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Research Article

Fluidised-Bed Granulation: A Chronology

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Pages 1437-1463 | Published online: 20 Oct 2008

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Read on this site (6)

Zhi Hui Loh, Dawn ZL Er, Lai Wah Chan, Celine V Liew & Paul WS Heng. (2011) Spray granulation for drug formulation. Expert Opinion on Drug Delivery 8:12, pages 1645-1661.
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Ecevit Bilgili, LawrenceA. Rosen, Jeff S. Ko, Adam Chen, EdwardJ. Smith, Kyle Fliszar & Gordon Wong. (2011) Experimental Study of Fluidized Bed Co-Granulation of Two Active Pharmaceutical Ingredients: An Industrial Scale-Up Perspective. Particulate Science and Technology 29:3, pages 285-309.
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Oliver Schinzinger & Peter C. Schmidt. (2005) Comparison of the Granulation Behavior of Three Different Excipients in a Laboratory Fluidized Bed Granulator Using Statistical Methods. Pharmaceutical Development and Technology 10:2, pages 175-188.
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Bérengère Guignon, Albert Duquenoy & Elisabeth D. Dumoulin. (2002) FLUID BED ENCAPSULATION OF PARTICLES: PRINCIPLES AND PRACTICE. Drying Technology 20:2, pages 419-447.
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Jesko Zank, M. Kind & E.-U. Schlünder. (2001) PARTICLE GROWTH IN A CONTINUOUSLY OPERATED FLUIDIZED BED GRANULATOR. Drying Technology 19:8, pages 1755-1772.
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K. Wöstheinrich & P. C. Schmidt. (2000) Evaluation and Validation of a Fully Instrumented Hüttlin HKC 05-TJ Laboratory-Scale Fluidized Bed Granulator. Drug Development and Industrial Pharmacy 26:6, pages 621-633.
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Articles from other publishers (22)

D.M. Balice, C.W.C. Molenaar, M. Fochesato, C.M. Venier, I. Roghair, N.G. Deen & M. van Sint Annaland. (2022) CFD modeling of droplet permeability in fluidized beds. International Journal of Multiphase Flow 152, pages 104069.
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G. Strenzke, R. Dürr, A. Bück & E. Tsotsas. (2020) Influence of operating parameters on process behavior and product quality in continuous spray fluidized bed agglomeration. Powder Technology 375, pages 210-220.
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J. Du, A. Bück & E. Tsotsas. (2020) Influence of process variables on spray agglomeration process in a continuously operated horizontal fluidized bed. Powder Technology 363, pages 195-206.
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P Suresh, N Saketharam Reddy, R Hariharan & I Sreedhar. (2020) Studies on Fluid bed Granulation of Lactose-MCC mixture. Materials Today: Proceedings 24, pages 519-530.
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Sebastian B. Mueller, Ulrich Kueppers, Matthew S. Huber, Kai-Uwe Hess, Gisela Poesges, Bernhard Ruthensteiner & Donald B. Dingwell. (2018) Aggregation in particle rich environments: a textural study of examples from volcanic eruptions, meteorite impacts, and fluidized bed processing. Bulletin of Volcanology 80:4.
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Lalit Kumar, Konstantin Pougatch, Martha Salcudean, John Grace, Dana Grecov & Jennifer McMillan. (2017) Population balance modeling for the growth of agglomerates via primary and secondary agglomeration in gas-fluidized beds. Powder Technology 321, pages 499-513.
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P. Suresh, I. Sreedhar, R. Vaidhiswaran & A. Venugopal. (2017) A comprehensive review on process and engineering aspects of pharmaceutical wet granulation. Chemical Engineering Journal 328, pages 785-815.
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Yasmine Korteby, Yassine Mahdi, Amel Azizou, Kamel Daoud & Géza RegdonJr.Jr.. (2016) Implementation of an artificial neural network as a PAT tool for the prediction of temperature distribution within a pharmaceutical fluidized bed granulator. European Journal of Pharmaceutical Sciences 88, pages 219-232.
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Himanshu Solanki. 2015. Handbook of Encapsulation and Controlled Release. Handbook of Encapsulation and Controlled Release 385 410 .
. 2014. Handbook of Industrial Drying. Handbook of Industrial Drying 877 890 .
M. Dadkhah & E. Tsotsas. (2014) Influence of process variables on internal particle structure in spray fluidized bed agglomeration. Powder Technology 258, pages 165-173.
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Anneleen Burggraeve, Tinne Monteyne, Chris Vervaet, Jean Paul Remon & Thomas De Beer. (2013) Process analytical tools for monitoring, understanding, and control of pharmaceutical fluidized bed granulation: A review. European Journal of Pharmaceutics and Biopharmaceutics 83:1, pages 2-15.
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Andreas Braumann & Markus Kraft. (2010) Incorporating experimental uncertainties into multivariate granulation modelling. Chemical Engineering Science 65:3, pages 1088-1100.
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D.K. Kafui & C. Thornton. (2008) Fully-3D DEM simulation of fluidised bed spray granulation using an exploratory surface energy-based spray zone concept. Powder Technology 184:2, pages 177-188.
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Lothar M?rl, Stefan Heinrich & Mirko Peglow. 2007. Granulation. Granulation 21 188 .
Renee Boerefijn, Mojtaba Ghadiri & Piero Salatino. 2007. Particle Breakage. Particle Breakage 1019 1053 .
H.S. Tan, A.D. Salman & M.J. Hounslow. (2006) Kinetics of fluidised bed melt granulation I: The effect of process variables. Chemical Engineering Science 61:5, pages 1585-1601.
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R. Boerefijn & M.J. Hounslow. (2005) Studies of fluid bed granulation in an industrial R&D context. Chemical Engineering Science 60:14, pages 3879-3890.
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H.S. Tan, M.J.V. Goldschmidt, R. Boerefijn, M.J. Hounslow, A.D. Salman & J.A.M. Kuipers. (2004) Building population balance model for fluidized bed melt granulation: lessons from kinetic theory of granular flow. Powder Technology 142:2-3, pages 103-109.
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M.J.V Goldschmidt, G.G.C Weijers, R Boerefijn & J.A.M Kuipers. (2003) Discrete element modelling of fluidised bed spray granulation. Powder Technology 138:1, pages 39-45.
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Herbert StickerHerbert Sticker. 2003. Arzneiformen-Entwicklung. Arzneiformen-Entwicklung 39 71 .
Hideki Ichikawa & Yoshinobu Fukumori. (1999) Microagglomeration of pulverized pharmaceutical powders using the Wurster process I.. International Journal of Pharmaceutics 180:2, pages 195-210.
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