The New Energy
Not just different, but unique
From water treatment to clean energy
The water purification process is an important preliminary stage in the production of our bi-ION® electrolyte solution.
Our water treatment system can handle seawater as well as wastewater with the highest pollution levels - from abundant seawater to urban wastewater generated by household, industrial, and rainwater outflow.
Using specialized processes, the water is filtered and demineralized. A major advantage of our purification process from an economic standpoint is its simplicity and relatively low energy consumption.
Once the water is purified and meets our bi-ION® production quality standards, we add metallic and non-metallic salt compositions in a precisely calculated ratio. We then enrich the solution with our specially designed energy carrier, the bi-ION® molecule.
Our unique aqueous salt solution ensures that bi-ION® is easy to transport, pumpable and functional under extreme temperature conditions.
![Sea water waves](https://cdn.prod.website-files.com/622a56a69baab69969f84175/647cf903b3300a6bd8006b0e_sea-wave.jpg)
Durable and recyclable
Thanks to its extended service life, the nanoFlowcell® also sets an example when it comes to recycling raw materials. For instance, our nanoFlowcells eliminate the problem of power loss associated with conventional batteries, as they show no memory effect even after 10,000 charging cycles. This means that a nanoFlowcell® can handle up to ten times as many charging cycles as conventional lithium ion battery systems (Li-Ion batteries have approx. 1,000 charging cycles). In a car, the nanoFlowcell® would correspond to a range of around 10,000,000 kilometers, far exceeding the service life of modern cars. Moreover, the amount of self-discharge when the cell is not in use is negligible.
![nanoFlowcell - QUANT 48VOLT](https://cdn.prod.website-files.com/622a56a69baab69969f84175/6274d9f82b20db153a9cc3f4_nfc-logo-quant48v.jpg)
Safety guaranteed
Another advantage of the nanoFlowcell® over other battery systems is that it is easy to monitor its state of charge, as there is only one electrolyte. No equalization charges are needed like in conventional lithium ion or lithium polymer systems. Hazards that can occur in a battery due to unwanted reactions or deep discharge can be technically ruled out with the nanoFlowcell®.
Efficiency
In contrast to an internal combustion engine, the efficiency of the nanoFlowcell® stands at over 90 percent; in electric vehicle applications, the operating temperature is only between 194°F (90ºC) and 266°F (130ºC). Moreover, the entire nanoFlowcell® system is very reliable and requires little maintenance, as it has no moving parts except for the electrolyte pumps.
![nanoFlowcell - QUANT 48VOLT](https://cdn.prod.website-files.com/622a56a69baab69969f84175/6274d9f82b20db153a9cc3f4_nfc-logo-quant48v.jpg)
![nanoFlowcell - QUANT 48VOLT](https://cdn.prod.website-files.com/622a56a69baab69969f84175/6274d9f82b20db153a9cc3f4_nfc-logo-quant48v.jpg)
![nanoFlowcell - QUANT 48VOLT](https://cdn.prod.website-files.com/622a56a69baab69969f84175/6274d9f82b20db153a9cc3f4_nfc-logo-quant48v.jpg)
![Icon eco earth](https://cdn.prod.website-files.com/622a56a69baab69969f84175/6519623f89e9db58cbef9275_icon_eco-earth.png)