Liqui-Cel Training Topics:
History of Membrane Contactors
Principles of Operation
Contactor Design
Markets & Applications
System Design
Nitrogen Sources
Contactor Selection
Membrane Cleaning
Storage / Maintenance
Liqui-Flux Training Topics:
History of Filtration
Principles of Operation
UF Module Design
Markets & Applications
System Design
Contactor Selection
Membrane Cleaning
Maintenance
This training will help you:
Identify Liqui-Cel Applications for degasifying and gasifying
Identify Liqui-Flux applications for waste water recycling
Understand the data required to properly design a system
Review parallel and series configuration
Understand the accessories required to complete a system
Become aware of specialty applications
Performance test a Liqui-Cel Module in our laboratory
Change process parameters to witness impact on performance
Assemble and disassemble a Liqui-Cel Membrane contactor
Understanding of inside-out vs. outside-in filtration
Know the input data needed to design a UF system
Liqui-Cel Training Topics:
- History of Membrane Contactors
- Principles of Operation
- Contactor Design
- Markets & Applications
- System Design
- Nitrogen Sources
- Contactor Selection
- Membrane Cleaning
- Storage / Maintenance
Liqui-Flux Training Topics:
- History of Filtration
- Principles of Operation
- UF Module Design
- Markets & Applications
- System Design
- Contactor Selection
- Membrane Cleaning
- Maintenance
This training will help you:
- Identify Liqui-Cel Applications for degasifying and gasifying
- Identify Liqui-Flux applications for waste water recycling
- Understand the data required to properly design a system
- Review parallel and series configuration
- Understand the accessories required to complete a system
- Become aware of specialty applications
- Performance test a Liqui-Cel Module in our laboratory
- Change process parameters to witness impact on performance
- Assemble and disassemble a Liqui-Cel Membrane contactor
- Understanding of inside-out vs. outside-in filtration
- Know the input data needed to design a UF system