Introduction to the process plan of the desulfurization gypsum drying and briquetting production line

Desulfurization gypsum, a byproduct of flue gas desulfurization, is a material that has limited uses. However, it can be processed into briquettes, which have wide applications, such as in cement, fertilizer, and construction industries. Here is an introduction to the process plan of the desulfurization gypsum drying and briquetting production line, along with its table of specifications.

Process Plan:

1. Crushing: Desulfurization gypsum is crushed into small particles of less than 30mm with a crusher.

2. Drying: The crushed desulfurization gypsum is dried by a rotary drum dryer to achieve the optimal moisture content necessary for briquetting.

3. Grinding: The dried desulfurization gypsum is ground into a fine powder of less than 200 mesh with a Raymond mill to improve its reactivity.

4. Briquetting: The powdered desulfurization gypsum is fed into a screw briquetting machine, and briquettes are formed by applying pressure to the material.

5. Packing and storage: The finished briquettes are packed into bags or stored in a warehouse for transportation and use.

Table of Specifications:

The table of the desulfurization gypsum drying and briquetting production line includes several key specifications and features. These include:

1. Crushing equipment - The type and size of the crusher used to crush the desulfurization gypsum.

2. Drying equipment - The type and specifications of the rotary drum dryer used for drying the desulfurization gypsum.

3. Grinding equipment - The type and specifications of the Raymond mill used for grinding the dried desulfurization gypsum.

4. Briquetting equipment - The type and specifications of the screw briquetting machine used for briquetting the powdered desulfurization gypsum.

5. Production capacity - The maximum amount of desulfurization gypsum that can be processed per hour.

6. Fuel consumption - The amount of fuel consumed per hour by the dryer and briquetting machine.

By consulting the table of specifications, users can select the appropriate equipment and configuration based on their specific processing needs, ensuring optimal performance and efficiency. Additionally, the process plan can be adjusted to meet unique requirements and specific applications.