Exploring the Analyzers of Vacuum Dryers

By automating the control of dampers, fuel costs can be reduced by 50%. Due to the increase in costs, there may be concerns about energy security. Therefore, it is necessary to optimize and learn how to safely use flammability monitoring, effectively control and reduce operating costs. Generally, there are many types of analyzers used.

The manufacturer of the double cone rotary dryer introduces that most dryers use approximately one or more solvents, and the accuracy depends on the sensors of this vacuum dryer analyzer, as well as the reaction of each solvent. This means that the measurement of solvent vapor concentration requires optimizing the position of the damper to achieve significant energy savings. The measurement principle of the sensor is important for achieving these goals.

Flame temperature analyzers accurately measure flammable substances and typically measure single solvent mixtures with the same degree of accuracy. Unlike some sensors, flame temperature analyzers have been developed for a specific purpose of directly measuring flammability. Therefore, the direct combustion method can be used to measure and adjust the damper control to ensure that there is no unnecessary air heating. This optimization can lead to a 50% reduction in fuel costs, so it should not be ignored. Adding solvent vapor analyzers will quickly recoup the cost.

When choosing a combustion analyzer, do not consider it a one size fits all approach. Appropriate analysis for a previous application may not necessarily be the right choice. It helps to select an analyzer that can handle future changes in the composition of the sample stream. However, the specific details of each application need to be carefully examined to prevent malfunctions. The selection of this instrument may vary from one application to the next, but the correct process always results in the combustion analyzer being fast, accurate, and safe.