HiGee Chemical Separation Engineering

1. Introduction
Introduction
Basic principle and unit operation of high gravity separation
Device of high gravity separation


2. Absorption
Introduction
Principle of the intensifying of absorption process by high gravity
Key issues and technologies
Practical applications


3. Desorption
Intensifying of the synchronous transmission of heat and mass in thermal desorption process by high gravity
Key technologies
Practical applications


4. Distillation
Introduction
Principle of the intensifying of rectification by high gravity
Key technologies
The properties of rectification by high gravity
Practical applications
Outlook


5. Liquid-liquid extraction
Introduction
Principle of the intensifying of extraction by IS-RPB
Operation of extraction by IS-RPB
Practical applications
Outlook


6. Liquid-membrane separation
Introduction
Principle of the intensifying of preparation and separation of liquid-membrane by high gravity
Key technologies of emulsus liquid-membrane separation by IS-RPB
Practical applications
Outlook


7. Adsorption
Introduction
Technology of adsorption and separation
Technology of adsorption by high gravity
Practical applications


8. Gas-solid separation
Introduction
Key technologies and principle of gas-solid separation by high gravity
Performance of gas-solid separation by high gravity
Practical applications
Outlook


9. Other separation processes
Intensifying of ozonation process by rotating packed bed
Intensifying of separation of nitrobenzene from wastewater by impinging stream-rotating packed bed through zero valent iron process
Intensifying of electrochemical separation process by multistage concentric cylinder-rotating bed
Intensifying of photocatalytic process by rotating disk reactor
Outlook