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Product Overview
It is a Water Purification Facility using a Membrane and is a Smart Water Purification Equipment with patented Technology(Simple Water Purification Device for Water Supply No. 10-0744407, Filter Filtration Device using Computer Control No. 10-0736555).
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Maximizing the Life Extension of the Filter - Water Angel
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Functions & Features
- Water Purification Device using R/O, N/F, U/F Type Separation Membrane
- Using a Semipermanent Pre-processing Filter with Automatic Backwashing
- System Video Output and Internet Transmission using Cam
- System Management and Monitoring Through 1:N Connection
- Expansion of Integrated Management Scalability of Peripheral Devices such as Chemical Injectors and well Pumps
Comparison Table with Other Companies in Water Purification Facilities
You can Check it by Scrolling Left / Right.
| Division | Type | Filter Usage Period (Life) | Replacement Cost (Direct Exchange) |
||
|---|---|---|---|---|---|
| Moonchang Co., Ltd. | Third Party Products | ||||
| Pre-filter | 1 | Variable filter Patent (No. 10-2007-0096732) |
Semipermanent (Expected About 4-5 years) |
Doesn't Exist | Replacement Cost about 100,000 won |
| 2 | 1.0㎛Filter(20inch x 5ea) | 6more than a month | 1more than a month | Replacement Cost about 50,000 won | |
| 3 | Water Softener (Automatic Cleaning Power) |
more than 2 years | Doesn't Exist | 200liter Replacement Cost about 800,000 won |
|
| Membrane | 1 | Longitudinal Construction(C/F) Not used in Groundwater Treatment |
- | - | - |
| 2 | Nano(N/F) Fluorine / Nitrate Nitrogen |
- | - | - | |
| 3 | Reverse Osmosis(R/O) Removal of more than 98% of all Foreign Substances |
(2year ~ 4year) | (1year ~ 2year) | Specifications : 8080 R/O Filter | |
Reverse Osmosis Membrane Water Purifier
Principle
Reverse Osmosis Equipment is a Device using the Principle that Only pure Water Molecules Pass through and Pure Water is Created when Artificially Applying Pressure to a High-concentration Solution by using the Osmosis Phenomenon that Occurs in Nature in Reverse.
There are Two types of Reverse Osmosis Systems: a Low-pressure Type that uses General Water (City Water, Underground Water) and a High-pressure Type that Removes High-concentration Salts such as Seawater.
Features
- It has Excellent Performance in Removing 99.8% of Ions in Raw Water.
(The most Efficient way to Remove Hardness, Nitrate Nitrogen, Fluorine, Arsenic Salts, etc.)
Model (4040 Model / 8040 Model)
You can Check it by Scrolling Left / Right.
| Model Name | ||
|---|---|---|
| MCRO - 420 | 20 / DAY | 0.9m³/hr |
| MCRO - 430 | 30 / DAY | 1.2m³m³/hr |
| MCRO - 450 | 50 / DAY | 1.8m³m³/hr |
| MCRO - 870 | 70 / DAY | 3.4m³m³/hr |
| MCRO - 800 | 100 / DAY | 5.1m³m³/hr |
| MCRO - 8150 | 150 / DAY | 6.8m³m³/hr |
| MCRO - 8200 | 200 / DAY | 8.5m³m³/hr |
| MCRO - 8300 | 300 / DAY | 13.6m³m³/hr |
| MCRO - 8400 | 400 / DAY | 17m³m³/hr |
| MCRO - 8500 | 500 / DAY | 20.4m³m³/hr |
| MCRO - 8700 | 700 / DAY | 30.6m³m³/hr |
Active Filter
Principle
Activated Carbon has Fine Pores and Removes Various Organic Substances, Color Substances, Odors, Pesticides, Residual Chlorine, and Detergents in Water.
The Activated Carbon Filter is Filled with Granular-activated Carbon to Absorb and Remove contaminants as much as Possible, and Performs Backwashing in an Automatic / Manual Manner.
It is basic to Install in Parallel with a Multilayer Filtration Device because SS Components, etc., which Exist in Crystals, must be Sufficiently Removed in Advance to be Effective.
Features
- It has Excellent Performance in Removing 99.8% of Ions in Raw Water.
(The most Efficient way to Remove Hardness, Nitrate Nitrogen, Fluorine, Arsenic Salts, etc.)
Model (4040 Model / 8040 Model)
You can Check it by Scrolling Left / Right.
| Model Name | Flux(m³/hr) | Dimension(￠ x H㎚) | Pipings | Filter Media(ℓ / carbon) |
|---|---|---|---|---|
| EZCF - 05 | 4 ~ 8 | 800 x 1830 | 40A | 500 |
| EZCF - 10 | 8 ~ 12 | 900 x 1830 | 50A | 600 |
| EZCF - 15 | 13 ~ 17 | 1000 x 1830 | 65A | 800 |
| EZCF - 20 | 18 ~ 22 | 1150 x 1830 | 65A | 1000 |
| EZCF - 25 | 23 ~ 28 | 1350 x 1830 | 80A | 1350 |
| EZCF - 30 | 28 ~ 33 | 1550 x 1830 | 80A | 1800 |
| EZCF - 50 | 45 ~ 55 | 1760 x 1830 | 100A | 2200 |
| EZCF - 80 | 75 ~ 85 | 2200 x 2440 | 100A | 4600 |
| EZCF - 100 | 90 ~ 110 | 2200 x 2440 | 125A | 6500 |
Nitrate Nitrogen Removal Device
Characteristics and Removal Method of Nitrate Nitrogen
Nitrate Nitrogen is Generally Low in surface Water and High in Groundwater.
It is Produced by Fertilizers, Decaying Animals and Plants, Domestic Sewage, Land Disposal of Sewage Sludge, Industrial Discharges, and Garbage Residues.
Nitrate Nitrogen is 10 ppm based on Drinking Water and is Fatal to Young Children.
Nitrate Nitrogen is Reduced to Nitrite by Reducing Bacteria in Vivo and Reacts with Hemoglobin in the Blood to Produce Methemoglobin, a Hemoglobin that has no Oxygen-carrying Function, Reducing the Ability to Carry Oxygen in the Blood to each Tissue and Resulting in Cyanosis.
Ion Exchange–type Nitrate Nitrogen Removal device
1. Installation according to the Flow Rate is Simple.
2. The life of Filter Media is Long.
3. It is Easy to Manage by Automatic Method.
RO. UF, NF
1. Low Maintenance Cost
2. Automation of Device Available
3. The Purity of Water is High.
UF
System Overview
Our Company, which has Various System Engineering Technologies based on Long Experience and Accumulated Technology, Applies Various Membrane Technologies According to the Purpose of the Facility, the Water Quality to be Treated, and Economic Analysis.
We are Fully Equipped with all Membrane System Technologies, from Simple Membrane Separation System Technology for advanced Treatment of Effluent to High-efficiency MBR System, to actively Respond to the Gray Water, Sewage, and Wastewater Reuse Market to be Developed in the Future.
Features
- Composition of Various Separator Materials
- Mistubishi Sterapore, Stork Co.,Ltd - Netherland, Rochem Co.,Ltd - Germany, degremont - France., etc
- Excellent Treatment Efficiency, Durability, and Economic Feasibility
- Minimization of Required Site Area
NF
System Overview
Nanofiltration is Named Nanofiltration in the sense of a Special Membrane Separation that Removes Particles with a size of a Nanometer (10 A) and Plays a role in the Area Between UF and R/O.
In addition, it is Possible to Remove Organic Molecules having a Molecular weight of 200 to 400 and to Remove Dissolved Salts in the Range of 20% to 98%.
Features
- A total of 90%–98% of Salts with Two Anions Combined (e.g., MgS04) are Removed.
- Nanofiltration is Generally applied to Removing Chromaticity and Toc from Surface Water, Removing Hardness or Radium from Groundwater, Lowering TDS, Separating Organic Matter from Inorganic Matter in Special Foods, and applying Wastewater.
- Membrane Replacement is Generally Performed at 3.5–16 bar (50–225 psi).
Controller
Management of Water Purification Equipment using PC-based Control
- Remote Management and Control using the Internet
- Real-time Graph Monitoring of Operating Data
- Voice Output of how to use and Operation Errors
- System Monitoring using Cam
Features
System Overview
It is Possible to Control and Manage the Peripheral Devices of the Water Purification System, that is, the Control of the Deep well Pump and the State Information of the Input and Storage Tanks in an Integrated Manner, and to Reduce System Control Costs.
On the Other Hand, it is Possible to Easily Design a Remote Comprehensive Management Method through the Provision of a Data Relay Service and a Situation Room with the Internet and Server.
Artificial Intelligence Program Control
This Technology will Provide Water Purification Facilities that can Secure more Convenient and Reliable Water Purification Facilities by Introducing PC Program Control Technology in Simple Water Treatment Devices for the First Time in the Industry in the Field of Water Purification Equipment.
- Touch Screen Monitor
- Simulation of Filter Construction
- Voice Output
- Data History Management such as Pressure and Temperature
- Internet Remote Control Function
- Camera Output
- Patent (No. 10-0736555)
- Trademark Application (No. 40-2007-0049898)
- Filter Filtration Device using Computer Control
Computer Control Program
Voice Output
Anyone (Even Village Residents) can Manage it Easily by Outputting Messages According to how to use the Water Purifying Device, Controlling Explanations for each Unit Process, and Managing System Malfunctions with Accurate Voice.
Graph Output of Real-time System Data Search
Through Real-time Graph Output and Data Search of System Data, you can Easily Compare and Analyze Data Flow, Water Quality, and Status Information of Separation Membranes, so you can Analyze the History of all Data for Systematic Management.
System Video Output Using Cam
It Enables Real-time Monitoring of Video Transmission for System Status and Main Part Monitoring.
Simulation and Other Additional Functions According to System Operation
It is Suitable as an Unmanned System Removal Method using Simulation and Artificial Intelligence Program Control.
