of high pressure blow tanks for the pneumatic conveying of pelletised materials. A Levy, H Kalman (Eds) Handbook of Conveying and Handling of Particulate Materials Amsterdam: Elsevier 387-403.
31. MG Jones and D Mills (1990) Product classification for pneumatic conveying. Powder Handling and Processing Vol 2(No 2), June
32. G Dixon (1979) Proc Int Conf on Pneumatic Conveying London. January The impact of powder properties on dense phase flow
33. DJ Mason and S Barton (1995) The use of air-by-pass pipelines to enable low velocity gas-solids flow in pneumatic conveying systems. Proc 8th Int Freight Pipelines Symp. The Univ of Pittsburgh 109-116. September
34. D Mills and VK Agarwal (2001) Pneumatic Conveying Systems - design, selection, operation and troubleshooting with particular reference to pulverized fuel ash. Trans Tech Publications ISBN 0-87849-126-0
35. PhD Thesis MD Bharathi (2001) The pneumatic conveying of fly ash. New Delhi: Indian Institute of Technology
36. MG Jones, D Mills and N Rolfe (1990) The influence of product degradation on the pneumatic conveying capability of light sodium carbonate. Proc Pneumatech 4 (June), 427-446. Glasgow
37. MSA Bradley and D Mills (1988) Proc 13th Powder and Bulk Solids Conf. Approaches to dealing with the problem of energy losses due to bends (May), 705-715. Chicago
38. D Mills and JS Mason (1985) Proc 10th Powder and Bulk Solids Conf. The influence of bend geometry on pressure drop in pneumatic conveying system pipelines (May), 203-214. Chicago
39. P Marjanović and D Mills (1990) Proc 15th Powder and Bulk Solids Conf. The influence of bends on the performance of a pneumatic conveying system (June), 391-399. Chicago
40. D Mills and JS Mason (1985) Proc 10th Powder and Bulk Solids Conf. The influence of bend geometry on pressure drop in pneumatic conveying system pipelines (May), 203-214. Chicago
41. D Mills, JS Mason and P Marjanović (1985) Proc 3rd Conf on Pneumatic Conveying Pecs, Hungary. March A comparison of pressure drops in horizontal and vertical dense phase pneumatic conveying
42. D Mills, JS Mason and P Marjanović (1984) Proc 9th Powder and Bulk Solids Conf. An analysis of the dense phase pneumatic conveying of cement in vertical pipelines (May), 125-147. Chicago
43. D Mills, JS Mason and P Marjanović (1983) Proc 8th Powder and Bulk Solids Conf. Pneumatic conveying - vertically down (May), 546-557. Atlanta
44. D Mills (2003) Proc 4th Int Conf for Conveying and Handling of Particulate Solids Budapest, Hungary. June A review of the research work of Professor Predrag Marjanoviac
45. P Marjanović, D Mills and JS Mason (1990) Proc Pneumatech 4 The influence of pipeline material on the performance of pneumatic conveying systems 453-464. Glasgow. June
46. D Mills (2000) Powder and Bulk Engineering Using rubber hose to enhance your pneumatic conveying process 79-87. March
47. D Mills and JS Mason (1987) Proc 12th Powder and Bulk Solids Conf. An analysis of stepped pipelines for pneumatic conveying systems 696-704. Chicago. May
48. D Mills, JS Mason and PL Bransby (1984) Proc Solidex 84 Design considerations for multiple use pneumatic conveying systems 43-57. Harrogate, UK. April
49. D Mills (2001) Proc 7th Int Conf on Bulk Materials Storage, Handling and Transportation The use of stepped pipelines to enable different materials to be conveyed pneumatically by a common system 751-760. The University of Newcastle. October
50. D Mills (2001) How to convey diverse materials in a common pneumatic conveying system. Bulk Handling Review Vol 6(No 4), 87-93. October/November
51. D Mills and VK Agarwal (2001) Pneumatic Conveying Systems - design, selection, operation and troubleshooting with particular reference to pulverised fuel ash. Trans Tech Pub.
52. VK Agarwal, MD Bharathi and D Mills (2000.) The influence of material grade on pneumatic conveying system performance. Powder Handling and Processing Vol 12(No 3)
53. D Mills, VK Agarwal and MD Bharathi (1999) Proc 24th Powder and Bulk Solids Conf. The pneumatic conveying of fly ash and cement at low velocity 147-163. Chicago. May
54. GP Tilly (1979) Erosion caused by impact of solid particles. Treatise on Materials Science and Technology Vol 13 Academic Press Inc. 287-319.
55. BJ Hockey and SM Wiederhorn (1979) Proc 5th ELSI Conf. Paper 26 Cambridge. September Erosion of ceramic materials: the role of plastic flow
56. EE Smeltzer, et al. (1969) Mechanics of metal removal by impacting dust particles. ASME Winter An Mtg. Los Angeles. Paper 69-WA/Met-8. November
57. GP Tilly and W Sage (1970) The interaction of particle and material behaviour in erosion processes. Wear Vol 16 447-465.
58. D Mills and JS Mason (1981) Conveying velocity effects in bend erosion. Journal of Pipelines Vol 1 69-81.
59. GP Tilly (1969) Erosion caused by airborne particles. Wear Vol 14 64-69.
60. D Mills and JS Mason (1979) Proc Powtech '79 NEC Birmingham. March The effect of particle size on erosion of pipe bends in pneumatic conveying systems
61. JE Goodwin, W Sage and GP Tilly (1969–1970) Proc IMechE Study of erosion by solid particles Vol 183(No 15), 279-292.
62. MM Khruschof (1959) Proc IMechE Conf on Lub and Wear Resistance of metals to wear by abrasion, as related to hardness 655-659.
63. I Finnic (1961) Erosion by solid particles in a fluid stream. Spec Tech Pub No 307 of Am Soc for Testing Materials 70-82. June
64. I Finnie, J Wolak and T Kabil (1967) Erosion of metals by solid particles. ASTM Journal of Materials Vol 2 682-700. September
65. D Mills and JS Mason (1987) Proc 7th ELSI Conf. Paper 81. Cambridge. September The erosive wear of hardened and tempered steels in pneumatic conveying system pipelines
66. JS Mason, et al. (1973) Proc Pneumotransport 2 The rapid erosion of various pipe wall materials by a stream of abrasive alumina particles Paper El. Guildford
67. D Mills and JS Mason (1979) Evaluating the conveying capacity and service life of pipe bends in pneumatic conveying systems. Journal of Powder and Bulk Solids Technology Vol 3(No 2), 13-20.
68. D Mills and JS Mason (1977) Particle size effects in bend erosion. Wear Vol 44 311-328.
69. E Raask (1979) Proc 5th ELSI Conf. Paper 41 Cambridge. September Impact erosion wear caused by pulverised coal and ash
70. KN Tong, D Mills and JS Mason (1980) Proc 5th Powder and Bulk Solids Conf. Chicago. May The influence of bend radius on the erosion of pipe bends in pneumatic conveying systems
71. VK Agarwal, D Mills and JS Mason (1983) Proc 6th ELSI Conf. Paper 60 Cambridge. September A comparison of the erosive wear of steel and rubber bends in pneumatic conveying system pipelines
72. VK Agarwal and D Mills (1989) Proc 14th Powder and Bulk Solids Conf. Chicago. May The use of inserts for reducing bend wear in pneumatic conveying system pipelines
73. JS Mason and BV Smith (1973) The erosion of bends by pneumatically conveyed suspensions of abrasive particles. Powder Technol Vol 6 323-335.
74. D Mills and JS Mason (1978) The effect of pipe bends and conveying length upon particle degradation in pneumatic conveying systems. Proc 3rd Powder and Bulk Solids Conf. Chicago. May
75. AD Salman, M Szabo, I Angyal, A Verba and D Mills (1988) Proc 13th Powder and Bulk Solids Conf. The design of pneumatic conveying systems to minimise product degradation Chicago. May
76. G Segler (1951) Pneumatic grain conveying with special reference to agricultural applications Germany
77. GP Tilly (1979) Erosion caused by impact of solid particles. Treatise on Materials Science and Technology New York: Academic Press Inc. 287-319.
78. GP Tilly and W Sage (1970) The interaction of particle and material behaviour in erosion processes. Wear Vol 16 447-465.
79. AD Salman, A Verba and D Mills (1992) Proc 17th Powder and Bulk Solids Conf. Chicago. May Particle degradation in dilute phase pneumatic conveying systems
80. D Mills (1993) Particle degradation in pneumatic conveying. GF Round (Ed.) Freight Pipelines Amsterdam: Elsevier 31-48.
81. D Mills (1988) The degradation of bulk solids by pneumatic conveying and its simulation by small scale rigs. BMHB Report February
82. J Paulson (1978) Proc Conf on Polyolefins. Soc of Plastic Engineers Effective means for reducing formation of fines and streamers Houston
83. P Field (1982) Dust Explosions. Handbook of Powder Technology Elsevier
84. J Cross and D Farrer (1982) Dust Explosions. Plenum Press
85. HM (UK) Factory Inspectorate Technical Data Note 14. Health: Dust in Industry. London: HMSO
86. C Schofield (1982) Proc Solidex '82 Conf. Harrogate. March/April Dust: The problems and approaches to solutions
87. Health and Safety Executive (1980) Guidance Note EH 15/80. Threshold Limit Values. London: HMSO
88. Corn Starch Dust Explosion at General Foods Ltd Banbury. Health and Safety Executive Report London: HMSO 18 November 1981
89. HM (UK) Factory Inspectorate. Dust Explosions in Factories. Health and Safety at Work Booklet No 22 London: HMSO
90. MN Raferty (1962) Explosibility tests for industrial dusts. Fire Research Technical Paper No 21. London: HMSO: Ministry of Technology and Fire Offices Committee
91. CR Woodcock and JS Mason (1987) Bulk Solids Handling: An Introduction to the Practice and Technology. Chapman and Hall
92. KN Palmer (1973) Dust Explosions and Fires. London: Chapman and Hall
93. Dust Explosions in Factories. Classified list of dusts that have been tested for explosibility in the form of a dust cloud London: HMSO: Department of Employment. HM Factory Inspectorate SHW 830