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Drying applications vary: from drying frac sand — a relatively simply process often performed for screening purposes — to applications like drying wetted primer in ammunition — a process that depends on accurate temperatures sustained over time. Yet, in drying applications from simple to complex, airflow and temperature uniformity makes a difference.
A smarter world has emerged around us. The Industrial Internet of Things (IIoT) revolution is changing the way companies are doing business much as the Internet of Things is changing everyday life.
Uniformly drying a non-uniform product is difficult. Decreasing the drying time of heat-sensitive products is challenging. One example is a three-dimensional product saturated with water — for instance, molded-fiber packaging products.
The content of a dryer seminar series from Bühler Aeroglide, Cary, N.C., is designed to help attendees recognize the principles and techniques for optimal drying, regardless of the dryer make or model.
Process air temperature and retention time are two parameters that rayon producers can adjust to produce the highest quality fibers at the highest production rates.
Process air temperature and retention time are two parameters that rayon producers can adjust to produce the highest quality fibers at the highest production rates.
As the price of fossil fuels escalates, engineers and operators are being asked to mitigate operating costs by recycling process streams, thereby minimizing their utility consumption per unit production.