Nowadays, to lower costs and optimize the effectiveness of given drying technologies, many processors are turning to multiple dryer types to achieve more efficient overall removal of moisture.

Over the past couple of decades, dryers have been improved greatly in the way they manage energy, with the advent of PLC, and improved instrumentation for detecting moisture content. The evolution will continue, especially with the added current challenges of drying solids with smaller particle sizes.

The most significant technological changes to our company dryers in recent years have been the level of controls to allow better equipment automation for plant operators. Partner fully understands the importance of having centralized control and monitoring ability in today’s modern production plant. So we do everything we can to be sure our equipment fits into this. Control hardware is constantly being updated.

What’s more, energy efficiency is also a constant concern in drying, which requires significant energy input. In recent years, energy costs have made customers more aware of drying efficiency,  and the company has worked on technologies to reduce energy requirements by recycling a portion of the exhaust air for heat recovery, either directly from a dust collector.

Other strategies likely to see increased use in drying include the use of vacuum to help evaporate volatile components with high boiling point-particularly when the solid material is temperature-sensitive. And the technique of introducing a portion of already dried product back into the drying process to help avoid a transition of the material to a particularly sticky, pasty or highly viscous phase. Also, regarding equipment selection, there has been a lot of activity in quick laboratory tests for drying to aid in equipment selection.

Zhengzhou Dingli company worthy of your faith, welcome to order.