API 661 Forced Draft Air Cooler Power Plant Heat Exchanger Forced Draft Type with Easy Assembly

API 661 Forced Draft Air Cooler Power Plant Heat Exchanger Forced Draft Type with  Easy Assembly

1. Product Overview

Designed for the demanding environments of power generation, our Forced Draft Air Cooler is engineered to deliver reliable and efficient cooling for critical applications such as turbine inlet air cooling, auxiliary system cooling, and closed-loop water systems. Manufactured in full compliance with the API 661 standard and featuring ASME-certified pressure vessels, this cooler guarantees safety, durability, and peak performance. Its innovative modular and easy-assembly design significantly reduces on-site installation time and labor costs, ensuring your project stays on schedule and budget.

2. Key Features & Benefits

• API 661 & ASME Compliance: Built to the industry's highest design and safety standards for guaranteed reliability.

• Forced Draft Design: Offers better accessibility for maintenance and superior performance in variable conditions.

• Easy Assembly & Modular Construction: Pre-assembled modules and clear documentation enable rapid field installation, minimizing downtime.

• Optimized for Power Plants: Designed specifically for the thermal loads and spatial constraints of power generation facilities.

• Energy-Efficient Operation: Features high-efficiency fans (with optional VFD or adjustable pitch control) and optimized fin-tube bundles to reduce operating costs.

• Robust Construction: Heavy-duty galvanized steel structure and corrosion-protected components ensure a long service life.

3. Technical Specifications

4. Why Choose Our API 661 Air Cooler?

We go beyond manufacturing. We are your partner in thermal management. Our engineering team understands the critical need for uptime, efficiency, and cost-effectiveness in power plant operations. We combine rigorous standard compliance with practical, user-centric design—like our easy-assembly feature—to provide a total solution that works seamlessly from delivery through decades of operation.

5. Applications in Power Generation

• Gas Turbine Inlet Air Cooling

• Auxiliary Cooling Systems for Combined Cycle Plants

• Closed-Circuit Cooling Water Systems

• Diesel Generator Cooling

• Hydrogen or Lube Oil Cooling