The Nitrogen Generators use state of the art membrane technology.
Membranes separate gases by the principle of selective permeation across the membrane wall. Ambient air is compressed, rigorously filtered, and temperature controlled before entering one or more membrane modules, each containing thousands of hollow fibres. Within these fibres,
the separation of air takes place producing nitrogen gas under pressure. The resulting nitrogen is dry and depleted of carbon dioxides.
The membrane assembly
The required number of membranes are assembled in handycabinets or racks. The design caters for low space requirement as well as easy installation and maintenance.
The filter and heater assembly
The various components are normally on a skid. For smallersystems the components might also be installed in a cabinet.
Control System
The control system is based on a Programmable Logical Control (PLC). The control panel is of the touch screen type.
Membranes separate gases by the principle of selective permeation across the membrane wall. Ambient air is compressed, rigorously filtered, and temperature controlled before entering one or more membrane modules, each containing thousands of hollow fibres. Within these fibres,
the separation of air takes place producing nitrogen gas under pressure. The resulting nitrogen is dry and depleted of carbon dioxides.
The membrane assembly
The required number of membranes are assembled in handycabinets or racks. The design caters for low space requirement as well as easy installation and maintenance.
The filter and heater assembly
The various components are normally on a skid. For smallersystems the components might also be installed in a cabinet.
Control System
The control system is based on a Programmable Logical Control (PLC). The control panel is of the touch screen type.
0 comments:
Post a Comment