• In manufacturing processes, equipment is employed to provide reaction space and conditions for chemical reactions or physical transformations, which can be either batch or continuous.
• Thorough mixing of the participating reaction media facilitates material blending, while the reaction process can be heated or cooled using jacketing or coil systems.
• This equipment can enhance heat transfer efficiency or interphase mass transfer.
• Taiwan Heat Transfer offers services including selection and design of reactors, testing of sample mixing effects, and Computational Fluid Dynamics (CFD) simulation of mixing effects, along with providing various types of mixing blades.
• The three major elements in reactor design are process design, agitator, and vessel.
• Taiwan Heat Transfer assists in various reaction process designs, such as:
1. Liquid-Solid: dissolution, suspension.
2. Liquid-Gas: absorption, dispersion.
3. Liquid-Liquid: extraction, emulsification.
4. Miscible Liquids: chemical reactions, physical mixing.
5. Fluid Movement: enhancing heat transfer, reducing precipitation.
• Thorough mixing of the participating reaction media facilitates material blending, while the reaction process can be heated or cooled using jacketing or coil systems.
• This equipment can enhance heat transfer efficiency or interphase mass transfer.
• Taiwan Heat Transfer offers services including selection and design of reactors, testing of sample mixing effects, and Computational Fluid Dynamics (CFD) simulation of mixing effects, along with providing various types of mixing blades.
• The three major elements in reactor design are process design, agitator, and vessel.
• Taiwan Heat Transfer assists in various reaction process designs, such as:
1. Liquid-Solid: dissolution, suspension.
2. Liquid-Gas: absorption, dispersion.
3. Liquid-Liquid: extraction, emulsification.
4. Miscible Liquids: chemical reactions, physical mixing.
5. Fluid Movement: enhancing heat transfer, reducing precipitation.