SolvGE Hydrogen Peroxide Printer
Benefits of Our Technology
Passiveness: ensuring the process is safe and you can focus on what matters, the use of the chemical
Portable and scalable: any of your volume demands wherever you require, can be met with this printer technology.
Autonomous: no supervision is needed to make this happen, which means more time to do your work!
|Printer Type||Volume Production|
|Type 1||1 Litre|
|Type 2||20 Litre|
|Type 3||200 Litre|
What Can SolvGE Do For You?
Hydrogen Peroxide Printer is a portable system. This can be used as a stand alone product at any location as desired by the user.
The printer is a scalable system. It can be built for users working with smaller quantities and even larger.
The printer is a flexible system. Flexible as the concentration of hydrogen peroxide can be controlled by the user. The same printer can produce 10% or 50% or even 99.5% + , directly depending on the customer requirements.
The printer is user oriented. The user does not have to undergo any safety training for using the Hydrogen Peroxide Printer. The user does not have to conduct any manual labor during the use of the printer. Just tell the Printer the final concentration required and switch it ON!
The printer is a safe system. The method of concentration is passive, that means no heat, no pressure is added. We let the hydrogen peroxide concentrate without adding energy to the system itself.
The product is built on customer centered versatility. The printer can concentrate hydrogen peroxide starting at a concentration of 10% and above. The printer can then output any concentration upto a maximum of 99.5% +, with an accuracy of 0.1%.
SolvGE develops the “lunch box-sized” printer for researchers to obtain small-volumes of highly concentrated Hydrogen Peroxide safely. Users avoid the issues of storing bulks of H2O2 and instead can be immediately used for their research and experiment. Passive technology eliminates the use of external sources of energy and chemicals.
|End User||Research Institutions/Organizations (Includes University)|
|Input Feedstock||~10 to 30% Concentrated H2O2|
|Output Concentration||40 – 99.5% Concentrated H2O2|
|Maximum Input Volume||300ml|
|Maximum Final Volume||~40 – 50ml of 99.5% Concentrated H2O2|
|Printer Efficiency||80 – 90%, based on the final concentration of H2O2|
|Operating Guidelines||Instruction manual, safety protocols, and additional instruments provided|