Energy saving can be achieved to some extent by using TVR (Thermal Vapor Recompression) technology. High-speed steam flows through the steam injection pump while part of the secondary steam generated in the separator is expelled and mixed into the heating chamber as a heat source to heat the material liquid.

Myande flash dryer has wide applications in light industry, chemical, food industry, etc. It is particularly suitable for drying heat-sensitive powder or flake materials, such as starch, protein powder, rice bran, calcium carbonate, diatomite, resin, pigment, glucose, saw dust, iron oxide and aluminum hydroxide. Three types of flash dryers are available: negative pressure, positive pressure and positive-negative pressure. Wet materials and hot air conduct heat transfer in the drying pipe to achieve the purpose of material drying.

Myande's Horizontal Crystallizer is a high-efficiency, modern crystallization system designed for cooling crystallization, primarily for glucose monohydrate production. With minor structural adjustments, it can also be applied to MSG crystallization or used as an auxiliary crystallizer in monosodium glutamate processes.

Myande’s vertical continuous crystallizer is specifically designed for the cooling crystallization of glucose and fructose. It achieves continuous cooling crystallization through a multi-layer coil system and utilizes a unique lifting mechanism to create relative motion between the coils and the material. This design not only enables dynamic self-cleaning and prevents crystal buildup, but also significantly enhances heat transfer efficiency, ensuring a continuous and high-efficiency crystallization process.

Myande’s Spray Dryer technology is widely applied in the food, pharmaceutical, chemical, agricultural, environmental engineering, and ceramic industries. It atomizes liquids into fine droplets through nozzles, where the droplets undergo rapid moisture evaporation upon contact with hot air, forming solid powders. The technology is characterized by high efficiency and continuous production capabilities.

Myande’s Fermentation Tank is a core piece of equipment specially designed for the deep processing of citric acid from starch-based raw materials such as corn, cassava, and wheat. Leveraging advanced submerged fermentation technology, it efficiently converts glucose syrup into high-quality citric acid.

Myande washing cyclone is designed for extracting refined starch milk, starch recovery and concentration, and starch milk washing and recovering in production of modified starch. Myande washing cyclone is available in two types: horizontal and vertical. Horizontal type is designed generally for small or medium processing capacity.

Myande Modified Starch Cooker is mainly designed for converting native starch into modified starch through denaturation reaction process caused by high temperature and acid (or amylase) environment.

Myande MYPG Flaking Mills are widely used in processing soybean, corn, and other agricultural products and have been proved to be indispensable flaking equipment in animal feed processing and large-scale husbandry industries. Flaked maize is mainly used as feed for ruminants such as beef cattle, cow, sheep, and horses. The corn pellets are softened by soaking, modified by steam heat treatment and then pressed into flakes of 0.4mm-2mm by flaking mills. Then the flaked maize is dried in the tube bundle dryer. The chemical structure of proteins in flaked maize is changed, thus facilitating absorption of starch in the rumen of ruminants.

Myande ion exchange column is widely used for demineralization and purification of various materials such as sugar alcohols (glucose, fructose, sorbitol, etc.) and organic acids (citric acid, lactic acid, etc.) and has wide applications in starch deep processing, water treatment, chemicals, pharmaceutical and other industries. Cation exchange column replaces cationic impurities (Ca2+, Mg2+, Na+, etc.) and a small amount of protein with H+. Anion exchange column replaces the anionic impurities (CL-, SO42-, NO3-, etc.) and colored impurities with OH-.

Chromatographic separation is a method of separating the components of a mixture by the difference in the migration speed of each component. It is widely used in sugar alcohols, amino acids, organic acids and other industries.

The rotary filter is mainly designed for removing impurities such as stone, metals and slag from cracked corn in starch processing plants so as to ensure smooth operation of down-stream equipment.