ADOX® Systems using VPSA technology
- For protecting medium-sized and large environments
Unlike high-pressure systems (PSA or membrane), which require a series of elements necessary for the compressed-air chain, ADOX® systems operate using low pressure and thus consume less energycompared to the two other technologies and require less maintenance. Furthermore, they are ready to use (plug & play) because they contain within them everything they need to operate.ADOX® systems (VPSA technology) are the most high-performance: these are modular systems developed specifically for fire prevention using oxygen reduction and guarantee greater safety, because they operate on the basis of redundancy. Thanks to its exclusive technology, ADOX® is able to operate at low pressure, significantly reducing energy consumption and wear.
This system is suitable for protecting medium-sized and large environments, optimising operating costs and achieving a saving of up to 60% compared to previous technologies.
Characteristics of the ADOX® system
Unlike high-pressure systems (PSA or membrane), which require a series of elements necessary for the compressed-air chain, ADOX® systems operate using low pressure and thus consume less energy compared to the two other technologies and require less maintenance. Furthermore, they are ready to use (plug & play) because they contain within them everything they need to operate.
ADOX® Systems using VPSA technology
- For protecting medium-sized and large environments
Unlike high-pressure systems (PSA or membrane), which require a series of elements necessary for the compressed-air chain, ADOX® systems operate using low pressure and thus consume less energycompared to the two other technologies and require less maintenance. Furthermore, they are ready to use (plug & play) because they contain within them everything they need to operate.ADOX® systems (VPSA technology) are the most high-performance: these are modular systems developed specifically for fire prevention using oxygen reduction and guarantee greater safety, because they operate on the basis of redundancy. Thanks to its exclusive technology, ADOX® is able to operate at low pressure, significantly reducing energy consumption and wear.
This system is suitable for protecting medium-sized and large environments, optimising operating costs and achieving a saving of up to 60% compared to previous technologies.
Characteristics of the ADOX® system
Unlike high-pressure systems (PSA or membrane), which require a series of elements necessary for the compressed-air chain, ADOX® systems operate using low pressure and thus consume less energy compared to the two other technologies and require less maintenance. Furthermore, they are ready to use (plug & play) because they contain within them everything they need to operate.
Modularity
ADOX® generators of self-extinguishing atmospheres are characterised by their modular composition. This means that their production capacity can be increased at any time simply through the addition of further modules. Improving the production capacity of these systems achieves a better optimisation of work cycles and energy consumption and, because of the redundancy system, more safety.
The ADOX® series is the most performing: it is a modular system developed specifically for oxygen reduction fire prevention in order to guarantee greater safety, since it works with a redundancy logic.
Thanks to its exclusive technology, ADOX® is able to work at low pressure, significantly reducing energy consumption and wear.
The quietest in the class
To improve the working environment, we have also worked on the system’s acoustic insulation, developing the sound-proof cabinet, providing shielding for the adsorber produced by combining materials of the highest quality. This solution has resulted in a significant reduction in noise, from 90 to < < 64 dB(A) (measurements of sound power taken and certified according to the UNI EN ISO 3744:2010 standard), thus obtaining the lowest level of noise in the category.
How the ADOX® system works
ADOX® N2 ORS® oxygen adsorbers use selective adsorption technology that enables the separation of oxygen molecules from nitrogen molecules: using a low-pressure compressor (max. 2.2 bar), air is delivered to tanks containing carbon-particle molecular sieves, which make it possible to adsorb the oxygen and to allow the nitrogen to pass through. While the separation phase takes place in one of the two tanks in the adsorber, the molecular sieves are regenerated in the other, removing the trapped oxygen using a vacuum-based process. This cycle is repeated continuously, making it possible to produce a high-quality self-extinguishing atmosphere at low cost, ensuring a continuous, steady supply.