1. High efficiency rotary distillation machine - replaces traditional recovery towers. Used for the separation, purification, and recovery of organic solvents, jointly developed by Tianjin University and our company. Applying rotary distillation technology to continuous distillation processes in industrial production. The rotating distillation machine is composed of one or more rotors rotating at high speed. Gas and liquid pass through the rotor in the form of reverse spray for mass transfer

2. The total height of the entire device shall not exceed 3.38 meters. The 1.3-meter-high distillation machine is equivalent to a commonly used 16 meter high recovery tower, which is a major breakthrough over traditional plate and packed towers. Compared to traditional towers, continuous distillation:

① High efficiency, low energy consumption.

② Energy conservation and emission reduction

In an efficient rotary distillation machine, the liquid phase undergoes multiple processes of dispersion and aggregation. During this process, the liquid is thrown away from the moving circle in concentric circles as fine droplets. Under the action of centrifugal force, the high-speed moving droplets are collided, sheared, and splashed on specific structures inside the equipment, forming a gas-liquid interface that is larger than the surface and constantly updates. After aggregation, it enters the next cycle.

In the device, the gas-liquid two-phase flow in the rotor is generally in reverse phase, and the gas-liquid contact process between the annular gaps in the internal structure of the equipment can be divided into two steps: one step is when the liquid phase is thrown away from the center and comes into cross flow contact with the gas; The second step is the process of the liquid phase falling onto a specific structural wall of the device. The gas in the annular gap rotates upward, while the liquid rotates downward under the influence of gas and gravity, resulting in counter current contact. In the second step, the liquid rotates along the wall and collides and squeezes with the constantly ejected liquid, resulting in a very fast surface renewal and a * mass transfer rate. This is similar to a wet wall tower that undergoes a series of extremely fast liquid surface renewals. The gas-liquid inside the equipment passes through an annular gap like passing through a wet wall tower, with higher mass and heat transfer efficiency.

The principle of supergravity rotary distillation:

(1) Using centrifugal force to disperse the liquid and then bringing it into contact with the gas is more thorough than direct contact with other liquids, improving the specific surface area and mass and heat transfer rate and efficiency of gas-liquid phase contact, and reducing the size of the equipment.

(2) A rotor with a specific structure rotates at high speed inside the machine body. The gas phase enters the machine through the gas inlet, enters the rotor from the outer edge, and the liquid phase enters the center of the rotor through the inlet. The gas-liquid phase forms a gas-liquid interface with a large specific surface area and constantly updates inside the rotor, which has mass and heat transfer rates and efficiency. The final gas phase leaves the bed through the outlet and is condensed by the condenser; The liquid phase is collected inside the machine and discharged from the outlet.