Starch Processing Equipment Prone to Leakage, Multicyclone Ensures Clean Production

In overseas wet starch processing, seal failure and frequent leakage of equipment in the refining section are high-frequency operation and maintenance problems, which directly affect the cleanliness and stability of the production process. Starch emulsion is a wet suspension. The traditional separation and washing equipment has a simple sealing structure design, which is prone to leakage at pipe joints and cyclone cavities under medium-high pressure operation and continuous production conditions. This not only causes waste of starch emulsion and reduces raw material utilization rate, but also pollutes the production environment with leaked slurry and increases workshop cleaning costs. At the same time, leakage is likely to cause fluctuations in internal equipment parameters, affect the effect of starch separation and purification, and lead to uneven quality of finished products.

As the core refining link of wet starch processing, the sealing performance of equipment directly determines the cleanliness and process stability of production. Choosing refining equipment with high sealing performance has become a core selection demand for starch plants to ensure clean production and reduce operation and maintenance losses. With its exclusive sealing design, the Multicyclone solves the leakage problem from the structural end and is a key equipment adapted to the clean production of starch.

Targeting the pain point of leakage-prone starch processing equipment, the Multicyclone has made special optimizations in three dimensions: sealing structure, assembly process and hardware configuration, achieving internal leak-free operation of the equipment, fundamentally ensuring the production cleanliness of the starch refining section, and adapting to large-scale continuous production conditions.

This Multicyclone adopts a custom optical sealing design, with precise sealing treatment for leak-prone parts such as cyclone tube interfaces and cavity joints. Combined with food-grade sealing accessories, it can withstand the working pressure of medium-high pressure rinsing of the equipment, eliminate the seepage and dripping of starch emulsion, and achieve an internal leak-free sealing effect. The equipment pipeline is designed through computer optimization with an integrated connection process, which reduces the sealing nodes at pipe joints, lowers the probability of leakage from the structural design, and allows the starch emulsion to complete the entire process of separation, washing and concentration in a closed pipeline.

Meanwhile, the whole Multicyclone machine is made of food-grade stainless steel, with its surface treated by high-level technology and oil and dirt resistant properties. Even a small amount of slurry adhesion is easy to clean, avoiding bacterial growth caused by impurity accumulation. The matched self-developed centrifugal pump with shrouded impeller adopts a single mechanical seal with internal flush design, and the connection between the pump body and the equipment is tightly sealed without slurry backflow and leakage, ensuring the sealing integrity of the entire system and keeping the whole production process clean.

In the equipment selection of overseas starch plants, to solve the equipment leakage problem and ensure clean production through the Multicyclone, two core selection points need to be grasped to adapt to the wet refining needs of various starches such as cassava, potato and wheat:

1. Prioritize the Multicyclone equipped with custom anti-leakage sealing design + integrated pipeline connection. The customized sealing structure is the core to solve leakage under medium-high pressure working conditions, and the integrated pipeline reduces weak sealing nodes, double guaranteeing the leak-free operation of the equipment;
2. Confirm that the supporting pump body of the equipment adopts a single mechanical seal with internal flush design. As the core of material transportation, the sealing performance of the pump body directly affects the cleanliness of the entire system. This design can avoid leakage and backflow in the slurry transportation link.

At the same time, select the model with the whole machine made of food-grade stainless steel and supporting CIP cleaning in place. On the basis of ensuring leak-free sealing, it realizes rapid cleaning of the equipment, avoids secondary pollution caused by slurry residue, takes into account both production cleanliness and operation efficiency, and conforms to the production standards of overseas food-grade starch.

This Multicyclone has become the preferred equipment for overseas starch processing enterprises to solve the problem of equipment leakage. Through the high-seal structural and configuration design, it completely eliminates the leakage hidden dangers in the refining section, ensures the cleanliness of the production environment and starch slurry, and at the same time avoids raw material waste and quality fluctuations, adapting to the clean production needs of overseas large-scale, food-grade starch.