Subsequently the fluid, relaunched if necessary with a pump, can be either filtered (F1-F2) or, through a bypass, continue its course.
Each filter can be duplicated in parallel (A-B) in such a way that if the sensors should notice a decrease in efficiency, the staff will immediately be notified to intervene on the cartridge to be regenerated or replaced.
Based on the needs, the fluid can undergo a subsequent cavitation in the second EMPOWERING DEVICE (ED2) which will be equipped exactly like the first: chemicals pumps (C3-C4), ozone (O3), filters (F3-F4) duplicated in parallel (A-B), bypass and booster pump.
Similarly, for what happens at the exit of the first EMPOWERING DEVICE the fluid can at this point be sent back to the first or second cavitator to undergo further treatments or, if now considered purified, be sent directly or through osmotic membranes (M1) duplicated in parallel (A-B), towards the final storage silos (B1-B10). Even with membranes, should the sensors detect a decrease in efficiency, the staff will immediately be notified to intervene on the cartridge to be regenerated or replaced.
From the definitive storage silos, after sample analysis, following the provisions and limits of the law, the water will either be discharged into the sewer or into a ditch or even reused to water the surrounding fields.
Below a water treatment plant developed around a couple of EMPOWERING DEVICE.
Neutralization of a dirty hydrochloric acid.
It normally starts from a pH of 1-1.5.
Caustic soda is added to bring the pH to 7 and be able to dispose of the final system, where salt (sodium chloride) and water are generated. With EMPOWERING DEVICE we avoid the agitated tank of dirty HCl and sending it to the reactor because the cavitator can take it directly from the tanks.
The dirt immediately spreads throughout the mass thanks to the controlled cavitation, in the same cavitator the necessary NaOH is added online; the neutralized and homogenized wastewater by EMPOWERING DEVICE can pass directly to the self-cleaning desalination membranes, which are also favored by upstream cavitation as a cavitated wastewater is able to pass the membranes with less resistance and therefore using less energy.
The same happens for the centrifuges for the separation of supersaturated salts, or solid components resulting from purification processes through energy-intensive reactions: they are all fully replaceable with an EMPOWERING DEVICE equipped with membranes and / or filters.
