Single Phase FRP Cooling Tower for Power Plant

Single Phase FRP Cooling Tower for Power Plant Manufacturers in Oman | Siddhant Equipment

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Siddhant Equipments Pvt. Ltd is recommended Single Phase FRP Cooling Tower for Power Plant manufacturers, suppliers, exporters in Oman. our Single Phase FRP Cooling Tower- Power Plant. We control the complete chain of value, the engineering and production of durable Fiberglass Reinforced Plastic (FRP) structures up to the supply of ready-to-install structures, and the implementation of complicated export logistics. The single-phase design is essential in utility and auxiliary cooling circuits, which is reliable and consumes less energy than three-phase power supply which is impractical and unnecessary in smaller cooling loads that are essential.

We are the premier Single Phase FRP Cooling Tower for Power Plant suppliers in Oman

We are determined to provide a product that is beyond thermal performance assurances and compete with the most hostile operating environments. Our units are of high quality and thus we can guarantee that our units are subjected to high quality control standards thus making us a reliable company to be partnered with by utilities where they have to protect their continuity of operation by providing them with a durable cooling technology which is low in maintenance and resistant to corrosion.

What is Single Phase FRP Cooling Tower for Power Plant?

A Single Phase FRP Cooling Tower to Power Plant is a small, mechanical-draft heat rejection tower constructed of Fiberglass Reinforced Plastic (FRP) casing to enhance its corrosion resistance. It is driven by a single phase electrical motor and is normally installed in a power generating facility to provide auxiliary and utility cooling requirements and not on the primary condenser circuit.

Why we are the topmost Single Phase FRP Cooling Tower for Power Plant manufacturers in Oman?

Desert-Specific Durability: The FRP has a high concentration of UV radiation, hot weather, and high salinity/humidity, which are typical of the Arabian Gulf environment.
Energy and Water Efficiency: The tower is also designed to achieve maximum heat rejection and minimum water driftage as well as the use of energy efficient single-phase motors, which are essential in the power infrastructure of high need in Oman.
Engineering Auxiliary Loads: We offer units specifically engineered to fit the small and delicate cooling needs of Auxiliary systems of plants, which frequently have to be very specific and consistent in thermal control for Single Phase FRP Cooling Tower for Power Plant exporters in Oman.

Technical Specifications of Single Phase FRP Cooling Tower for Power Plant

We've added below a specialized table of Single Phase FRP Cooling Tower for Power Plant in Oman that provides further technical specification information.

Category	Specification Parameter	Typical Advanced Value / Range
I. Thermal Performance
Cooling Capacity	Tons of Refrigeration (TR)	5 TR to 50 TR
Hot Water Temperature (HWT)	Design Inlet TH (°C)	40°C to 55°C
Cold Water Temperature (CWT)	Design Outlet TC (°C)	30°C to 35°C
Range	Range(ΔT) (°C)	5°C to 10°C
Approach	Approach (°C)	3°C to 5°C
Design Wet Bulb Temp.	Site Ambient WBT (°C)	27°C to 32°C
Water Flow Rate	Q (m3/hr or LPM)	10m3/hr to 100m3/hr
II. Mechanical & Electrical
Air Flow	CFM or m3/sec	High Volume, varies by capacity
Fan Type	Direct-Driven Axial Flow	Ensures high efficiency and low maintenance.
Fan Material	FRP / Cast Aluminum (Adjustable Pitch)	Lightweight and corrosion resistant.
Motor Type	TEFC, IP55, IE3 Efficiency Class	Optimized for harsh outdoor environments.
Power Supply	Voltage / Phase / Frequency	220 V to 240 V / Single Phase / 50 Hz or 60 Hz
Motor Power	Fan Motor P (HP or kW)	1 HP to 7.5 HP (or 0.75 kW to 5.5 kW)
III. Construction & Design
Tower Material (Casing)	FRP Fiberglass Reinforced Polyester	100% rust-proof and UV stabilized.
Design Type	Induced Draft Counter-Flow or Cross-Flow	Compact design for space-constrained sites.
Fill Media Type	High-Efficiency Film Fill PVC or PP	Maximum surface area for heat exchange.
Drift Eliminator	Loss Percentage	≤0.005% of Circulating Water Flow
Water Distribution	System Type	Rotating Sprinkler Round Towers or Gravity Splash Box Square Towers
Losses	Evaporation Loss	≈0.8% to 1.5% of water flow per 5.5°C cooling range

Benefits of Single Phase FRP Cooling Tower for Power Plant

Being as Single Phase FRP Cooling Tower for Power Plant manufacturers in Oman, we provided different benefits which are given below.

Excellent Corrosion Resilience: The Fiberglass Reinforced Plastic casing makes it guaranteed that the tower structure will not incur rust or wear away when subjected to high water expensiveness or sea air for manual and single phase frp cooling tower for power.
Easier Electrical Requirement: With the use of single-phase motors, installation and wiring are simpler and it is suitable in smaller auxiliary wiring that does not require the use of complex, heavy-duty three-phase power lines for Single Phase FRP Cooling Tower for Power Plant suppliers in Oman.
Low Maintenance and Downtime: FRP is light, smooth and needs little painting or preventive maintenance and so the plant operators can divert their maintenance efforts on those that are essential in the production.
Outstanding Thermal Performance: The design has made the most of the available air-to-water contact although it is small and uses less complicated motor and thus is very efficient in the distribution of cooling to important sub-systems.
Less Vibration and Noise: FRP material and optimal design of fans will result in less noise and vibration during operation, which is advantageous in cases where it is located adjacent to the control rooms or populated sections of the plant.

Applications of Single Phase FRP Cooling Tower for Power Plant

We as Single Phase FRP Cooling Tower for Power Plant exporters in Oman, we provided different applications which are given below.

Lube Oil Cooling Systems: FRP Cooling Towers are applied to regulate the temperature of the lubricating oils of smaller auxiliary pumps, fans and gearboxes of the huge power plant installation for Single Phase FRP Cooling Tower for Power Plant manufacturers in Oman.
Air Compressor Jacket Water Cooling: Removing the heat produced by the air compressors used to provide the essential instrument air to the control and monitoring systems all over the plant.
HVAC and Control Room Cooling: Proving dedicated heat rejection to the air conditioning units that are used to cool sensitive electronic equipment and control panels in the main operations room.
Emergency Diesel Generator Cooling: This is the cooling medium of the jacket water of small generator sets of diesel power to start-up during a blackout or provide emergency power of Single Phase FRP Cooling Tower for Power Plant suppliers in Oman.
Sample Cooler Circuits: Provided to chill down hot water or steam samples removed out of the main boiler or turbine systems to safe temperatures suitable to permit laboratory work and water quality monitoring.

Siddhant Equipments Pvt. Ltd is outstanding Single Phase FRP Cooling Tower for Power Plant manufacturers, suppliers, exporters in Oman. Designed to meet the auxiliary requirements of power production, this tower can produce thermal optimum but has no risk of corrosion. Our business is committed to providing the most demanding infrastructure requirement of the power generation sector in the domestic and international market including the extreme weather conditions, with decades of experience and high technology design. Make sure that your key sub-systems are reliable in the long term, and protect your investment using our long-lasting, low-maintenance, and energy-efficient cooling system. Select the trusted backbone of the utilities of your plant.

FAQs

A: Units with shorter tonnage requirements operate on single phase, making it easy to supply electricity, as well as in non-core utility applications less energy is consumed to run them.

A: FRP is completely non corrosive and it can resist chemical treatment and hostile factory conditions, significantly reducing maintenance costs and the rate at which towers are replaced.

A: These are smaller, lower tonnage (TR) units that typically carry cooling loads of individual, auxiliary equipment items rather than of the main, large-volume flow of condenser water.