Closed-Circuit Cooling Towers for Data Centers in the GCC
For data center heat rejection, closed-circuit towers (SCC counterflow, SNC crossflow) keep the process loop isolated from dust and spray water. We size for N+1 or cell-out operation at your design wet-bulb and can review dry or hybrid coolers where water is limited.
DATA CENTER COOLING
Cooling Tower Selection for Data Center Heat Rejection
Send the operating and site conditions that matter to uptime, approach temperature, water use, sound and maintenance access. Apex will review the duty before recommending a suitable cooling-tower route.
Engineering Focus
What should a data center cooling tower review include?
A useful review connects the heat-rejection duty with redundancy, design wet-bulb, approach target, water quality, water-use strategy, sound limits, available footprint, airflow clearance, electrical supply and maintenance access. Final equipment selection depends on the complete project conditions rather than on cooling capacity alone.
Data Center Project Inputs
Thermal Duty
Required heat rejection, circulating water flow, entering and leaving water temperatures, design wet-bulb temperature and approach target.
Availability
Number of cells, redundancy philosophy, operating modes, maintenance bypass requirements and acceptable capacity under a cell-out condition.
Site Constraints
Country, altitude, footprint, equipment height, airflow clearance, acoustic limit, lifting access and distance from the plant or data hall.
Water and Utilities
Water quality, treatment approach, cycles of concentration, electrical supply, fan control, drift requirements and preferred construction materials.
Open or Closed Circuit for the Project?
Open-circuit and closed-circuit systems can serve different water-side and contamination-control requirements. Apex can compare the practical tradeoffs after reviewing the process loop, water quality, maintenance plan and site conditions.
Open Circuit
Directly cools circulating water through air-water contact and is commonly evaluated where the water loop and treatment strategy permit it.
Closed Circuit
Keeps the process fluid inside a coil while external spray water and air remove heat, useful when loop isolation or cleanliness is a priority.
Why Start With Engineering Data?
Data center projects are sensitive to assumptions about redundancy, climate, approach, sound, water and service access. Supplying the design conditions helps avoid a low-quality quote based only on a headline capacity.
Frequently Asked Questions
Can Apex size a tower from IT load alone?
IT load is an important starting point, but the tower review also needs water-side temperatures, flow, design wet-bulb, redundancy, site and utility constraints.
Can the form accept drawings?
Yes. The engineering inquiry form accepts optional PDF, DWG or JPG attachments and preserves the advertising source data used for follow-up.
Ready for a data center cooling review?
Send the duty, climate and site constraints. Apex will confirm the next technical selection step after review.
Frequently Asked Questions
Are your towers CTI certified?
Our towers are designed per CTI methods. If your specification requires CTI-certified equipment, tell us at RFQ stage: for eligible series we provide project-specific CTI documentation from the manufacturing partner with the quotation.
What warranty do you offer?
16 months from shipment or 12 months from commissioning, whichever comes first.
Can we inspect before shipment?
Yes. Third-party inspection and factory witness testing are welcome, by appointment.
How fast will we get a quotation?
We reply within 24 hours and send a quotation within 2–3 working days once we have your duty data.