Published on Apr 9, 2016P2o Reactors Design for Advance Reef Saltwater Filtration
CO2 Reduction (Carbon/Oxygen Bonds)
H2O Management (Smaller Usage)
Bacterial Control (Electrostatic Utilization)
Saltwater Cellular Maintenance (Bioelectric Code)
Flexible In Sump Setup. Dual Water Input
Q&A
There have been many questions on what exactly the P2O reactor is? and for a better question, what does it do? It utilizes a number of innovative means in which to solve many of the common problems that we experience in our in-home reefs.
Low pH
Without the proper degassing of CO2, there is an inexhorbitant amount of CO2 in a reef system......
So, with this device, the open ended degassing of the water column is vital in the expulsion of CO2.
The P2O device is needed to create a substantial amount of cavitation internal to the device such that as it exits, the CO2 gas is disturbed enough to be released from the water column and to naturally aspirate.
Bacterial infestation
The P2O Reactor also utilizes the static electricity generated by running water and ionizes it by passing it passively over the strategically positioned silver/gold(.9999) ion tab located internally to the P2O Reactor. This ionization renders bad ?gram negative? bacterium inert and in a zombie like state in which they do not multiply. This allows for the good gram positive bacteria (nitrifying bacteria) to outcompete the inert bad bacteria and allows for ?non-spoiling? of the captive reef ecosystem.
Electrostatic Utilization
This charging of water re-energizes ?water? in a good way. The alignment of water molecules is called polarization. The polarization allows the water to be able to absorb charged organic sludge in the system and creates micro-currents that work in the same manner as static electricity in regards to hair and dust to an electrostatically charged balloon. It is not harmful to reef organisms or any aquatic organism in minutely dispersed electrostatic transfers.
Saltwater Cellular Maintenance (Bioelectric Code)
Waves crashing on the beach create static electricity. Running water from rivers entering the ocean at different dielectric mediums create static electricity