The Jianda drying project is being installed on site in Korea

As the new energy industry thrives, the handling and utilization of various new energy by-products have become an urgent issue. The on-site installation work for the Korean project is proceeding at full speed, marking another significant milestone for JianDa Drying in the field of new energy projects, and also highlighting JianDa's outstanding strength in high-end equipment manufacturing.

The project focuses on the drying treatment of new energy by-products. It not only effectively improves the drying efficiency of materials but also significantly reduces energy consumption while ensuring product quality, meeting the urgent global demand for green and low-carbon production. During the on-site installation, the JianDa Drying team demonstrated a high level of professionalism and a rigorous work attitude. From precise positioning of equipment to meticulous assembly of components, every step underwent strict quality control and performance testing to ensure that each piece of equipment operates at its optimal state.

Overview of vibrating fluidized bed:
Vibration fluidized bed dryer, also known as vibration fluidized bed, is a new type of efficient drying equipment suitable for drying granular and powdered materials. It features ease of operation, energy efficiency, and environmental friendliness. The vibration fluidized bed has gradually developed and expanded its application over the past decade, becoming an increasingly popular model in drying equipment. This new drying device applies specific vibration sources to conventional fluidized bed dryers. Depending on the excitation method, these vibration sources can be categorized into motor-driven, electromagnetic induction, crankshaft or eccentric wheel, pneumatic or hydraulic methods

Pulse air flow dryer overview:
The MQG series pulse jet air dryers are large-scale drying equipment. They operate on the principle of instantaneous drying, utilizing the rapid movement of heat-carrying air to suspend wet materials in hot air. This enhances the entire drying process, increasing the rate of heat and mass transfer. After being dried by air jet, the non-bound moisture in the material can be almost entirely removed (for example, when the feed moisture content of starch and similar materials is around 40%, the final product moisture content can be as low as 13.5%). Moreover, the dried material does not deteriorate, and the production capacity is significantly higher than that of conventional dryers. Users can achieve substantial economic benefits in a short period.