The basis for the development of a platform for high-throughput experimentation on spray drying is formed. To mimic the drying of single droplets during spray drying, individual droplets are dispensed and dried on a flat surface. A dispensing process is used that is able to dispense viscous liquids and generates small droplets (dp¿>¿150¿µm). The dispensed droplet size for varying liquids could be accurately described with a predictive model based on Bernoulli's law. The drying of droplets is monitored with a camera and modeled with mass balance equations. Finally, a Sherwood correlation is derived to describe the mass transfer between the sessile droplet and the drying air
We demonstrate real-time quantitative phase imaging as a new optical approach for measuring the evap...
Sessile droplet evaporation is an omnipresent phenomenon both in nature and technologies such as bio...
Both spraying and drying are critical to spray dryer performance. Models are developed which explain...
Abstract: Individually dispensed droplets were dried on a flat surface to mimic the drying of single...
The use of population balances to describe the quality of solid particles received from spray drying...
Drying usually results in various types of particle morphology that influence the properties and the...
The literature on the evaporation of drops of pure liquids, drops containing solids and droplet spra...
The inactivation of bioactive ingredients during spray drying is often matrix specific. Therefore, t...
Spray drying is widely used in many industries, e.g. chemical, food and pharmaceutical processing, i...
Spray drying is a continuous process that is able to form particles of determinable properties from ...
The literature relating to evaporation from single droplets of pure liquids and the drying of soluti...
The possibilities of reducing energy consumption in spray drying by monodisperse droplet generation ...
The literature on the evaporation of pure liquid drops and the drying of drops of solutions and slur...
We demonstrate real-time quantitative phase imaging as a new optical approach for measuring the evap...
Sessile droplet evaporation is an omnipresent phenomenon both in nature and technologies such as bio...
Both spraying and drying are critical to spray dryer performance. Models are developed which explain...
Abstract: Individually dispensed droplets were dried on a flat surface to mimic the drying of single...
The use of population balances to describe the quality of solid particles received from spray drying...
Drying usually results in various types of particle morphology that influence the properties and the...
The literature on the evaporation of drops of pure liquids, drops containing solids and droplet spra...
The inactivation of bioactive ingredients during spray drying is often matrix specific. Therefore, t...
Spray drying is widely used in many industries, e.g. chemical, food and pharmaceutical processing, i...
Spray drying is a continuous process that is able to form particles of determinable properties from ...
The literature relating to evaporation from single droplets of pure liquids and the drying of soluti...
The possibilities of reducing energy consumption in spray drying by monodisperse droplet generation ...
The literature on the evaporation of pure liquid drops and the drying of drops of solutions and slur...
We demonstrate real-time quantitative phase imaging as a new optical approach for measuring the evap...
Sessile droplet evaporation is an omnipresent phenomenon both in nature and technologies such as bio...
Both spraying and drying are critical to spray dryer performance. Models are developed which explain...