Low Crude Starch Outlet Concentration, Multicyclone Improves Concentration Effect

In overseas large-scale wet starch processing, low outlet concentration in the crude starch washing and refining section is a common industry problem, which directly affects the production efficiency of subsequent processes such as starch drying and packaging. Traditional starch processing equipment has insufficient concentration capacity, resulting in low concentration of refined starch emulsion. This not only increases the energy consumption of the subsequent drying section, but also prolongs the processing cycle of finished starch products, reducing the production efficiency of the entire production line.

Starch outlet concentration is a core indicator for measuring the performance of refining equipment. Low-concentration starch emulsion cannot meet the high-efficiency production needs of large-scale starch processing. Improving the outlet concentration of refined crude starch has become a key demand for starch plants to reduce costs, increase efficiency and optimize production processes. As a special washing and concentration equipment for starch, the Multicyclone can achieve efficient concentration of starch emulsion with its structural and process design, making it the core selection equipment to solve the problem of low outlet concentration.

Targeting the pain point of low crude starch outlet concentration, the Multicyclone achieves efficient concentration of starch emulsion through process principle optimization, precise structural design and reasonable power configuration, greatly improving the outlet concentration while taking into account the starch purification effect, and adapting to the production needs of large-scale starch processing.

Relying on the core principle of cyclone separation and combined with a computer-optimized pipeline layout, the Multicyclone makes the starch emulsion form a high-speed cyclone in the cyclone tube, and uses centrifugal force to quickly separate starch granules from water and light impurities, efficiently completing the concentration of starch emulsion with an outlet concentration of ≥22Be, which is far better than the concentration effect of traditional equipment. Equipped with a medium-high pressure rinsing process, the equipment completes in-depth starch washing while concentrating, realizing simultaneous purification and concentration without additional concentration sections, simplifying the production process.

Meanwhile, the Multicyclone provides gradient power and capacity configurations from MC445 to MC600 (11-75kw, 10t/h-30t/h and above), with precise matching of power and processing capacity. Under high-capacity continuous production conditions, it can maintain a stable concentration effect without concentration attenuation caused by excessive load. The cyclone tube is made of high-strength reinforced nylon material, which is wear-resistant and has high separation precision, effectively retaining starch granules, avoiding starch loss during the concentration process, and ensuring starch yield while increasing concentration.

In the equipment selection of overseas starch plants, to solve the problem of low crude starch outlet concentration and improve the concentration effect through the Multicyclone, two core selection points need to be grasped to adapt to the processing needs of various starches such as cassava, potato and corn:

1. Prioritize the Multicyclone that can achieve an outlet concentration of ≥22Be. This parameter is the core quantitative indicator of the equipment's concentration performance and the foundation for ensuring the production efficiency of subsequent processes. It is necessary to confirm that the equipment has the corresponding cyclone separation and concentration process design;
2. According to the actual crude starch processing capacity of the production line, match the Multicyclone model with gradient power and capacity adaptation. Small and medium-capacity production lines can choose MC445/MC500, and large-scale production lines prefer MC550/MC600 to ensure that the power output can support the efficient concentration of the equipment and avoid the decline of concentration effect caused by mismatched capacity.

At the same time, select the model with cyclone tubes made of reinforced nylon and the whole machine made of food-grade stainless steel. While ensuring the concentration effect, it avoids starch contamination, ensures the purity and quality of finished starch, and achieves double guarantee of concentration efficiency and product quality.

This Multicyclone has become the preferred equipment for overseas starch processing enterprises to solve the problem of low crude starch outlet concentration. Through efficient cyclone concentration design, it greatly improves the starch outlet concentration, which not only reduces the production energy consumption of subsequent processes, but also optimizes the production rhythm of the entire production line, adapting to the high-efficiency production needs of overseas large-scale starch processing.