A preliminary study of the operation of a single-vessel processor for pharmaceutical products is presented. The results show that it is possible to achieve size reduction and mixing as effectively as conventional methods. The single-vessel processor offers great potential for any batch manufacturing processes in terms of both speed and efficiency.
AultonM. E. (Ed.) The pharmaceutics of dosage forms, 1988 (Churchill Livingstone).
2.
MacGregorS. A.SyredN.MorganD. J.Coal fired cyclone combustors. In Coal combustion: science and technology of industrial and utility applications (Ed. FengJunkai), 1988, pp. 657–664 (Hemisphere Publishing, New York).
3.
BiffinM.Improved cyclone dust separators for hot gas clean up. PhD thesis, University of Wales, 1984.
AgrestJ.The combustion of vegetable materials: A cotton husk problem. J. Inst. Fuel, 1965, 48, 344–348.
6.
NewnesL. B.StaniforthJ. N.MacGregorS. A.A single vessel processor solution to automation of pharmaceutical production. Third International Conference on Automatic robotics and computer vision, ICARV 94, Singapore, 8–11 November 1994.
7.
LawnC. J.Combustion engineering for boiler, 1987, pp. 452–519 (Academic Press, New York).
8.
MacGregorS. A.NoS. Y.SyredN.Exploring the limits of coal combustion: science and technology of industrial and utility applications (Ed. FengJunkai), 1988, pp. 787–794 (Hemisphere Publishing, New York).
