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Detailed Schedule of Oral and Poster Presentation
1700 - 1900 |
Registration |
1800 - 2230 |
Welcome Reception and Bollywood Fusion |
0800 - 1030 |
Registration |
0900 - 1000 |
Plenary Lectures |
0900 - 0930 |
Plenary I: The IDS movement: Past performance, present status and future prospects |
Mujumdar A.S. |
0930 - 1000 |
Plenary II: Economic model for developed, developing and underdeveloped countries - Global Perspective |
Dr. Narendra Jadhav |
1000 - 1030 |
Tea |
1030 - 1240 |
Oral Presentations: Sessions IA, IB, IC |
1030 - 1100 |
Keynote IA:
Controlled drying processes by use of the acoustic emission technique |
Kowalski S. J. |
1100 - 1120 |
Examination of Influence of Drying Conditions on Mechanical Strength of Material |
Musielak G., Tomkowiak A. and Keica A. |
1120 - 1140 |
Effect of Convection Drying On Physico-Chemical and Micro-Structural Changes of Apples |
Thakur A.K., Gupta R.K. and Patil R.T |
1140 - 1200 |
Moisture Sorption Characteristics of Madeira Cake |
Magee T.R.A., Megahey E.K. and McMinn W.A.M. |
1200 - 1220 |
Effect of Gas Humidity on Drying Characteristics of Porous Materials Immersed in Fluidized Bed under Reduced Pressure |
Tatemoto Y., Kimura R., Iyota H. and Yamagata J. |
1220 - 1240 |
Water Sorption Isotherms for Mango (Mangifera Indica L. Cv. Tommy Atkins) at Different Temperatures and Isosteric Heats |
Váquiro H.A., Simal S., Clemente G., Mulet A. and Bon J. |
1030 - 1100 |
Keynote IB:
Microencapsulation in spray drying – An overview |
Zbicinski I. and Marciniak E. |
1100 - 1120 |
Encapsulation of Ibuprofen with Modified Starches by Spray Drier |
Jimenez M., Gonzalez C., Luna G., Azuara E. and Beristain C. |
1120 - 1140 |
The Effectiveness of Proteins for Improving the Yields in Spray Drying |
Wang S. and Langrish T. |
1140 - 1200 |
Characterization of Curcumin/Aerosil®/Gelucire®44-14 Solid Dispersions Obtained by Spray Drying |
Araujo R.R., Teixeira C.C.C., Tacon L.A. and Freitas L.A.P. |
1200 - 1220 |
Formation of Rice Flavor Powder with a-Cyclodextrin by Spray Drying |
Fujita A., Mikami T., Neoh T.L., Kawakami K., Yoshi H., Paramita V. and Furuta T. |
1220 - 1240 |
Study of Inlet Air Swirl Effects in a Short Form Spray Dryer with Numerical Simulation |
Mohaghegh F., Roustapour O.R. and Hosseinalipour M. |
1030 - 1100 |
Keynote IC:
Multiscale mathematical modeling applied to biomass processing: drying, thermal treatment and storage |
Perré P. |
1100 - 1120 |
Mass Modeling of Orange (Cv.Tompson) Fruit with Some Physical Properties |
Sharifi M., Rafiee S., Keyhani A.R. and Jafari A. |
1120 - 1140 |
Numerical Investigation on Freeze-Drying of Initially Porous Frozen Material from Aqueous Solution |
Wang W. and Chen G. |
1140 - 1200 |
CFD Evaluation of Droplet Drying Models in a Spray Dryer Fitted With a Rotary Atomizer |
Woo M.W., Ramli W.R.W., Mujumdar A.S., Wu Z.H., Talib M.Z.M. and Tasirin S.M. |
1200 - 1220 |
Drying of Ceramics Bricks with Rectangular Holes Including Shrinkage and Hygrothermal Stress: A Numerical Study |
Avelino D.O., Silva J.B., Almeida G.S., Nascimento J.J.S. and Lima A.G.B |
1220 - 1240 |
Mathematical Modeling of Deep Bed Batch Drying of Grape Stalk |
García-Pérez J.V., Carcel J.A., Clemente G., García-Alvarado M.A. and Mulet A. |
1240 - 1340 |
Lunch Break |
1340 - 1540 |
Poster Session I and Stalls Exhibition |
PI – 01 |
Calculation of vapor pressure distribution in the vacuum freeze-dryer |
Jun L. and Shiwei Z. |
PI – 02 |
Determination of apparent diffusivity of moisture in pores of dried foam banana using 2-d stochastic pore networks |
Prakotmak P., Prachayawarakon S. and Soponronnarit S. |
PI – 03 |
Deposition of amorphous particles in spray drying: effect of wall surface energy manipulation at steady state wall thermal condition |
Woo M.W., Daud W.R.W., Talib M.Z.M. and Tasirin S.M. |
PI – 04 |
Effect of air temperature in the average moisture diffusivity for grape stalk drying |
García-Pérez J.V., Carcel J.A., Benedito J., Blasco M. and Mulet A. |
PI – 05 |
Effect of drying conditions on moisture diffusivity and activation energy of kiwifruit (cv. hayward) |
Mohammadi A., Rafiee S., Keyhani A. and Emam-Djomeh Z. |
PI – 06 |
Effect of drying method on drying curves, texture and microstructure of apple and tomato slices |
Askari G.R., Tahmasbi M. and Emam-Djomeh Z. |
PI – 07 |
Effect of paste properties on their residence times in spouted bed dryers |
Tacon L.A., Araujo R.R. and Freitas L.A.P. |
PI – 08 |
Thin layer drying model for celery |
Wiset L. and Wiriyaumpaiwong S. |
PI – 09 |
Thermal properties of fresh and freeze-dried pineapple and guava |
Marques L.G. and Freire J.T. |
PI – 10 |
Product quality – key to design of drying process |
Menshutina N., Troyankin A. and Kozlov A. |
PI – 11 |
Effect of steam concentration in drying medium on convective drying of porous material containing NaCl aqueous solution |
Iyota H., Kinoshita N., Inoue T., Nishimura N. and Yoshida M. |
PI – 12 |
Effect of feed liquid temperature on the morphology of spray-dried powder |
Paramita V., Iida K., Yoshii H. and Furuta T. |
PI – 13 |
Heat and mass transfer and breakage of particles in drying processes |
Mezhericher M., Levy A., Borde I. |
PI – 14 |
Mathematical modelling of drying stresses using young's module as a local moisture function |
Arrieche L.S. and Sartori D.J.M. |
PI – 15 |
Modelling moistrue diffusivity during baking of madeira cake |
Neill G. and Magee T.R.A. |
PI – 16 |
Second law thermal efficiency of convective driers |
Ramirez A., Tejero-Andrade J.M., Salgado-Cervantes M.A., Rodriguez-Jimenes G.C. and Garcia-Alvarado M.A. |
PI – 17 |
Sorption isotherm and glass transition temperature of protein hydrolysate of chicken meat |
Kurozawa L.E., Park K.J. and Hubinger M.D. |
PI – 18 |
Sorption isotherms for food stocks: Study of models agreement |
Nascimento F.R. , Tosato P.G. and Corrêa J.L.G. |
PI – 19 |
Temperature dependance of moisture diffusion coefficient in kaolin clay |
Musielak G. and Kieca A. |
PI – 20 |
Water activity in selected spanish intermediate-moisture foods |
Fernández-Salguero J., Prados F.,Pino A. and Galán E. |
PI – 21 |
An enhanced van meel model implemented in a dual-scale model for the continuous drying of biomass |
Colin J., Rémond R. and Perré P. |
PI – 22 |
CFD analysis of the flow pattern in agitated thin film dryer |
Pawar S. B. and Thorat B. N. |
PI – 23 |
CFD modeling of heat transfer in an indirect heat transfer rotary-tubes dryer |
Wu J., Li X., Liu X. and Shi Y. |
PI – 24 |
Computational fluid dynamics study on spray drying of inorganic salt droplets |
Özdemir E. and Nasün – Saygili G. |
PI – 25 |
Description of natural fibres water soprtion isotherms by means of ANN |
Tomczak E. |
PI – 26 |
Drying of multiphase single droplets: Two-dimensional modelling |
Zaitone B., Frackowiak B. and Tropea C. |
PI – 27 |
Wheat drying model based on the non-equilibrium thermodynamics: A numerical study |
de Oliveira V. A. B. and de Lima A.G. B. |
PI – 28 |
Fluid dynamics analysis of water evaporation in a spouted bed |
Almeida A.R.F., Freire F.B. and Freire J.T. |
PI – 29 |
Hydro-thermo-mechanical model for convective drying of highly deformable product |
Hassini L., Azzouz S. and Belghith A. |
PI – 30 |
LPG gas vaporizing mathematical model for drying process |
Changrue V., Phaphuangwittayakul W., Sriboon W. and Raghavan G.S.V. |
PI – 31 |
Mathematical analysis of heat pump drying system |
Jangam S. V. and Thorat B. N. |
PI – 32 |
Mass transfer study in solids through finite volume method and generalized coordinates for boundary condition of the third kind |
da Silva W.P., e Silva C. D.P.S. and de Lima A.G.B. |
PI – 33 |
A new popping technology, nutritional and functional characteristics of popped amaranth |
Sikolya L. and Dinya Z. |
PI – 34 |
Analysis of drying process in grain batches |
Fenyvesi L., Herdovics M. and Csermely J. |
PI – 35 |
“Anardana” a dried byproduct from pomegranate aids in consolidation of food security |
Sugapriya S., Anisha. P.N, Naik K.R., Sosle V. and Raghavan G.S.V. |
PI – 36 |
Chemical composition and drying kinetic parameters of non-conventional leafy vegetable (Pereskia Aculeata Miller) |
Takeiti C., Antonio G., Collares-Queiroz F. and Park K. |
PI – 37 |
Consolidation of food security and value addition to the coriander through drying and dehydration |
Agasimani A.D., Sharma Y. and Naik K.R. |
PI – 38 |
Development of a paddy drying rack for small farmers of tropics |
Borah A. and Devi S. |
PI – 39 |
Developments of drying technology in cocoa processing |
Hii C.L., Law C.L. and Cloke M. |
PI – 40 |
Dietary fibre from kiwifruits dehydrated at different temperature: Influence of the degree of ripening |
Femenia A., Castell-Palou A., Gonzalez R. and Bon J. |
PI – 41 |
Different test results of some freeze-dried food products |
Kerekes B., Antal T., Sikolya L., Dinya Z. |
PI – 42 |
Drying equipment for large cardamom |
Shukla B.D., Singh M., Kumar A. and Singh S.P. |
PI – 43 |
Drying kinetics of solar dehydrated onion slices: Effect of pretreatment and variety |
Edukondalu L. and Samuel D.V.K. |
PI – 44 |
Drying of bergamot and selection of a suitable thin layer drying model |
Sharifi M. and Rafiee S. |
PI – 45 |
Drying of tomato using different drying methods: Comparison of drying kinetics and rehydration ratio |
Gaware T.J., Sutar N. and Thorat B.N. |
PI – 46 |
Drying characteristics of cooked kidney beans |
Muramatsu Y., Tagawa A. and Sakaguchi E. |
PI – 47 |
Drying behaviour of trehalose-oligosaccharide mixture solutions and their application to sliced vegetable drying pretreatments |
Yamamoto S., Fujii S., Mako M. and Yoshimoto N. |
PI – 48 |
Drying rate curves of tobacco in superheated steam |
Adamski R., Pakowski Z. and Druzdzel A. |
PI – 49 |
Drying by fluidized bed of potato miniflakes (solanum tuberosum) |
Lozano-Acevedo A., Luna-Solano G., Jimenez-Fernandez M., Ragazzo-Sanchez J.A. and Calderon-Santoyo M. |
PI – 50 |
Effect of different drying methods on the rehydration characteristics of mushroom |
Shamaei S. and Emam-Djomeh Z. |
PI – 51 |
Effect of drying air properties on drying characteristics of carrot and leek |
Yaldiz O. and Ertekin C. |
PI – 52 |
Effect of drying on storage and organoleptic qualities of bhendi (abelmoschus esculentus (l.) moench.) |
Gharge C., Dhotre M., Naik K.R. and Suryawanshi M.V. |
PI – 53 |
Effects of thin layer drying of jackfruit at low temperature |
Radziah W., Norazah A.R. and Law C.L. |
PI – 54 |
Fluidized bed and tray drying of mango miniflakes (mangifera indica) |
Santiago J.V., Zaragoza L.Q., González I.A., Cervantes M.A.S. and Solano G.L. |
PI – 55 |
Fluidized bed drying of bird's eye chillies (capsicum frutescens) in the presence of inert material |
Talib M.Z.M., Tasirin S.M. and Eng L.K. |
1540 - 1600 |
Tea Break |
1600 - 1800 |
Oral Presentations: Sessions IIA, IIB and IIC |
1600 - 1620 |
Convective Drying and Surface Temperature Change of Spherical Solid Bodies |
Mészáros C., Gottschalk K., Allanic N., Farkas I., Vitál V. and Bálint Á. |
1620 - 1640 |
Mass Transfer in Fish Meal Drying |
Luz G.R., Maeda J.R., Guedin V.S., Jorge L.M.M., Andrade C.M.G. and Paraíso P.R. |
1640 - 1700 |
The Reaction Engineering Approach to Estimate Surface Properties of Aqueous Droplets during Convective Drying |
Patel K. C. and Chen X. D. |
1700 - 1720 |
Use of Pore Networks for Macroscopic Modelling of Drying |
Metzger T., Vorhauer N. and Tsotsas E. |
1720 - 1740 |
Sugar Cane Bagasse: Drying In a Fixed and Fluidized Bed and Desorption Isotherms |
Costa J.M.G., Corrêa J.L.G., Borem F.M., Azevedo V.M. and Nascimento F.R. |
1740 - 1800 |
Influence of high pressure shift freezing process on the stability of freeze-dried nanocapsules |
Choi M.J., Seo E.J., Hong G.P. and Min S.G. |
1600 - 1620 |
Foam-Mat Drying of Banana Using Egg Albumen, Soy Protein Isolate and Whey Protein Concentrate as Foaming Agents |
Chayanan R.T., Prachayawarakorn S. and Soponronnarit S. |
1620 - 1640 |
Volatile Identification in Pineapple Submitted to Drying in Ethanolic Atmosphere |
Braga A.M.P., Pedroso M.P., Augusto F. and Silva M.A. |
1640 - 1700 |
Drying of Pioneer Arboreal Seeds |
Arrieche L.S., Scarpelini L.M. and Sartori D.J.M. |
1700 - 1720 |
Drying Characteristics of Ginger Flakes |
Singh K.K., Tiroutchelvame D., and Patel S. |
1720 - 1740 |
Methodology for improving drying quality of maize |
Peng G. and Wu W. |
1740 - 1800 |
Heat Pump Drying of Onion (Allium Cepa) |
Taclan L.B. and Franco S.S. |
1600 - 1620 |
Drying simulation of various 3D pore structures by a non-isothermal pore network model |
Surasani V. K., Metzger T. and Tsotsas E. |
1620 - 1640 |
Drying Performance Simulation of a Two-Cycle Heat Pump Dryer for High Temperature Drying |
Lee K.H., Kim O.J. and Kim J.R. |
1640 - 1700 |
Numerical Investigations of the Sugar Cane Bagasse Drying in Cyclone |
Farias F.P.M., Lima A.G.B., and Farias Neto S.R. |
1700 - 1720 |
Optimization of Drying Proceses for Papaya Using a Mathematical Simulator |
Rodríguez A.C., Alvarado M.Á.G., Marco A. Salgado-Cervantes, Guadalupe C. Rodríguez-Jiménez, Isaac and Rade-González |
1720 - 1740 |
Drying constant and shrinkage constant relations of different shaped food articulates: Empirical models |
Senadeera W. |
1740 - 1800 |
Mathematical Modeling of Bagasse Drying Using Low Temperature Superheated Steam |
Vijayaraj B., Aurora S. and Saravanan R. |
1900 - 2000 |
DRT Editorial Board Meeting |
2000 - 2130 |
Cultural Program |
0830 - 1040 |
Oral Presentations: Sessions IIIA. IIIB and IIIC |
0830 - 0900 |
Keynote IIIA:
Drying to produce high quality food products in large scales - Managing product-process interactions |
Chen X.D. |
0900 - 0920 |
Application of Response Surface Methodology in Optimizing Drying Pre-Treatment Prior to Frying of Yam Slices |
Sobukola O., Awonorin O., Sanni L. and Bamiro O. |
0920 - 0940 |
Drying Kinetics, Texture, Total Polyphenol, Colour Changes During Hot Air Drying of Ciku |
Chong C.H., Law C.L., Cloke M., Abdullah L.C. and Wan Daud W.R. |
0940 - 1000 |
Influence of Temperature and Flow of Solids on the Drying Process of Mexican Lime Seeds Using a Multi-Stage Spouted Bed System |
García-Herrera T., Arriola-Guevara E., Guatemala Morales G.M. and García-Fajardo J.A. |
1000 - 1020 |
Drying Characteristics of Sand Pear Slices |
Kumar M. and Ghuman B.S. |
1020 - 1040 |
Ginger for the Rural People of Mizoram |
Loha C., Choudhury B., Chatterjee P. K. and Datta A.B. |
0830 - 0900 |
Keynote IIIB:
Experimental and numerical investigations of granule formation and growth in the fluidized bed spray granulation process |
Kind M. and Grunewald G. |
0900 - 0920 |
Characteristics of Alcohol Dehydration by Pervaporation |
Kaminski W., Marszalek J. and Tomczak E. |
0920 - 0940 |
Analysis of the Effect of Flights Loading on the Behavior of Rotary Dryers |
Riquelme G.D. and Aránguiz C.A. |
0940 - 1000 |
Compact Dryers using a Rotating Fluidized Bed in a Static Geometry |
Wilde J.D. and Broqueville A.D. |
1000 - 1020 |
Current Status and Development Strategy of China Drying Technology Research and Industry |
Shi Y., Li S., Chai B., Wang H., Zhang Z. and Yang X. |
1020 - 1040 |
Mathematical Model for a Large-Scale Freeze-Drying Process: A Tool For Efficient Process Development & Routine Production |
Sane S.U. and Hsu C.C. |
0830 - 0900 |
Keynote IIIC:
Drying of woody biomass for bioenergy: Drying technologies for an integrated bioenergy plant |
Pang S. |
0900 - 0920 |
An Improved Model of Plug Flow Fluidized Bed Dryers with an Emphasis on Energy Conservation |
Baker C.G.J. and Lababidi H.M.S. |
0920 - 0940 |
Drying of Wet Materials in Intermittent Conditions |
Kowalski S.J. and Pawlowski A. |
0940 - 1000 |
Development of Prototype for Energy-Saving Dewatering Process for Sewage-Sludge by Using Liquefied DME Gas |
Kanda H., Makino H., Morita M., Yoshikoshi A., Takaoka M., Oshita K. and Takeda N |
1000 - 1020 |
Experimental Study on Heat Recovering from Exhaust Drying Gas with Self-Excited Oscillating Heat Pipe Heat Exchanger |
Li X., Shi Y., Chai B., Wu J., Liu D., Yuan C. and Meng H. |
1020 - 1040 |
Kinetics and Energy Aspects of Heat Pump Drying of Protein |
Alves-Filho O., Guzev O. and Goncharova-Alves S. |
1040 - 1100 |
Tea Break |
1100 - 1300 |
Oral Presentations: Session IVA, IVB and IVC |
1100 - 1120 |
Experimental Drying Study of Algerian Wheat in Thin Layer |
Hemis M. and Bettahar A. |
1120 - 1140 |
Drying Kinetics and Quality of Mushrooms Using Superheated Steam and Air Drying |
Dimitriadis A.and Akritidis C. |
1140 - 1200 |
Study of the Temperature Evolution during Drying of Cashew Apple (Anacardium Occidentale L.) Slices |
Aragão R.F., Guedes M.A., Cavalcante J.A. and Alsina O.L.S. |
1200 - 1220 |
Roasting Processing of Cherry Coffee: Study of Grain Shape and Temperature Development Influence on Grain Properties and Sensorial Analysis |
Pimenta T.V., Pereira R.G.F.A., Corrêa J.L.G. and Silva J.R. |
1220 - 1240 |
Solute Uptake and Texture of Vacuum Freeze-Dried Sweet Corn as Affected by Cacao Butter Including CaCl2 in Vacuum and High-Pressure Impregnation |
Zhang M., Gao L., An J. and Sun J. |
1240 - 1300 |
Improved Traditional Storage Structure –Boon to the Onion Growers” –A Success Story |
Naik K.R.. Suryawanshi M.V., Poornima R., Uppinal N., Patil A.A., Sosle V. and Raghavan G.S.V. |
1100 - 1120 |
Drying of Sodium Acetate in a Pulsed-Fluid Bed Dryer – Influences of Temperature and Pulsation Frequency on the Drying Rate |
de Souza L.F.G., Nitz M., Cancella P.S. and Taranto O.P. |
1120 - 1140 |
Experimental Study of Hemp Concrete Block Drying |
Zaknoune A., Chauvelon P., Glouannec P., Salagnac P. and Collet F. |
1140 - 1200 |
Influence of Vibration Frequency and Amplitude on The Adipic Acid Drying in Vibrofluidized Bed |
Moris V.A.S., Pelegrino P. and Rocha S.C.S. |
1200 - 1220 |
Vacuum Drying of Large –Size Chrome Oxide Refractory Products |
Kutovoy, Mazko K. A. and Kryvoruchko P.
|
1220 - 1240 |
Heat Transfer Analysis in the Conductive/Convective Textile Fabric Drying |
Sousa L.H.C.D., Motta Lima O.C., Zanin G.M. and Pereira N.C. |
1240 - 1300 |
Effect of the Glass Transition Temperature on the Maltodextrin Agglomeration Process |
Takeiti C.Y., da Cunha R.L.G., Rocha S.C.S., Kieckbusch T.G. and Collares-Queiroz F.P. |
1100 - 1120 |
Convective Drying of Gels: Comparison between Simulated and Experimental Moisture Profiles Obtained By X-Ray Microtomography |
Escalona I., Jomaa W., Olivera-Fuentes C., Crine M. and Léonard A. |
1120 - 1140 |
CFD Simulated Based Design of Powder Pneumatic Conveying Lines in Drying Processes |
Hassanvand A. and Hashemabadi S.H. |
1140 - 1200 |
Fluid Dynamic Study of a Spouted Bed: CFD Simulation and Experimental Verification in a Semi-Cylindrical Vessel |
Béttega R., Almeida A.R.F., Corrêa R.G. and Freire J.T. |
1200 - 1220 |
Three-dimensional barley drying model based on non-uniform initial moisture distribution and water diffusivities in endosperm and embryo |
Ghosh P.K. and Jayas D.S.
|
1220 - 1240 |
Modeling Shrimp Drying using Heat/Mass Transfer and Solid Mechanics Concepts |
Niamnuy C., Devahastin S., Soponronnarit S. and Raghavan G.S.V. |
1240 - 1300 |
A new understanding of wick debinding |
Somasundram I. M , Cendrowicz A., Johns M. L. and Wilson D. I. |
1300 - 1400 |
Lunch Break |
1400 - 1600 |
Poster Session II and Stalls Exhibition |
PII – 01 |
Mathematical modeling and simulation of silkworm cocoon drying in multiple-band conveyor dryer |
Holanda P.R.H. and de Lima A.G.B. |
PII – 02 |
Mathematical modeling for geometric shapes and heat boundary conditions effects on secondary stage of freeze drying process |
Asghary H.R., Hashemabadi S.H. and Kasiri N. |
PII – 03 |
Mechanical effects during isothermal drying: A new discrete modelling approach |
Kharaghani A., Metzger T. and Tsotsas E. |
PII – 04 |
Modelling of continuous fluidized bed drying using a population balance approach |
Cunaus U., Peglow M., Tsotsas E. and Metzger T. |
PII – 05 |
Modelling intermittent drying processes |
Vaquiro H.A., De Bonis M.V., Ruocco G., Rossello C. and Bon J. |
PII – 06 |
Modeling and simulation of the continuous and intermittent drying (tempering) of lentil grains |
de Lima A.G.B. and do Carmo J.E.F. |
PII – 07 |
Modeling of Heat Transfer in Steam Tube Rotary Dryer-A Review |
Pawar S. B. and Thorat B. N. |
PII – 08 |
Modeling the initial phase of convective drying of cut and whole mushrooms and the shrinkage effects |
Mittal T.C., Sharma S.R. and Singh A. |
PII – 09 |
Monte-carlo simulation of agglomerate growth in fluidized bed spray drying |
Terrazas-Velarde K., Peglow M. and Tsotsas E. |
PII – 10 |
Simulation of continuous-type hot air dryer for water-based coating considering unsteady operation |
Yamamoto T., Aizawa E., Imakoma H. and Omura N. |
PII – 11 |
Application of computational fluid dynamic simulations to spray-freezing operations |
Anandharamakrishnan C., Gimbun J., Rielly C.D. and Stapley A.G.F. |
PII – 12 |
Investigation of artificial neural network simulation for millet seeds drying in rotary drum |
Kazempour M., Mokhtari B., Enayati M. and Pourabdollah K. |
PII – 13 |
Fluidized bed drying of germinated brown rice |
Srisang N., Prachayawarakorn S., Soponronnarit S. and Varanyanond W. |
PII – 14 |
Effect of drying methods on post harvest quality of onion products |
Manikandan R., Ustad Zaid A.M., Naik K.R. and Suryawanshi M.V. |
PII – 15 |
Evaluation of the mass transfer kinetics and the retention of anthocyanin during drying of blueberry |
Antonio G.C., Takeiti C.Y. and Park K.J. |
PII – 16 |
Effects of tunnel vs. heat pump drying on the quality of strawberries |
Theplib P., Srzednicki G. and Driscoll R. |
PII – 17 |
Hybrid heat pump drying technologies for porous materials |
Alves-Filho O. and Eikevik T. M. |
PII – 18 |
Improved traditional storage structure -boon to the onion growers” –A success story |
Naik K.R.. Suryawanshi M.V., Poornima R., Uppinal N., Patil A.A., Sosle V. and Raghavan G.S.V. |
PII – 19 |
Lemon grass fluidised bed drying parameter performance |
Kemat S.A.A., Rahman N.A. and Savory R.M. |
PII – 20 |
Microencapsulation of capsicum annun oleoresin: Effect of process variables on product characteristics |
Juárez J.M., Luna G., Gómez J.F. and Andrade I. |
PII – 21 |
Modeling of dehydration/rehydration kinetic of carrot cubes dried in a spout – fluidized bed dryer |
Zielinska M. and Markowski M. |
PII – 22 |
Modified process for drying of sapota |
Jangam, S.V., Chaughule, V.A. JoshiV.S. and Thorat, B.N. |
PII – 23 |
Optimization of dehydration operation of beta vulgaris using response surface methodology |
Gokhale S.V. and Lele S.S. |
PII – 24 |
Preliminary study of ascorbic acid retention during drying of pineapple in ethanolic atmosphere |
Santos P.H.S. and Silva M.A. |
PII – 25 |
Processing and value addition of cluster bean through drying and dehydration |
Virupannayur H., Ingle M.R., Naik K.R. and Suryawanshi M.V. |
PII – 26 |
Processing and value addition of dill leaves through convective drying |
Pattanashetti C.N., Harish D.K and Naik K.R. |
PII – 27 |
Performance of heat pump dryer for nam-dok-mai mango under different medias |
Poomsa-ad N., Atthajariyakul S., Wiset L. and Tipsanprom W. |
PII – 28 |
Roasting processing of float coffee: Study of grain shape and temperature development influence on grain properties and sensorial analysis |
Pimenta T.V., Pereira R.G.F.A., Corrêa J.L.G. and Silva J.R. |
PII – 29 |
Studies on the drying characteristics of apple pomace on tray drier |
Shalini R, .Ranjan A. and Kumar N. |
PII – 30 |
Studies on solar cabinet drying of green peas (pisum sativum) |
Jadhav D.B., Visavale G. L., Sutar N., Annapure U.S. and Thorat B.N. |
PII – 31 |
Study of moisture ratio and drying rate of fig fruit by conventional hot air drying |
Basavaraj M., Prabhu Kumar G.P. and Reddy B.S. |
PII – 32 |
Studies on antibrowning treatment and poly ethylene package on storage quality of potato products |
Suryawanshi M. V., Naik K. R., Poornima R. and Yeri S. B. |
PII – 33 |
Thin-layer drying characteristics and modeling of sliced kiwifruit (cv. hayward) |
Mohammadi A., Rafiee S., Keyhani A. and Emam-Djomeh Z. |
PII – 34 |
Temperature influence on grape seeds dehydration |
Clemente G., Bon J., Benedito J. and Sanjuán N., Mulet A. |
PII – 35 |
Volatiles retention in the spray drying of coffee and maltodextrin |
Khwanpruk K., Anandharamakrishnan C., Rilley C.D. and Stapley A.G.F. |
PII – 36 |
Small engine and its waste heat in deep bed drying of paddy in the rural areas of non-industrialized countries |
Basunia M.A. |
PII – 37 |
Sugar cane bagasse drying – A review |
Shingare S. P. and Thorat B. N. |
PII – 38 |
Determination of permanent strain of clay-like material during drying |
Musielak G. and Mierzwa D. |
PII – 39 |
Drying Kinetics of Basic Magnesium Carbonate Nanoflowers |
Zou J., Wang B., Huang L. and Mujumdar A.S. |
PII – 40 |
Drying of starch suspension in spouted bed with inert particles: Evaluation of changes in product characteristics |
Pereira N.R., Godoi F.C., Araujo-Farro P.C. and Rocha S.C.S. |
PII – 41 |
Fluid-dynamics and drying of potassium chloride in a pulsed-fluid bed and in a conventional fluidized bed dryer |
de Souza L.F.G., Nitz M., Cancella P.S. and Taranto O.P. |
PII – 42 |
Design and simulation of plug flow fluidized bed dryer using batch drying kinetic data |
Kalambe A. R. and Thorat B.N. |
PII – 43 |
Development of a low temperature dryer for post retted jute fibre |
Nag D. and Nayak L.K. |
PII – 44 |
Mechanical properties of seed-gel systems |
Prado M. M., Arrieche L. S., and Sartori D. J. M. |
PII – 45 |
Modeling of convective drying process to porous textiles materials– Determination of drying time to several speeds of air drying |
Johann G., Lima O. C. M., Pereira N.C., Zanin G. M., UGRI M. C. B. A. and Silva E. A. |
PII – 46 |
Synthesis and spray drying of water redispersible polymer |
Thaker S. M., Mahanwar P. A., Patil, V. V. and Thorat, B. N. |
PII – 47 |
Modelling of thermally-assisted mechanical dewatering |
Chantoiseau E. and Arlabosse P. |
PII – 48 |
Removal of solvents from plant materials |
Behns, W., Börner M., Haida H., Kostova M. and Mörl L. |
PII – 49 |
Antioxidant activities and polyphenolic properties of raw and osmotically dehydrated dried agaricus bisporous snack food |
Singla R., Ganguli A. and Ghosh M. |
PII – 50 |
Drying pretreatments: A review of methods and their influence on the process |
Sunjka P., Raghavan G.S.V. and Orsat V. |
PII – 51 |
Response surface optimization of osmo-convective dewatering process for aonla fruit (Phyllanthus emblica L.) |
Alam M.S. and Singh A. |
PII – 52 |
Studying of edible coating application on productivity ratio in osmotic dehydration process of apple rings |
Tavakolipour H., Fatemian H. and Jalaee F. |
PII – 53 |
Experimental investigations on minimization of moisture re-adsorption in dried coal |
Karthikeyan M., Kuma J.V.M. and Mujumdar A.S. |
PII – 54 |
Innovative hydrocyclone designs to reduce erosion-induced wear in mineral dewatering processes |
Xu P.,Wu Z., Mujumdar A.S. and Yu B. |
1600 - 1620 |
Tea Break |
1620 - 1820 |
Oral Presentations: Sessions VA, VB and VC |
1620 - 1640 |
Sorption Isotherms and Net Isosteric Heat of Sorption for Apple Osmotically Pretreated with Trehalose And Sucrose Solutions |
Aktas T., Ulger P., Daglioglu F. and Hasturk F. |
1640 - 1700 |
Chemical Composition and Optimization of Osmotic Dehydration of Blueberry |
Antonio G.C., Takeiti C.Y. and Park K.J. |
1700 - 1720 |
Effect of Ultrasound-Assisted Osmotic Dehydration on Cell Structure of Sapotas |
Rodrigues S., Gomes M.C.F., Gallão M.I. and Fernandes F.A.N. |
1720 - 1740 |
Effect of Osmotic Drying on the Physicochemical Characteristics of Pear Vegetal (Sechium Edule) |
Solís-Ríuz G., Bolaños-Reynoso E., Waliszewski K., and Luna-Solano G.
|
1740 - 1800 |
Drying of Guava Preceded by Osmotic Dehydration |
Santos J.C.P., Silva C.L.V., Corrêa J.L.G., Fernandes T.N. and Costa J.M.G. |
1800 - 1820 |
Effect of pulsed electric field and osmotic dehydration pretreatment on the convective drying of carrot tissue |
Amami E., Khezami L., Vorodiev E. and Kechaou N. |
1620 - 1640 |
Model Based Optimization of Spray Drying Processes with Respect to Powder Functionality |
Verschueren M., Straatsma J., Schutyser M. and de Jong P. |
1640 - 1700 |
The Physicochemical Properties of Spray Dried Pomegranate Powders |
Yousefi S., Djomeh Z.E. and Mousavi S.M. |
1700 - 1720 |
CFD Simulation of a Spray Dryer Using an Empirical Drying Model |
Ullum T., Sloth J., Brask A. and Wahlberg M. |
1720 - 1740 |
Comparison between 2d and 3d Modelling of Spray Drying Process |
Mezhericher M., Levy A. and Borde I.
|
1740 - 1800 |
The impact behavior of spray dried detergent granules |
Hassall G. J., Amador C., Bayly A. E. and Simmons M. J. H. |
1800 - 1820 |
A Study of Particle Histories during Spray Drying using Computational Fluid Dynamic Simulations |
Anandharamakrishnan C., Gimbun J., Rielly C.D. and Stapley A.G.F. |
1620 - 1640 |
Kinetics of the Drying of the Poblano Hot Pepper (Capsicum Annuum), in Forced Convection |
Lopez R., Lizardi A., Vaca M., De Ita A., Lara A. and Beltran M. |
1640 - 1700 |
Effects of Temperatures and Tempering Times on Drying Kinetics and Qualities of Waxy Rice |
Jaiboon P., Prachayawarakon S., Tungtrakul P., Varanyanond W. and Soponronnarit S. |
1700 - 1720 |
Consolidation of Food and Income Level through Improvement in Traditional Potato Storage Structures – A Success Story |
Naik K.R., Suryawanshi M.V., Sosle V. and Raghavan G. S.V. |
1720 - 1740 |
Effect of Power Ultrasound on Second Law Thermal Efficiency of Food Convective Drying |
García-Pérez J.V., Carcel J.A., Riera E., García-Alvarado M.A. and Mulet A.
|
1740 - 1800 |
The Potential for Foam-Mat Drying of Tropical Fruits and Vegetables in the Caribbean |
Harrynanan L. and Sankat C.K. |
1800 - 1820 |
Comparative Study of Drying Methods for Improving Processing Time and Quality of Macadamia Nut |
Srzednicki G., Wootton M., Craske J., Phatanayindee S. and Borompichaichartkul C. |
1800 - 2000 |
IDS Advisory Panel Meeting with Dinner |
1930 - 2230 |
Cultural Program and Banquet |
0830 - 1040 |
Oral Presentations: Sessions VIA. VIB and VIC |
0840 - 0900 |
Control of Microwave Drying Process through Aroma Monitoring |
Raghavan G.S.V., Li Z., Wang N. and Gariepy Y. |
0900 - 0920 |
Microwave Assisted Drying of Wet Caffeine |
A. Shalmashi |
0920 - 0940 |
Effect of Microwave Drying on the Micro-Structure and Quality of Water Extracts from Astragalus Pieces |
Qianqian D., Junhong Y., Wei W., Mingdi S. and Jun Z. |
0940 - 1000 |
Experimental and Theoretical Investigation of Drying Behaviour of Potato in an Inert Medium Fluidized Bed Assisted by Microwave |
Souraki B.A. |
1000 - 1020 |
Drying of Pears by a Combination of Convective and Vacuum-Microwave Methods |
Figiel A., Wojdylo A., Juszczyk P. and Carbonell-Barrachina A. |
1020 - 1040 |
Microwave and Hot Air Drying for Red Pitaya (Hylocereus Undatus) |
Nordin M.F.M. , Gariépy Y., Daud W.R.W., Raghavan G.S.V. and Talib M.Z.M. |
0830 - 0900 |
Keynote VIB: Air -impingement drying – Technology for future |
Milosavljevic N. |
0900 - 0920 |
Intermittent and Continuous Drying of Red-Beech Timber from the Green Condition |
Herritsch A., Dronfield J. and Nijdam J. |
0920 - 0940 |
Determination of Dynamic Water Retention of Paper Coating Colors |
Rajala P., Timofeev O, and Milosavljevic N. |
0940 - 1000 |
Drying Kinetics of Energetic Variety of Willow Salix Viminalis in Superheated Steam |
Pakowski Z., Krupinska B., Ziemlewski S. and Adamski R. |
1000 - 1020 |
Multicylinder Paper Drying Modeling using the Material Drying Kinetics |
Toffoli C.M., Menoci G.P., Motta Lima O.C., Ravagnani M.A.S.S., Santos O.A.A and Pereira N.C. |
1020 - 1040 |
Superheated Steam Drying Model for Willow Salix Viminalis |
Pakowski Z. and Adamski R. |
0830 - 0900 |
Keynote VIC: Spray Freeze Drying |
Stapley A.G.F. |
0900 - 0920 |
Microwave Freeze Drying of Sea Cucumber Coated with Nanoscale Silver |
Zhang M., Duan X., Li X. and Mujumdar A.S. |
0920 - 0940 |
Development of Seed-Corncob Drying Technology by using Special Thermal Analysis Method |
Beke J. and Kurjak Z. |
0940 - 1000 |
Dewatering and Drying in Mineral Processing Industry: Potential for Innovation |
Wu Z., Mujumdar A.S. and Lee D.J. |
1000 - 1020 |
Aspects Regarding the Spouted Bed Intensifying Technique for the Granular Biomaterials Drying Efficiency |
Jinescu G., Mares A.M., Isopencu G.O. and Aurelian F. |
1020 - 1040 |
Large Scale Application of Low Temperature Dehydration as an Indispensable Condition of Sustainable Development |
Iu.Bosneaga |
1040 - 1100 |
Tea Break |
1100 - 1300 |
Oral Presentations: Sessions VIIA, VIIB and VIIC |
1100 - 1120 |
Drying of Extruded and Spheronised Theophylline Pellets |
Nitz M., Moffa M., Zaim M. H. and Calefe L. |
1120 - 1140 |
Primary Drying Kinetics and Duration During Freeze-Dying of Pharmaceutical Formulations with Organic Co-Solvent |
Daoussi R., Vessot S., Andrieu J. and Monnier O. |
1140 - 1200 |
Influence of Freeze-Drying Conditions on Crystalline Structure of Mannitol |
Nakagawa K., Murakami W. and Andrieu J. |
1200 - 1220 |
Experiment Research of Vacuum Freeze Drying of Nattokinase |
Peng R., Liu C., Xu C., Zhang S. and Kou W.
|
1220 - 1240 |
Effect of Sugars and Polyols on the Inactivation of Yeasts during Drying |
Yamamoto S., Fujii S., Mako M. and Yoshimoto N. |
1240 - 1300 |
Preparation of Microspheres Containing Micellar Nanostructures |
Menshutina N., Gordienko M., Makovskaya Y., Avanesova A. and Obryadin R. |
1100 - 1120 |
Evaluation of Entrained Bed Dryers with Pneumatically Swirling Flow in Tapered Riser for Okara Drying |
Itaya Y., Kobayashi N. and Nakamiya T. |
1120 - 1140 |
Scale-Up, Optimisation and Control of Industrial Batch Fluidised Bed Dryers Using a Multi-Level Theoretical Model |
Kemp I. C. and Sohet Q. |
1140 - 1200 |
The Relation between the Mean Retention Time and the Outlet Moisture Content in a Spouted Bed Dryer When Unscreened Material is Dried |
Renstrom R. |
1200 - 1220 |
Analysis of Transient Drying of Pastes in a Vibrofluidized Bed |
Meili L., Daleffe R.V., Ferreira M.C. and Freire J.T.
|
1220 - 1240 |
Increased Capacity in an Existing Spouted Dryer Using a Heating Tube |
Berghel J. |
1240 - 1300 |
Chemical energy transportation for effective waste energy utilization |
Ogura H., Ozawa E., Tsuchida M. and Kazama M. |
1100 - 1120 |
Model-Based Monitoring and Controlling of Industrial Freeze-Drying Processes |
Barresi A.A., Pisano R., Rasetto V., Fissore D., Marchisio D.L. and Galan M. |
1120 - 1140 |
Process Changes in Wet Fluidized Bed through Analysis of Pressure Fluctuation Signals – a Preliminary Report |
Souza C.R.F., Rezende F.A. and Oliveira W.P. |
1140 - 1200 |
Residence time by image analysis on a vibro-fluidized dryer |
De Oliveira R. A., Park K. J., Oliveira B. S., and Toneli J. T. C. L. |
1200 - 1220 |
Total Polyphenol Content of Cocoa Beans Dried Using the Natural and Artificial Drying Methods |
Hii C.L., Law C.L., Cloke M. and Suzannah S.
|
1220 - 1240 |
Natural Convection Driers with Flow of Hot Air in the Reverse Direction |
Thomas P.P. |
1240 - 1300 |
Modelling of Thin Layer Drying of Tunisian Olive Leaves in a Convective Solar Drying |
Bahloul N., Boudhrioua N., Kouhila M. and Kechaou N. |
1300 - 1400 |
Lunch Break |
1400 - 1600 |
Poster Session III and Stalls Exhibition |
PII – 01 |
Analysis of the cylinder dryer with improved heat transfer rate |
Timofeev O., Milosavlievic N., Keranen J. and Kiiskinen H. |
PIII – 02 |
Fluidized bed extraction of plant materials using superheated steam |
Behns C., Behns W., Mörl L., Haida H. and Schlüsselbu |
PIII – 03 |
Heat transfer characteristics of rotating fluidized beds in a static geometry |
Wilde J.D. |
PIII – 04 |
Influence of spouted bed design on dryer throughput and product quality |
Souza C.R.F. and Oliveira W.P. |
PIII – 05 |
Investigation on drying performance of revolving VFD dryer |
Jianguo L., Lijuan Z. and Yongkang P. |
PIII – 06 |
Modeling of the sewage sludge drying in convective direct dryer of upward flow |
Serenotti F., de Oliveira S.F.F., da Silva M.G.C. and Gimenes M.L. |
PIII – 07 |
Moisture content fluctuation caused by mass flow in the mixed-flow dryer |
Kocsis L., Farkas I., Mellmann J., Gottschalk K. and Mészáros C. |
PIII – 08 |
Optimization of internal filling of a drying chamber of a high temperature pneumatic drum-like dryer from the viewpoint of the amount of material |
Radivoje M. Topic |
PIII – 09 |
Processing and value addition to curry leaves through drying and dehydration |
Manchekar M.D., Zende U.M. and Naik K.R. |
PIII – 10 |
Rice husk cyclonic combustor for longan batch dryer |
Dussadee N., Phaphuangwittayakul W., Sasujit K., Changrue V. and Raghavan G.S.V. |
PIII – 11 |
Sugar cane bagasse: Characterization and immersion frying with reused oil |
Costa J.M.G., Borges S.V., Corrêa J.L.G. and Fonseca B.E. |
PII – 12 |
Design and control optimizations of drying heat pumps |
Minea V. |
PIII – 13 |
Prediction method for drying time of wet porous material in humid hot air and superheated steam |
Inoue T., Iyota H. and Nishimura N. |
PIII – 14 |
Quantification of flavonoids content in mint leaves after convective drying |
Alsina O.L.S., Silva O.S. and Pachú C.O. |
PIII – 15 |
Residence time by image analysis on a Vacuum/IR dryer |
De Oliveira R.A., Park J.K., Marchi V.C. and Slussarek M.S. |
PIII – 16 |
Robust tuning of fuzzy PI controllers based on characteristic matrix eigenvalues and lyapunov functions for spray drying |
Rayo-Garcia V., Garcia-Alvarado M.A., Rodriguez-Jimenes G.C. and Salgado-Cervantes M.A. |
PII – 17 |
Combined effects of coating and microwave assisted hot air drying on kinetics of color changes of strawberry |
Emam-Djomeh Z., Nazemi Sh., Niakowsari M. and Askari G. |
PIII – 18 |
Composite dielectric heating and drying: The computation process |
Hasna A.M. |
PIII – 19 |
Drying of wet salicylic acid by microwave heating |
Shalmashi A. |
PIII – 20 |
Effect of microwave drying technology on micro-structure and dehydration characteristic of astragalus sleces |
Qianqian D., Junhong Y., Wei W., Mingdi S. and Jun Z. |
PIII – 21 |
Effect of microwave drying technology on micro-structure and dehydration characteristic of angelica sleces |
Qianqian D., Junhong Y., Wei W., Mingdi S. and Jun Z. |
PIII – 22 |
Experimental and theoretical investigation of drying behaviour of potato in an inert medium fluidized bed assisted by microwave |
Souraki B.A. |
PIII – 23 |
Kinetics evaluation of the microwave drying of okara |
Lescano C., César L., Tonin L., Pereira N. and Marsaioli A. |
PIII – 24 |
Effect of microwave power density and pressure on selected quality parameters of dehydrated carrots |
Sutar P. P., Prasad S., Sutar N. P. and Thorat B. N. |
PIII – 25 |
Modeling of the microwave drying kinetics of the prickly pear cactus cladodes |
Lopez R., De Ita A. and Vaca M. |
PIII – 26 |
Microwave vacuum drying in biotech and pharmaceutical industry for gentle and fast drying applications |
Puschner P. |
PII – 27 |
Effect of osmosis and ultrasound on pineapple cell tissue structure during dehydration |
Fernandes F.A.N., Gallão M.I. and Rodrigues S. |
PIII – 28 |
Energy-saving ecology-friendly vacuum kiln for dispersed materials drying |
Kutovoy V. and Belov O. |
PIII – 29 |
Low cost antibrowning treatments aids compatible drying for minimally processed potato products |
Suryawanshi M.V., Naik K.R., Poornima R., Uppinal N., Sosle V. and Raghavan G.S.V. |
PIII – 30 |
Modeling and control of atmospheric freeze spouted bed drying for micropowders production |
Menshutina N., Leuenberger H., Zerkaev A. and Guseva E. |
PIII – 31 |
Research on microwave freeze-drying pilot testing equipment and its application |
Wang Y., Zhang M. and An J. |
PIII – 32 |
Simultaneous heating and cooling for thai herb by heat pump technique |
Phaphuangwittayakul W., Changrue V., Siriplabpla P. and Raghavan G.S.V. |
PIII – 33 |
Strategy of optimal drying with using various methods |
Kowalski S.J. and Rajewska K. |
PIII – 34 |
Study of fluidized bed spray agglomeration focusing the moisture content of the solid |
Hampel R., Peglow M., Tsotsas E. and Heinrich S. |
PIII – 35 |
Use of ultrasound as a pre-treatment for dehydration of jambo (Eugenia Malaccensis L.) |
Oliveira F.I.P., Rodrigues S. and Fernandes F.A.N. |
PIII – 36 |
Volatiles retention during the sub-atmospheric spray freeze drying of coffee and maltodextrin |
Khwanpruk K., Anandharamakrishnan C., Rilley C.D. and Stapley A.G.F. |
PIII – 37 |
Design of a gas distribution system for fluidized bed dryer |
Jangam S. V. and Thorat B. N. |
PII – 38 |
An application of self-excited oscillating heat pipe heat exchanger on lumber drying for heat conservation |
Chai B., Li X., Zhou S., Shi Y.C., Liu D., Yuan C., Zha G. |
PIII – 39 |
Drying of carton packaging waste in a rotary dryer |
Bacelos M.S., Jesus C.D.F. and Freire J.T. |
PIII – 40 |
Evaluation of drying related gas permeability of wood of willow salix viminalis |
Adamski R. and Pakowski Z. |
PIII – 41 |
Modelling and optimisation of packed moving bed drying of woody biomass for bioenergy |
Pang S., Xu Q. and Mahdum M.M. |
PIII – 42 |
Research development of wood drying energy conservation in china |
Yongdong Z. |
PII – 43 |
Application of freeze-drying technique to preparation of nano-material derived macro-porous bulk |
Nakagawa K., Thongprachan N., Sano N., Charinpanitkul T. and Tanthapanichakoon W. |
PIII – 44 |
Effect of process parameters on product characteristics on microencapsulation of carotene |
Waghmare J., and Momin S. A. |
PIII – 45 |
Effect of various drying techniques on the stability of silver nanoparticles formed by the biosynthesis protocol |
Bhambure R. S., Bule M. V, Kamat M. Y., Thorat B. N. and Singhal R. S. |
PIII – 46 |
Effect of storage conditions on dried brewer’s yeast viability |
Gabino-Roman F.J., Luna-Solano G., Rodriguez-Jimenes G.C., Garcia-Alvarado M.A. and Salgado-Cervantes M.A. |
PIII – 47 |
Effect of operating conditions on crystallinity in spray drying |
Md. Imtiaz-Ul-Islam. and Langrish T. |
PIII – 48 |
Film-coating of acethaminophen granules by fluidized bed |
Rezende F.A., Souza C.R.F. and Oliveira W.P. |
PIII – 49 |
Freeze drying of nanoparticles: Formulation and process optimization |
Patil V. V., Dandekar P. P., Patravale V. B., and Thorat B. N. |
PIII – 50 |
Improved synbiotic formulation for the use in pharmaceutical industry and functional foods |
Joshi V. S. and Thorat B. N. |
PIII – 51 |
Changes in Physical Properties of Freeze-Dried Gelatin Matrix Frozen by Different High Pressure Freezing Methods |
Choi M.J., Min S.G., Ko S.H., Shim K.B. and Hong G.P. |
PIII – 52 |
Influence of the spray drying conditions on the microstructure of inulin powder |
Toneli J., Park K., Negreiros A., Murr F. and Oliveira R.A. |
PIII – 53 |
Lyophilization versus vacuum foam drying for preservation of biomolecules |
Jangle R. and Pisal S. |
PIII – 54 |
Purification, formulation and drying of papain |
Deulgaonkar S. and Thorat B. N. |
PIII – 55 |
Spray drying of haruan extract: Effect of additives on the particles size distribution |
Abdul Mannan M.J, Krishnaiah D., Bono A. and Hui L. Y. |
PIII – 56 |
Spray-drying of red yeast (monascus ruber van tiegham) extract |
Teixeira C.C.C., Araujo R.R., Teixeira G.A., Tacon L.A. and Freitas L.A.P. |
PIII – 57 |
Synthesis, characterization and drying of absorbable gelatin sponge |
Shyamkuwar A. L., Chokashi K. P., Waje S. S., and Thorat B. N. |
PIII – 58 |
The powdery biomaterials properties influence upon the fluidized bed drying efficiency |
Isopencu G.O., Mares M., Vasilescu P. and Jinescu C. |
PIII – 59 |
Vortex tube-assisted atmospheric freeze drying of osmotically pretreated biological materials |
Rahman S.M.A. and Mujumdar A.S. |
PIII – 60 |
Convective air drying characteristic of ganoderma tsugae murrill |
Chin S.K., Law C.L., Cloke M. and Cheng P.G. |
1600 - 1630 |
Tea Break |
1630 - 1800 |
Closing Ceremony |
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