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Dry spraying

Spray drying Spray lay-up Spray painting Spray pyrolysis Spray recrystallization Sprays... [Pg.922]

Aerosol Shampoos. These shampoos constitute a very small percentage of the market. They have been available in two versions, ie, Hquid foam types and dry spray forms. The Hquid foam type, despite its convenience and appealing appearance, did not attain high general use. Factors involved in its low acceptabiHty include not only higher product cost but also serious stabiHty issues with can corrosion. [Pg.449]

Spray Drying. Spray-dry encapsulation processes (Fig. 7) consist of spraying an intimate mixture of core and shell material into a heated chamber where rapid desolvation occurs to thereby produce microcapsules (24,25). The first step in such processes is to form a concentrated solution of the carrier or shell material in the solvent from which spray drying is to be done. Any water- or solvent-soluble film-forming shell material can, in principle, be used. Water-soluble polymers such as gum arable, modified starch, and hydrolyzed gelatin are used most often. Solutions of these shell materials at 50 wt % soHds have sufficiently low viscosities that they stiU can be atomized without difficulty. It is not unusual to blend gum arable and modified starch with maltodextrins, sucrose, or sorbitol. [Pg.321]

Deliberate atomization in some humidification operations, gas scrubbing, spray drying, spray painting... [Pg.51]

In conventional spraying paint is forced under pressure to the spray gun, where it mixes with air and, forced through a small orifice, atomises. Airless spray is created by forcing paint at extremely high pressures through an accurately designed small hole. Rapid expansion as it leaves the gun produces an extremely fine and very even spray pattern. No air is mixed with the paint before it leaves the gun, so avoiding dry spray . A wetter, heavier... [Pg.325]

Note The individual components of the reagent can also be applied separately one after the other [12, IS], e.g. the chromatogram is first immersed in an 8% methanolic 4-(dimethylamino)-benzaldehyde solution and then, after intermediate drying, sprayed v th 25% sulfuric acid [12]. 4-(Dimethylamino)-benzaldehyde can be replaced in the reagent with 4-(dimethylamino)-ciimamaldehyde [1]. [Pg.135]

Source U.S. EPA, References 5 and 7. a Surface preparation consists of dry operations. b This plant uses dry spray booths. [Pg.325]

The use of dry spray booths can also reduce the wastewater volume from the plant as well as increasing excess enamel recovery and reuse. Overspray is captured on filter screens and then swept up and reused in the enamel slip. Several plants use this and other, similar processes to recover the enamel raw material. [Pg.329]

Rotary Cup 10-320 [73] [74] Spray drying. Spray cooling Capable of handling slurries Possible requirement for air blast around periphery... [Pg.24]

Aqueous solutions Spray drying Spray drying tower... [Pg.260]

Esters get more complicated, having a carbon with single- and double-bonded oxygens. Anhydrides defy simple explanation, so just look at Table 1-1. The most common ester you have probably encountered is methyl acetate, the solvent put in cans of fast-drying spray paint. There aren t any commonly used anhydrides around the house. [Pg.17]

This is a process for reducing the water content of sludge by heating. Flash drying, spray drying, rotary kiln drying, or multiple hearth drying can be used. [Pg.614]

Spray drying—Spray drying is applicable to substances that are soluble in a convenient solvent. This method involves atomizing a solution to form a mist. Larger particles are removed by impaction. The remaining flow is mixed with solvent-free air to permit evaporation of solvent from the droplets. Residue particles of the solute are left behind as the solvent evaporates. [Pg.16]

An early attempt to analyse organophosphorus compounds, specifically phosphoric esters, was made with paper chromatography250. The esters were spotted on filter-paper and developed with a variety of solvent mixtures in order to isolate the different components of the samples. The paper was dried, sprayed with an acidic molybdate solution, heated to about 85 °C in order to hydrolyse the compounds and finally immersed... [Pg.363]

Drying Spray Drying, Lyophilization, Stabilization for Storage... [Pg.236]


See other pages where Dry spraying is mentioned: [Pg.2762]    [Pg.26]    [Pg.155]    [Pg.171]    [Pg.373]    [Pg.41]    [Pg.59]    [Pg.172]    [Pg.4]    [Pg.533]    [Pg.83]    [Pg.25]    [Pg.713]    [Pg.322]    [Pg.323]    [Pg.34]    [Pg.173]    [Pg.533]    [Pg.278]    [Pg.326]    [Pg.4]    [Pg.71]    [Pg.286]    [Pg.442]    [Pg.483]    [Pg.126]    [Pg.373]    [Pg.74]    [Pg.310]    [Pg.929]    [Pg.173]   
See also in sourсe #XX -- [ Pg.372 , Pg.898 ]




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Acrylic acid spray drying

Aerosols spray-drying

Applications, pharmaceutical spray-dried systems

Attrition-resistant porous microspheres spray drying

Binary systems, spray-dried

Binders spray drying

Binding agents spray dried

Bleaches spray drying

Catalyst preparation spray drying

Centrifugal rotary disk atomizer, spray drying

Ceramic powder synthesis spray drying

Compressible tablet excipients, lactose spray dried

Contact-sorption spray drying

Cross-sectional structures, spray-dried

Cryogenic spray drying

Crystallization spray-dried lactose

Detergents, production spray drying

Diluents spray dried

Dispersants spray drying

Drying cocurrent spray dryer

Emulsified spray drying

Emulsions spray drying

Enzymes spray drying microencapsulation

Factors Affecting the Retention of Emulsified Hydrophobic Flavors During Spray Drying

Feed liquid, spray drying

Flash spray drying, suspensions

Flavor retention, spray-dried food

Flavor retention, spray-dried food products

Flavor-encapsulating agents, spray drying

Flavour microencapsulation spray drying

Foam spray-drying

Foaming foam spray-drying

Food powders production spray-drying

Food processing spray drying

Food spray-dried

Formulation process spray drying

French spray-drying

Gas-admixing foam spray-drying

Glass spray-dried powder stickiness

Glass transition spray-dried lactose

Granules spray drying

High pressure spray drying

INDEX spray-drying

Impinging stream spray drying

Inhalation spray-drying

Lactopress Spray-Dried

Lactose Spray-dried

Lactose spray-dried systems

Lemon spray-drying

Lipid spray drying

Mannitol Spray-dried

Metal spray freeze-drying

Microencapsulation by spray drying

Microencapsulation spray drying

Microscopy spray drying

Microspheres spray drying

Milk, spray-dried

Morphology and Properties of Spray-Dried Particles

Morphology spray-dried particles

Morphology spray-dried powders

Nanoparticle spray drying

Nozzles, spray drying

Particle spray drying parameters

Particle spray-dried powders

Physical properties spray-dried lactose

Plasma, spray-dried

Porosity spray dried particles

Powder spray-drying

Powdered detergents spray drying

Product flowability, spray dried particles

Properties of spray-dried powder

Protein Encapsulation Theory by Spray Drying

Protein spray drying

Proteins, pulmonary delivery spray drying

Proteins, pulmonary delivery spray freeze drying

Pulse combustion spray drying system

Residual spray dried particles

Retention of Flavor in Spray-Dried Food Products

Scanning electron microscopy spray-dried particles

Similarities to spray drying

Single stage spray drying

Size methods spray drying

Size methods spray-dried emulsions

Solid flavors spray dried

Sorbitol spray-dried

Spray Drying Applications

Spray Drying Process Stages

Spray Drying and Complementary Procedures

Spray Drying and Pharmaceutical Applications

Spray Drying of Oil Emulsions

Spray dried

Spray dried

Spray dried dispersions

Spray dried dispersions advantages

Spray dried dispersions assessment

Spray dried dispersions physical stability

Spray dried powder

Spray dried powder downstream processing

Spray dried skim milk

Spray dried starches

Spray drying

Spray drying

Spray drying Lactobacillus bulgaricus

Spray drying advantages

Spray drying and size enlargement

Spray drying atomization

Spray drying carrier material

Spray drying components

Spray drying compounds

Spray drying droplets

Spray drying electrospraying

Spray drying enzymes

Spray drying equipment design

Spray drying evaporation rate

Spray drying food flavors

Spray drying gradient, concentration

Spray drying hollow particle formation

Spray drying humidity

Spray drying industrial process

Spray drying initial droplet size

Spray drying introduction

Spray drying materials

Spray drying mathematical models

Spray drying method

Spray drying nanoparticles production

Spray drying operation

Spray drying particle morphology

Spray drying particle size

Spray drying pathways

Spray drying pharmaceuticals

Spray drying powder characteristics

Spray drying powder properties

Spray drying process temperature

Spray drying pumping

Spray drying shear rate

Spray drying slurry making

Spray drying sodium chloride

Spray drying solids levels

Spray drying solutions

Spray drying stages

Spray drying suspensions

Spray drying ultrasonic atomization

Spray drying variations

Spray drying zirconia

Spray drying, attrition-resistant porous

Spray drying, attrition-resistant porous particles

Spray drying, bleach processing

Spray drying, detergents

Spray drying, solid electrolytes

Spray drying, test atmospheres

Spray-dried PVAc/Povidone

Spray-dried acacia

Spray-dried catalysts

Spray-dried droplet forms

Spray-dried food products

Spray-dried lactose direct-compression tablet diluents

Spray-dried lignosulfonate

Spray-dried microcapsules

Spray-dried milk powder

Spray-dried orange oil

Spray-dried orange powders

Spray-dried particle

Spray-dried particles materials

Spray-dried products

Spray-dried systems

Spray-dried whey

Spray-dry

Spray-dry process

Spray-drying combustion

Spray-drying milk powder

Spray-drying powders production

Spray-drying process

Spray-drying process dispersions

Spray-drying system

Spray-drying technique

Spray-drying, aroma retention

Spray-drying, costs

Spray-drying, encapsulation method

Spray-freeze drying

Spray>dried flavor

Starter cultures spray drying

Stickiness, spray-dried powder

Stress on Proteins During the Spray Drying Processes

Structure formation spray drying

Sugars spray-dried

Super-Tab Spray-Dried

Support spray drying

Theoretical Modeling and Numerical Simulation of Spray Drying Processes

Theory of Spray Drying Fundamentals

Thermal Inkjet Spray Freeze-Drying

Three-stage spray drying system

Tile processing, spray drying

Tomato spray-drying

Ultrasonic atomizers, spray drying

Water spray-dried lactose

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