Dry Cooling Tower
Welcome to the Cooling Tower Page of SUPER TOWER INDUSTRIES PTE LTD in Singapore. We specialize in the manufacturing of high-quality cooling towers that provide efficient heat exchange, superior performance, and environmental sustainability. Our cooling towers are designed to meet diverse industrial and commercial needs, ensuring optimal cooling and energy efficiency.
Superior Cooling Solutions, Where Efficiency Meets Innovation
High-Efficiency, Closed-Loop Cooling for Industrial Applications
At Super Tower Industries, we provide advanced Dry Cooling Tower Systems designed to minimize water consumption, eliminate scaling, and reduce maintenance, while delivering superior cooling performance across multiple industries.Why Choose Dry Cooling Tower?
Our dry cooling tower systems operate on a fully closed-loop design utilizing shell and tube heat exchangers with copper tubing and aluminum foil fins. Atmospheric air is circulated through the system using high-efficiency axial fans, ensuring effective heat removal while dramatically lowering water losses — typically as low as 0.01% evaporation.
Unlike traditional wet cooling towers, our dry cooling towers provide:
✅ Water Saving — up to 90-95% reduction in water loss
✅ Chemical-Free Operation — no need for chemical treatment or softening plants
✅ Environmentally Friendly — non-exposure to contamination, bacteria, or viruses
✅ Minimal Maintenance — no scale formation, easy to operate, and highly reliable
Our Case Studies
CASE STUDY 1 – 2500KW
- Water Lost Before Installation
- Water Lost After Installation
- Saving
Evaporation Lost: 24,000 liters per day
Evaporation Lost: 4,000 liters per day
Per Day Saving = 20,000 (24,000-4,000)
Per Year Saving = 7.3m Liters (20,000 x 365)
CASE STUDY 2 – 750KW
- Water Lost After Installation
- Saving
Evaporation Lost: 260,000 liters per month
2.25kwH Power Saving x 24 hours = 54 kwH per day
Total Saving per year = 19,710 kwH
CASE STUDY 3 – 1500kVa
- Engine Capacity – 1500 kvA
- Water flow rate – 1300 Ltr/minute
- Water Loss Before Installation
- Water Loss After Installation
- Saving (Comparison between WET & DRY system)
Water Loss in FRP Cooling Tower is 1%
Total Loss per day is 13 liter per minute / day = 18,720 liters
Water Loss in DRY Cooling Tower is 0.1%
Total Loss per day is 13 liter per minute / day = 1,872 liters
16,848 liters per day
6,149,520 Liter per year
CASE STUDY 4 - 100 m/hr Plant
- Compressor Capacity - 1000 cfm
- Water flow rate - 650 lpm
- Application - Industrial Gas Mfg. Plant
- Plant Capacity - 100 m3/hr
- Water Loss Before Installation
- Water Loss After Installation
- Saving (Comparison between WET & DRY system)
Water Loss in FRP Cooling Tower is 1%
Total Loss per day is 6.5 liter per minute / day = 9,360 liters
Water Loss in DRY Cooling Tower is 0.1%
Total Loss per day is 1.3 liter per minute / day = 1,872 liters
7,488 liters per day
2,733,120 Liter per year
CASE STUDY 5 - 100 kw
- BILLET HEATING FOR FORGING – 100kw
- Water Loss Before Installation
- Water Loss After Installation
- Saving (Comparison between WET & DRY system)
Water Loss in FRP Cooling Tower is 1.5%
Total Loss per day is 3 liter per minute / day = 4,320 liters
Water Loss in DRY Cooling Tower is 0.1%
Total Loss per day is 1.3 liter per minute / day = 288 liters
4,032 liters per day
1,471,680 Liter per year
Why Choose SUPER TOWER INDUSTRIES Cooling Towers
Certifications
At SUPER TOWER INDUSTRIES, we are proud to be certified by the Cooling Technology Institute (CTI) as a member (C116A-23R00) in the U.S.A. This certification highlights our commitment to maintaining the highest industry standards. Additionally, we are certified by the Singapore Green Building Council (SGBC) as a 4-ticks leader, demonstrating our dedication to providing sustainable and environmentally-friendly solutions.
For reliable, high-performance cooling towers that meet your unique needs, trust SUPER TOWER INDUSTRIES. Get in touch with us today to explore our models and full-service offerings including replacement, refurbishment, and system upgrades.
Frequently Asked Questions
What factors contribute to corrosion in cooling towers?
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Water quality: High levels of dissolved minerals, such as calcium and magnesium, can increase the corrosiveness of the water. pH levels outside the optimal range can also accelerate corrosion.
How can corrosion in cooling towers be prevented or mitigated?
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What are some common problems associated with fan blades in cooling towers?
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How can problems with fan blades in cooling towers be resolved?
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What are the common challenges in implementing and utilizing digital twins effectively?
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How can organizations effectively address the challenges associated with implementing and utilizing digital twins?
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What are some common problems encountered with GRP (Glass Reinforced Plastic) water tanks, and how can they be resolved?
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How can the problems associated with GRP water tanks be effectively resolved?
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What are some common problems associated with steel water tanks?
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How can the problems associated with steel water tanks be effectively resolved?
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