Description
ARKQUA Containerized Seawater Desalination RO System
MODEL: ARKQUA1500
ARKQUA® systems are a pre-designed and pre-engineered “plug and run” truly containerized seawater desalination solution, 100% modular, which provides the flexibility and scalability to growth your plant capacity and footprint step by step based on your unique water needs.
Our ARKQUA1500 system is designed to produce 1500 M3D of potable water. ARKQUA® Systems provide all what you need on a single container, RO, CIP flushing and MMF are also included, no need for extra space. ARKQUA containerized seawater desalination systems are designed to provide fresh water for Municipalities, hotels, resorts, Communities in expansion, as well as to the industrial and aquaculture & agriculture industries. These models are the perfect fit for remote locations that require reliable and continuous operation, as the interaction for operation is minimal and our feature of Remote monitoring and control enable you to manage and monitor your plant from anywhere you are, being fully informed and ready to act when a problem occurs.
Remote monitoring is included in all ADVANCEES Systems. Containerized, Solar or Hybrid option is available for all our systems.
Although this system corresponds to standard engineering and design series, ADVANCEES is able to customize your unit to cover your water or environmental particular need.
ARKQUA Systems capacities available:
| SKU | Output M3D | Power KW | Recovery |
| ARKQUA200 |
200 m3d |
56 kw |
45% |
| ARKQUA500 | 500 m3d | 74 kw | 45% |
| ARKQUA1000 | 946 m3d | 112 kw | 45% |
| 1500 m3d | 150 kw | 45% |
Product Specifications for ARKQUA1500
| PERFORMANCE | SPECIFICATIONS | ||||||||||
| Output | Feed | Product | Reject | Recovery | Membranes | Pump | Connections Size (Inch) | ||||
| M3/D | GPD | GPM | GPM | GPM | % | Qty | Size | HP | Feed | Product | Reject |
| 1500 | 396021 | 275 | 687.5 | 412.5 | 45 | 90 | 8×40 | 200 | 6” | 4” | 4” |
Standard Features:
- Remote control monitoring included in all our systems.
- Membrane flux rate below 10 GFD to extend membrane life and minimize fouling.
- Reciprocating pumps with nickel aluminum bronze fluid end; sized at no more than 65% of the maximum rated RPM.
- Suction and discharge pulsation dampeners (non-corrosive) or a non-pulsating type pump (depending on capacity)
- Dual or triplex multi-media filtration sized for manual or automatic backwash of one while continuing system operation.
- Cartridge filtration
- Automatic inlet feed valve
- Automatic feed water flush on startup
- Automatic product water flush on shutdown
- Conductivity monitor/controller driven product diverter valve to dump unacceptable water
- Permanently piped membrane cleaning system.
- PLC driven control panel
- Energy recovery system (Turbo or Pressure exchangers) based on customer need
- Passivation treatment of all welded SS316L, Super Duplex S.S. piping
- 15″ HMI for operator interface
- Digital flow meter and pressure transducers
- Nema 4X electrical equipment
- Remote control monitoring
- TEFC electric motors
- Compact footprint
Deployment Case Studies
Coastal Municipal Water Supply – Island Nation Deployment
An island municipality facing severe freshwater shortages deployed the ARKQUA1500 to produce 1,500 M³D of potable water directly from seawater. The compact, containerized design allowed for rapid installation with minimal civil works, enabling the municipality to provide a reliable, year-round water supply to over 12,000 residents.
Industrial Processing Plant – Middle East
A large-scale industrial processing facility in the Middle East required high-quality process water with TDS levels below 500 mg/L. The ARKQUA1500, equipped with advanced pre-treatment and energy recovery systems, provided a consistent water supply for cooling towers and manufacturing processes, reducing downtime and optimizing production efficiency.
Emergency Relief and Disaster Response – Coastal US Deployment
Following a hurricane that damaged local water infrastructure, the ARKQUA1500 was mobilized to a coastal city in the US. Its containerized SWRO design allowed immediate operation upon arrival, supplying potable water to hospitals, shelters, and relief camps during the recovery phase.
Industries Served
- Municipal Water Supply – Coastal cities, island communities, and expanding urban areas
- Industrial Applications – Food and beverage processing, chemical manufacturing, cooling systems
- Hotels & Resorts – Large-scale hospitality operations requiring dependable freshwater supply
- Agriculture – Irrigation in arid coastal zones with saline groundwater
- Aquaculture – Providing controlled, clean seawater for fish farming and hatcheries
- Disaster Relief – Rapid deployment for emergency water production after natural disasters
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