Product Description:
The Air Cooled Condenser (ACC) is a high-efficiency heat exchange system designed for thermal power plants, industrial processes, and applications requiring sustainable steam condensation. Utilizing axial-flow fans to force ambient air across finned tube bundles, it condenses exhaust steam from turbines into water for boiler reuse, ensuring closed-loop water conservation and reduced operational costs.
Available in V-shaped, A-frame, flat, and modular configurations, our ACCs feature robust materials like aluminum-clad carbon steel tubes and corrosion-resistant coatings, suitable for harsh environments up to 800°F. Key advantages include compact footprint (40% space savings), low-noise operation, and anti-freeze technology for sub-zero conditions.
With customizable designs and components like vacuum-pumping systems, Shuangliang ACCs are globally trusted in 1000MW power plants and waste-to-energy projects, validated by rigorous fatigue tests (1,000+ cycles) and environmental simulations (-25°C to 50°C). Ideal for water-scarce regions, our ACCs eliminate cooling towers, reduce capital costs, and ensure 30-year durability with minimal maintenance.
Features:
- Product Name: Air Cooler Condenser
- Cooling Method: Air Cooling
- Application: Commercial/Industrial
- Voltage: 380V/220V
- Type: Air-Cooled
- Motor Type: Direct Drive
Technical Parameters:
| Voltage | 380V/220V |
| Motor Type | Direct Drive |
| Application | Commercial/Industrial |
| Origin | China |
| Type | Air-Cooled |
| Keyword | Blast Freezer Condenser |
| Cooling Method | Air Cooling |
| Number Of Fans | 2-6 |
Applications:
Applications of Air Cooled Condensers (ACCs)
Air Cooled Condensers are extensively utilized in various industries for dry cooling solutions driven by factors such as water scarcity, environmental regulations, and cost-efficiency. In thermal power plants, ACCs play a crucial role in condensing turbine exhaust steam from coal-fired, gas-fired, or combined-cycle units. This eliminates the need for cooling towers and can reduce freshwater consumption by up to 95%.
ACCs are also essential in waste-to-energy plants, effectively managing steam from incineration processes while minimizing emissions. For petrochemical and refining facilities, ACCs recover process steam and vapors, enabling safe, water-free operation in corrosive or high-temperature environments.
Renewable energy projects, including biomass plants and geothermal systems, utilize ACCs to sustainably balance heat rejection with zero liquid discharge. Their modular designs make them suitable for deployment in off-grid industrial sites, desalination plants, and district heating networks. This is especially important in spaces with constraints or extreme climates ranging from -25°C to 50°C, where compact, frost-resistant solutions are needed.
ACCs offer adaptability for retrofits or greenfield installations, making them a key component of eco-conscious energy systems that align with global sustainability goals such as achieving net-zero water usage and reducing thermal pollution.
Support and Services:
The Product Technical Support and Services for the Air Cooler Condenser include:
- Installation guidance and support
- Troubleshooting assistance for any operational issues
- Maintenance tips and recommendations
- Warranty coverage information
- Product performance optimization advice
