CO2 Adsorber Technology
How it works:
- Adsorption principle
- CMS activated carbon columns
- How cycles work:
Adsorption > Regeneration > N2 flushing - Models: single or double vessel
In order to reduce oxygen ingress and reach oxygen levels below 1% inside the chambers, adsorbers should incorporate a nitrogen flushing cycle for carbon or should operate with a pressure management system.
Single Vessel CO2 Adsorber
The single vessel adsorber is designed for 1-3 chamber adsorption.
Technical specifications:
- Automatic management
- Programme: V7 technology or Smart Controller
- Display: touch screen, colour
- Remote control
- Automatic alarm system
- Purity rate: 0.7% to 1% (O2/CO2)
- ULO/XLO compatibility
- Dimensions and weight: depending on the model
Double Vessel CO2 Adsorber
The double vessel adsorber is designed to function continuously on the assigned chambers.
Technical specifications:
- Automatic management
- Programme: V7 technology or Smart Controller
- Display: touch screen, colour
- Remote control
- Automatic alarm system
- Purity rate: 0.7% to 1% (O2/CO2)
- ULO/XLO compatibility
- Dimensions and weight: depending on the model
Automatic Control
- ABSOGER CO2 adsorbers are designed to operate on multiple chambers and are controlled by an automatic control system.
- The control system triggers each connected device to start operating. An algorithm is used to run the machines for the exact time necessary to reach the set rates.
- Standard equipment includes a basic PLC with a colour touch screen controlling the adsorber: it controls and carries out different regeneration and adsorption cycles depending on the CO2 content required.
