Purity Srl has developed a solution:

1. Able to solve complex purification problems
2. Quick pay back
3. Modular and scalable
4. Eco-Friendly
5. Plug & Play and remotely controllable
6. ​​Integrable with other process

1-ABLE TO SOLVE COMPLEX PROBLEMS
In some industrial sectors, the problem of process water treatment is still difficult to solve.
Water purification in mechanical processing, leachate treatment in landfills, water remediation in the oil & gas sector and water purification in tanneries are very often complex and expensive.
Thanks to our technology we are able to offer a qualitatively and economically better solution than the existing ones.
We are also experimenting with applications in other sectors such as the purification of water containing PFAS and of water coming from processing in the chemical and pharmaceutical sector.

2-QUICK PAY BACK
Our solution minimizes the main cost items of wastewater treatment to ensure overall savings of up to 80%. You can access the existing forms of incentives as they comply with the necessary requirements for "Industry 4.0".

3-MODULAR AND SCALABLE
Our plants are built in 20-feet containers, which are easily transportable, placeable and, if necessary, also stackable ready for commissioning in a few hours. With 12 square meters of space, you have the equivalent of the capacity of a traditional plant of 300-500 square meters.

4-ECO-FRIENDLY
No addition of chemicals, only electricity. Consequently, sludge production is strongly reduced.

5-PLUG & PLAY AND REMOTE CONTROLLABLE
The connection is very simple and fast: just connect the inlet pipe of the water to be purified, the outlet pipe of the purified water and the electric. ECF technology has the ability to dynamically adapt to fluctuations in incoming pollutant concentrations, as ensuring process stability and efficiency.
Our plant is designed as a workplace, insulated and air-conditioned. Finally, it can be monitored and controlled remotely via “app”.

6-INTEGRABLE WITH OTHER PROCESS
Purity system can be used to integrate an existing plant (for example to reduce a specific pollutant) or to replace it. We think that the treatment of wastewater must be consistent with the broader concept of circular economy: if it is necessary to use water in a production process, we try to reuse it several times, minimizing the overall environmental impact and the associated costs.