Hidrólisis + Ionizacion de baja salinidad Aquascenic HD1 de Sugar.Valley

The new Aquascenic HD1 low salinity Electrolysis + Hydrolysis + Ionization equipment uses three disinfection methods to obtain a perfect sterilization of the water, without the need to add any chemical product.

Hydrolysis breaks the water molecule thus generating oxygen-based disinfection agents (O³, O², OH...). Electrolysis uses the chlorides present in the water (no need to add salt) to produce HClO (disinfectant). As a third disinfection system, it uses the ionization of copper and silver, producing an algicide, bactericide and flocculant effect to produce a residual disinfectant.

With the new Aquascenic HD1 Low Salinity Hydrolysis + Ionization + Electrolysis equipment you will have a comprehensive solution to treat water effectively.

Functioning

We are going to explain the operating principles of the "AQUASCENIC" Low Salinity Electrolysis + Hydrolysis + Ionization equipment.

Hydrolysis and/or Electrolysis of low salinity.

Water is made up of 2 parts hydrogen and 1 part oxygen (H2O).
Hydrolysis etymologically means decomposition by water. Hydrolysis a process to generate hydrogen and oxygen by means of electricity and water.
Passing an electrical current through the water breaks the chemical bond, negative charges or oxygen ions migrate to the positive electrode (anode). Hydrogen ions, which are positively charged, are attracted to the negative electrode (cathode). The decomposition that will occur will be the following:

Electrical energy +2 H²O → 2 H² + O²

This results in an extra negative element, since in the combination of the number of electrons exceeds the number of protons by 1. It is now a single negatively charged hydroxide, or hydroxyl ion (OH -).
In Hydrolysis there are numerous secondary chemical reactions, which also produce ionic species with an oxidizing power and disinfectants such as ozone (O²), monatomic oxygen (O1) and hydrogen peroxide (H²O²).
The electronic circuit of our electronic box transforms current (220 V, 50Hz) into direct current of low voltage and high amperage. This current will be supplied to titanium electrodes activated with noble metals placed in the water recirculation on a support specially designed for this purpose.
In these non-soluble electrodes, a combination of the most powerful existing oxidants is created for water disinfection, thus avoiding the use of chemical products.
If in this treatment we incorporate a small amount of salt between 1 and 2 grams of salt per liter of water, either due to lack of conductivity or because we want to generate a tangible residual, we will thus achieve that the same system also generates a chlorine residual by electrolysis. saline at low concentration. The products break down, act and regenerate again. The residual disinfectant generated by electrolysis will not harm the eyes, skin or health of bathers.
You will not have to worry if your pool runs out of salt as the system will continue to sanitize in Hydrolysis mode.
The chlorine generated destroys the organic matter and pathogens present in the water, transforming itself again into sodium chloride (common salt).

Ionization of copper (Cu) and silver (Ag).

The joint use of copper and silver, both with high disinfection capacities, greatly increases the efficiency of each of our systems, if in addition to that, in the case of cold water, it is supported by the presence of a third party that is combinable (chlorine). , the disinfectant progression is geometric.
The contribution of metals to the water as disinfectants has been used for many years from the Greek culture through the Middle Ages, even in America, during the colonization of the old west, a silver dollar was also introduced in the barrels of water. Silver ions are currently added to such common beverages as beers, spirits and wines.

Oxidation reactions.

The ion-producing reaction (at the anode)

Cu++ Cu²+ + 2e-

Ag++ Ag+ + 1e-

AQUASCENIC range technical characteristics

DESCRIPTION	HD 1	HD 2	HD 3
ELECTRONIC UNIT
Intensity	0 - 100%
Salinity	from 1.5 g to 100 g. NaCl/L
m³ pool (	65 m³	100 m³	200 m³
m³ swimming pool (> 28ºC)	40 m³	80 m³	125 m³
display	2.8" removable full color TFT for remote installation (12 languages)
Feeding	220V 50/60Hz
Departure	8-8A	8-15A	8-20A
maximum consumption	80W	120W	160W
Dimensions	270 x 220 x 115mm
electronic unit	Black ABS flame retardant plastic
Protection cover	Gray ABS plastic
Control	32 bit microprocessor
intensity regulation	Amperage + Voltage
Ventilation	heatsink
Self-cleaning	Programmable from 1 to 24 hours
Flow control	gas sensor		flow sensor
Hour meter	Yes, accessible by client
Production control	from 0 to 100%
alarms	Low conductivity / Lack of flow / pH dosing / excessive pH out of range / maximum pH dosing time
salinity test	Detects g/l of salt (accuracy of +- 10%
Cover production control	Configurable production level 0-100% depending on whether the pool cover is open or closed
Production by external signal	Configurable production level 0-100% depending on any external signal (second analog input)
Communications	MODBUS RS485 / WIFI / ETHERNET
Main control outputs	Filtration control / Lighting control / Heating control
Additional control outputs	4 additional user configurable relay outputs
SALINE ELECTROLYSIS CELL
Salt electrolysis cell	5 titanium plates	7 titanium plates	10 titanium plates
minimum flow	5m³/h	9m³/h	11m³/h
plate measurements	200x45mm	200x45mm	400x45mm
Cell support material	Transparent PVC plastic
Cell closure	Threaded for easy cell mounting
Pipe connection diameter	63mm
cell cable	(3x4)x1.5m
gas sensor	embedded in cell		NO
Maximum pressure	4Kg/cm²
Maximum temperature	45ºC
IONIZATION VESSEL
Number of electrodes	two	4	6
Dimensions (length/Ø)	177 x 141mm	280 x 141mm	400 x 141mm
Connection	Thread 2" (63mm)
cup material	Transparent ABS
electrode material	Electrolytic copper and silver