Common Cooling Water System (CCWS),

Under the components of a comprehensive Common Cooling Water System (CCWS), which appears to be designed for a large industrial or utility scale facility, possibly a power plant or a large industrial complex in the Sohar Free Zone. Let's break down the elements and their functionalities based on the information you've shared:

1. Common Cooling Water System (CCWS): This system is designed to circulate cooling water throughout the facility. The distribution network's capacity to handle a flow rate of 60,000 cubic meters per hour of chlorinated seawater indicates a substantial cooling requirement, likely for machinery or processes that generate significant heat.
2. Sea Water Intake Pumping Stations (SWIPO1 and SWIP02): These stations are critical for drawing seawater into the system. Their high capacities (330,000 m³/hr for SWIPO1 and 400,000 m³/hr for SWIP02) suggest they serve as the primary sources for the cooling water, with the capacity to handle varying demands or serve different sections of the facility.
3. Electrochlorination Generation Plant: This component is essential for treating the intake seawater by generating chlorine through electrolysis. The specified capacity (87.7 kg/hour of Cl2 per electrolyzer) indicates a significant scale of operation, likely to prevent biofouling in the cooling system by controlling microbial growth.
4. Potable Water Booster Pumping Station and Network: This system is designed to supply potable water throughout the facility, with specific pump capacities mentioned (20 L/S at 60m head). It shows the facility's requirement for a reliable potable water supply, separate from the cooling water system.
5. Sewage Collection and Irrigation Network: This network collects sewage and domestic wastewater, treating and repurposing it as Treated Sewage Effluent (TSE) for irrigation. This indicates a commitment to sustainability by reusing wastewater for non-potable purposes.
6. Process Water Distribution Network: This network likely supports various industrial processes within the facility, with pipes ranging from 100 mm to 700 mm in diameter, indicating a versatile distribution system catering to different requirements.
7. Sohar Free Zone:  this infrastructure is located within a designated industrial or free trade zone, which often houses multiple industries and benefits from shared services and infrastructures like the CCWS.

This description provides a snapshot of a complex and integrated water management system within an industrial or utility context, demonstrating a well-thought-out design for efficiency, sustainability, and scalability.