Enabling drinking water remediation and potable wastewater reuse
The TrojanUVFit® AOP offers global communities a proven method to address their need for clean water by using the UV Advanced Oxidation Process (also called UV AOP). UV AOP is an advanced treatment method that enables drinking water remediation and potable wastewater reuse – helping communities overcome growing water stress and meet demand.
UV AOP helps municipalities break down environmental contaminants to produce high-quality drinking water for their communities. These contaminants include: 1,4-dioxane, NDMA, MIB and Geosmin, although the TrojanUVFit AOP simultaneously treats microorganisms Cryptosporidium and Giardia.
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The advanced UV AOP controller processes multiple real-time inputs, including flow rate and UV transmission. Field testing ensures accurate dose delivery and compare performance against desired treatment requirements.
The compact footprint of the TrojanUVFit AOP simplifies installation and minimizes related capital costs – making it ideal for both retrofitting and new construction applications.
The TrojanUVFit AOP is designed for trouble-free operation and minimal service with lamps that are easily replaced in minutes without the need for tools. Access to internal components is simplified, with a service entrance at one end.
Our amalgam lamps maintain high output during their entire lamp life, with 20% less decline than competitive UV lamps. They maintain maximum output and reduce O&M costs.
The automatic wiping system minimizes fouling of quartz sleeves and maintains consistent dose delivery with optimum performance. Automatic wiping occurs while the lamps are operating, reducing downtime.
The PLC-based controller combines sophisticated system operation and reporting with an operator-friendly, touchscreen display for easy operation and monitoring.
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Model | 04AL20 | 08AL20 | 18AL40 | ||
Number of Lamps | 4 | 8 | 18 | ||
Lamp Type | High-efficiency, High-output, Low-pressure Amalgam | ||||
Sleeve Wiping | Automatic wiping system; optional | ||||
Lamp Driver | Electronic, constant output (100% power) or electronic, variable output (60 to 100% power) | ||||
Chamber | |||||
Materials of Construction | 316L Stainless Steel | ||||
Flange Size (ANSI/DIN), inches (mm) | 6 (150) | 10 (250) | |||
Outlet Flange Orientation | Multiple orientations available 3, 6, 9 or 12 o’clock position | ||||
Approx. Chamber Length, inches (mm) | 80 (2032) | 80 (2032) | 82 (2083) | ||
Max. Operating Pressure, PSI (bar) | 150 (10) | 150 (10) | 150 (10) | ||
Dry Chamber Weight, lbs (kg) | 107 (49) | 115 (52) | 400 (181) | ||
Wet Chamber Weight, lbs (kg) | 230 (105) | 877 (398) | |||
Power Distribution Center (PDC) | |||||
Electrical Supply | Standard: Single phase, 2 wire + gnd, 50/60 Hz L-L | 120V | N/A | N/A | N/A |
208V | √ | √ | √ | ||
240V | √ | √ | √ | ||
3 Phase, 4 wire + gnd, 50/60 Hz | 400/230V | N/A | N/A | √ | |
Dimensions (H x W x D) inches (mm) | Type 12 |
30 x 16 x 10 (760 x 410 x 250)
| 36 x 30 x 10 (920 x 760 x 250) | ||
Type 3R | |||||
Type 4X | 30 x 24 x 10 (760 x 610 x 250) | ||||
Material | Type 12 | Painted Mild Steel | |||
Type 3R | Painted Mild Steel | ||||
Type 4X | 304 Stainless (1.4301 in Europe) | ||||
Panel Rating | NEMA 12, 3R or 4X | ||||
Network Interface | Modbus RTU RS485, Modbus TCP/IP, AB Ethernet I/P, ProfiNet | ||||
System Control Center (SCC) | |||||
Panel is Required/Optional | N/A (requires only PDC) | ||||
Electrical | N/A (see PDC) | ||||
Material | Type 12 | Painted Mild Steel | |||
| Type 4X | Stainless(1.4301 in Europe) | ||||
Panel Rating | N/A (see PDC) | ||||
Typical Outputs Provided | Chamber status, common alarms and SCADA communication | ||||
Network Interface | Modbus RTU RS485, Modbus TCP/IP, AB Ethernet I/P, ProfiNet | ||||
