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Industrial High Volume Reverse Osmosis Systems |
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- 10,000 ~ 20,000 GPD Commercial Output
- Fully Equipped & Customizable
- Computer Controller with On/Off Control Switch
- Built-In TDS Monitor & Pre-treat Lockout
- Tank Full Contacts, Low Pressure Monitor & Alarm
- High Flow Low-Energy TFC Membranes
- Feed Solenoid Valve with Manual Bypass
- 20" 5 Micron Polypropylene Sediment Prefilter
- 18" FSI 10 Micron Bag Filter
- Multistage Booster Pump with TEFC Motor
- Permeate and Concentrate Flow Meters
- Contaminant rejection 96 - 98.5%
- Made in USA with High Quality Components

- Direct from Original Manufacturer
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| RO-IND10 |
| 10,000 gpd |
| $11,990 |
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| RO-IND15 |
| 15,000 gpd |
| $16,990 |
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| RO-IND20 |
| 20,000 gpd |
| $23,990 |
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Premium Features Equipped
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Standard Features: |
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- Computer controller with On/Off control switch
- LCD display
- Pre-treatment lockout
- Tank level input
- Low pressure monitoring and alarm
- Powder Coated Aluminum Frame
- 10 micron sediment bag filter
- 18" bag filter housing
- 5 micron sediment pre-filter
- Double o-ring filter housing
- Multistage booster pump with TEFC motor
- Low energy TFC membrane elements
- PVC membrane housings
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Permeate and concentrate flow meters
Low pressure switch
Feed solenoid valve with manual bypass
Permeate TDS monitoring
Stainless steel concentrate valve
0-300 psi pump pressure gauges
0-160 psi prefilter pressure gauges
SCH 80 and stainless steel fittings
Identification of components
Factory tested & preserved
CE compliant*
Wooden crate
Made in U.S.A |
*Systems must be ordered with optional pump pressure relief valve to be CE compliant.
APEC's Industrial reverse osmosis systems feature an excellent pre-treatment design, high quality components and offer high performance. They are designed for higher recovery rates and minimum energy consumption, so that you experience greater savings with lower maintenance and operations costs. These ultra high-volume reverse osmosis systems are ideal for heavy duty commercial applications from 10,000 - 20,000 gallons per day.
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Optional Features
| Auto Flush option |
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$900 |
| Concentrate recirculate with digital flow meter |
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$700 |
| High pressure 40-60 tank switch |
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$250 |
| Stainless steel membrane housing upgrade (RO-IND10) |
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$850 |
| Stainless steel membrane housing upgrade (RO-IND15) |
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$1150 |
| Stainless steel membrane housing upgrade (RO-IND20) |
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$1450 |
| 3HP stainless steel pump, 18 GBS upgrade (RO-IND10 only) |
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$550 |
| Extra low energy membrane upgrade (RO-IND10) |
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$180 |
| Extra low energy membrane upgrade (RO-IND15) |
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$240 |
| Extra low energy membrane upgrade (RO-IND20) |
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$300 |
| Storage Tank Float Switch 220V |
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$150 |
| Electrical upgrade - 220V, 60Hz, 3 Phase (RO-IND10 & 15 only) |
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$1800 |
| Electrical upgrade - 220V, 50Hz, 3 Phase (RO-IND10 & 15 only) |
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$1800 |
| Electrical upgrade - 380V, 50Hz, 3 Phase (RO-IND10 & 15 only) |
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$1850 |
| Electrical upgrade - 460V, 60Hz, 3 Phase (RO-IND10 & 15 only) |
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$1900 |
| Electrical upgrade - 380V, 60Hz, 3 Phase (RO-IND20 only) |
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$120 |
| Electrical upgrade - 460V, 60Hz, 3 Phase (RO-IND20 only) |
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$350 |
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Explanation of Standard Features:
Membrane: |
Six 4" x 40" TFC HF1 membranes - for maximum rejection of impurities and high flow in RO-IND10 model. (RO-IND15 & RO-IND20 models utilize 8 and 10 membranes respectively) |
Membrane housing: |
Six 4" x 40" membrane housings for RO-IND10 model - features a patented design and require no tools when servicing. (RO-IND15 & RO-IND20 utilize 8 and 10 housings respectively) |
Pump & motor: |
One 3 HP 18 - 25 GPM multistage pump and motor 220/380/460 50 or 60 Hertz 1 or 3 Phase CSA, CE and RU (UL recognized) - designed for continuous high pressures. (RO-IND20 uses one 3-5 HP Vertical Multistage pump) |
Frame: |
One aluminum white powder coated frame - corrosion resistant and light weight. |
Bag filter: |
One 18" 10 micron bag filter - removes sediments and protects the system. |
Sediment filter: |
One 4.5" x 20" big white 5 micron polypropylene filter - removes sediments and protects the system. |
Filter housing: |
One 4.5" x 20" big gray double o-ring filter housing - offers durability and improved sealing capabilities. |
Pressure gauges: |
Two 2.5" 0-300 psi panel mount glycerin filled gauges and two PuroTech™ 1.5" 0-160 psi top mount dry gauges - for monitoring the system's operating pressure and the filter operating pressure. |
Low pressure switch: |
One pressure switch - safety device to protects the pump from running dry when there is insufficient feed water pressures. |
Solenoid valve: |
One solenoid valve with manual override UL approved - assists with the on/off functionality of the system. |
Concentrate valve: |
One 3/4" SS globe valve - regulates the system's recovery (product to waste ratio).
(RO-IND20 uses one 1" Globe valve) |
Computer controller: |
One S-150 computer controller (UL listed) with on/off switch, built-in TDS monitor, pre-treat lockout, tank full contacts, low pressure monitoring, and alarm. |
Flow meters: |
One product (0-10 gpm) & one waste (0-10 gpm); flow meters - enables operator to accurately adjust product to waste ratio and monitor systems performance. (RO-IND20 uses 0-20 gpm meters) |
RO-IND10 &
RO-IND15 systems: |
Available in 220V 60Hz 1 phase or 220V 50Hz 1 phase standard. |
RO-IND20 systems: |
Available in 220V 60Hz 3 phase or 220V 50Hz 3 phase standard. |
Easy maintenance & operation: |
The systems feature a compact design, are pre-plumbed, pre-wired, and have all of their components strategically located for easy access and inspection. |
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Explanation of Optional Features:
Auto flush: |
This feature will flush the system's membranes with the feedwater, thus extending membrane life. |
Concentrate recirculate with digital flow meter: |
This feature offers a higher recovery rate for the system by taking a percentage of the waste water and feeding it back into the system. |
High pressure tank switch: |
One high pressure switch - automatically starts when the tank pressure falls below 40 psi and stops when the pressure reaches 60 psi. |
Stainless Steel housings: |
40" stainless steel ro membrane housings 1/2" FNPT. |
Pump upgrade: |
One 3HP, 18 GBS multistage pump and motor 220 volt 60Hz 3 phase. (RO-IND10 only) |
Extra low energy TFC membranes: |
Lowers operating pressures to 100 psi for lower energy costs and higher flows in lower temperatures. |
Storage tank float switch: |
Normally closed storage tank float switch 220V |
Electrical Upgrade: |
RO-IND10 & RO-IND15 systems available in 220V 60Hz 3 phase, 220V 50Hz 3 phase, 380V 50Hz 3 phase, and 460V 60Hz 3 phase upgrades. RO-IND20 systems available in 380V 50Hz 3 phase, and 460 60Hz 3 phase upgrades. |
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Commercial RO System Technical Guidelines
Commercial reverse osmosis water treatment is quite complex because very large amounts of water are processed daily. There are many stringent requirements for the input water quality for commercial ROs compared to residential RO systems. Commercial RO systems (at over 400 GPD flow rates) would always require pre-treatment of the incoming water to assure a flawless operation and membrane/system longevity. The appropriate pre-treatment depends on local water quality. The most commonly used pre-treatments are water softeners and back-washing carbon filters to avoid scaling or premature failure of the membranes. Other specialty filters can be used when specific contaminants are present. For example, if you have above 0.5 ppm of iron in your water, you would need an iron-removal filter in front of the commercial RO system.
When sizing a system, particularly if system output is critical for you, you need to understand that the actual flow rate GPD (Gallons Per Day) of any reverse osmosis system depends on the water pressure, input water temperature and your water conditions (whether appropriate pre-treatment is applied). While the industry standard temperature is set at 77 °F, we know that not everyone has 77 °F input water. Below is a water temperature compensation chart for you to calculate the nominal GPD of your RO system at different temperatures.
INSTRUCTIONS: find your water temperature and its factor, divide the RO system GPD by that factor, and you will get the temperature-corrected output.
| ºC |
3 |
5 |
7 |
9 |
11 |
13 |
15 |
17 |
19 |
21 |
23 |
25 |
27 |
29 |
31 |
33 |
35 |
37 |
| ºF |
37.4 |
41 |
44.6 |
48.2 |
51.8 |
55.4 |
59 |
62.6 |
66.2 |
69.8 |
73.4 |
77 |
80.6 |
84.2 |
87.8 |
91.4 |
95 |
98.4 |
| Factor |
3.03 |
2.58 |
2.22 |
2 |
1.78 |
1.61 |
1.47 |
1.34 |
1.24 |
1.15 |
1.08 |
1 |
0.94 |
0.88 |
0.83 |
0.77 |
0.73 |
0.69 |
| FEED WATER REQUIREMENTS: |
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OPERATING PARAMETERS: |
Temperature 105° F maximum
pH range 3-11 |
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Input feed pressure 35 psi minimum
Operating pressure 150 psi maximum |
Hardness 15 grains/gallon maximum.
TDS 2000 ppm maximum.
Iron 0.5 ppm maximum.
RO-IND10 model: Min. 14 gpm - Max. 30 gpm
RO-IND15 model: Min. 20 gpm - Max. 30 gpm
RO-IND20 model: Min. 28 gpm - Max. 50 gpm |
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Nominal NaCI % Rejection is 98.5%.
Minimum NaCI % Rejection is 96%.
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Reverse Osmosis System Specifications:
| MODEL |
GPD* |
MEMBRANE (Size/Qty) |
Motor HP (60 Hz) |
DIMENSIONS |
WEIGHT |
| RO-IND10 |
10,000 |
4" X 40" 6 each |
3 |
49" x 33" x 54"H |
350 lbs |
| RO-IND15 |
15,000 |
4" X 40" 8 each |
3 |
55" x 33" x 54"H |
400 lbs |
| RO-IND20 |
20,000 |
4" X 40" 10 each |
3 - 5 |
61" x 33" x 54"H |
450 lbs |
* System output (GPD) is measured @ 77 deg F
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Feed
connection: 2" |
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Product
connection: 1" |
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Waste
connection: 1" |
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Recovery:
50 - 75% |
Voltage:
- 220V, 1PH (RO-IND10 & RO-IND15 standard)
- 220V, 3PH (RO-IND20 standard, RO-IND10 & 15 upgrade option)
- 380V, 3PH (All systems upgrade option)
- 460V, 3PH (All systems upgrade option)
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| Hertz:
50 or 60 |
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NOTES:
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For feed water exceeding 2000 TDS, a water analysis is required and the system's standard configuration may be required to change based on the manufacturer's recommendations. |
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The proper pre-treatment before the reverse osmosis system is required in order to obtain the maximum life from the reverse osmosis membrane elements. That means that all Chlorine must be removed prior to the system if present in the feed water. Feed water should be treated by a water softener or antiscalant to avoid scaling or premature failure of the membranes. All other pretreatment required to treat particular contaminants in the feed water should be added by the customer accordingly. |
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This system should not be installed at the main water line as a whole-house water filter. |
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