Saturn Nitrogen generators have a totally automatic
functioning, controlled by a PLC with a touchscreen display interface.
Like every ErreDue’s product, Saturn generators can be remotely managed
through an Ethernet connection.
Saturn generators avoid using gas cylinders and liquid nitrogen containers, reducing costs, labour and system footprint .
Production capacity of Saturn can be increased after installation, simply by adding production modules.
Download Saturn brochure
The peculiarity of this system is the automatic regeneration of the
columns with a counterflow of gas, so that ordinary maintenance is
The PLC control system with dedicated software, developed by ErreDue,
automatically runs the main functions of the production process. A
touchscreen display allows the user to monitor and change functioning
ErreDue's high purity
Hydrogen generators can be remotely monitored by ErreDue's remote
assistance service, with the possibility of ONLINE service.
Mercury Hydrogen generators can be fed by renewable energy sources, in order to be used as clean energy storage systems coupled with fuel cells.
Download Mercury brochure
Venus Nitrogen generators produce Nitrogen with purity up to 99,9995% with flows up to hundreds of cubic meters per hour.
Download Venus brochure
SATURN High purity Nitrogen generators
ErreDue’s Saturn pure Nitrogen generators
produce a continuous flow of oxygen-free nitrogen, with a very low dew
point, through filtration and consequent purification of a compressed
The extremely high purity of the nitrogen gas produced by Saturn generators
is reached thanks to the addition of a very small percentage of
hydrogen (0.5-1%) produced onboard the generator. The consequent passage
through a catalytic reactor and a molecular sieve guarantee the removal
of oxygen, other gases and water traces.
VENUS Nitrogen generators
Venus Nitrogen generators produce a continuous flow of pure nitrogen, thanks to PSA technology, which consists in filtering compressed air.
Venus generators are modular, and made of couples of
columns filled with filtering material. This material is able to retain
oxygen and other gases, letting nitrogen flow from the top of the
column, directly at desired purity and pressure.