Self-Cleaning Strainers — Ain Dar SRF Plant (V1 Expansion)
A 2025–2028 expansion of the Ain Dar self-cleaning strainer scheme, adding a six-train 50-micron configuration to the proven seawater pre-filtration design.
A 2025–2028 expansion of the Ain Dar self-cleaning strainer scheme, adding an expanded six-train 50 µm configuration with microprocessor differential-pressure auto-backwash and SS-316 marine-grade construction for continuous high-volume seawater pre-filtration.
Building on the earlier SCS deployment, the expansion scales the 50-micron stage to six trains with the same SS-316 marine construction and microprocessor differential-pressure auto-backwash, sustaining cartridge-filter protection at full intake flow.
Sustain and extend the cartridge-filter protection from the first deployment across a longer 2025–2028 term and higher train count.
- Continue 92,000 m³/day pre-filtration
- Expanded six-train 50 µm duty
- Marine corrosion resistance
A treatment train sequenced to the contaminants.
The upgraded system keeps the 100-micron primary and expands the 50-micron secondary to six trains, with the microprocessor DPS controller and SS-316 sea-water-duty screens carried over from the proven design.
| Equipment / parameter | Application / value |
|---|---|
| SCS SS-316, 100 µm | 4 units |
| SCS SS-316, 50 µm | 6 units |
| Microprocessor Controller | 2 units |
| Capacity | 92,000 m³/day |
| Capacity | 92,000 m³/day |
| Project type | Expansion of the SCS scheme |
Expanded six-train 50 µm configuration
Differential-pressure triggered auto-backwash
SS-316 marine corrosion-resistant build
Verified post-commissioning performance figures (achieved effluent, throughput, uptime) to be confirmed — see CONTENT_GAPS.
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