- Our PlaygroundOur PlaygroundDiscover Ax System's innovative solutions for maintaining the performance of your industry. Designed to meet the unique needs of each industry, our systems provide effective and efficient cleaning for a range of applications. Whether you're in power generation, oil and gas or any other sector, our tailor-made solutions ensure optimum performance and longevity of your equipment.
- Our SolutionsOur SolutionsDiscover AX System's range of products, designed to meet a variety of industrial cleaning needs. Our products fall into our main categories: Air Cooler and Air Condenser Cleaning, Industrial Misting, Custom Industrial Cleaning, and Industrial Machine Cleaning Services.
We offer specific solutions to meet your unique needs. For instance, we provide Filter Press Cleaners, Electromagnetic Filter Cleaners, and Rotary Filter Cleaners. - What we cleanWhat we cleanDiscover our expertise in high-pressure cleaning for a variety of industrial equipment! Our know-how enables us to work on air condensers, heat exchangers and many other installations. Thanks to our specialized approach, we guarantee optimum performance and enhanced durability for these vital pieces of equipment.
- Our Achievements
- About Us
- Contact
Vertical Induced Draft Condenser
Vertical multi-faceted condensers are commonly used when floor space is limited. Their significant height ensures an already effective natural draft, enhanced by top-mounted fans operating in induced draft mode.
The Hexacool concept refers to an innovation in cooling system technology, particularly used in configurations of air-cooled condensers (ACC) or other industrial applications requiring efficient heat transfer. While the term “Hexacool” might be specific to certain brands or designs, the underlying idea relies on the use of optimized geometric configurations, such as hexagonal shapes, to improve cooling performance and energy efficiency.
Operating Principle
The Hexacool approach leverages hexagonal geometry to maximize the contact surface between the air and the fluid to be cooled, while optimizing space and improving airflow dynamics through the system. This configuration allows for a more efficient heat transfer compared to traditional designs, due to the uniform distribution of air and the reduction of dead spots where airflow could be less effective.
Advantages of Hexacool Technology
Improved Efficiency: By maximizing the contact surface for heat transfer and optimizing airflow, Hexacool systems offer superior cooling efficiency, which can translate into reduced energy consumption for cooling.
Compact and Space-Efficient: The hexagonal design allows for a more efficient arrangement of cooling system components, reducing the necessary footprint and enabling easier integration in tight spaces.
Durability and Reliability: Hexagonal structures are known for their robustness and resistance to external loads, which can contribute to the longevity and reliability of the cooling system.
Design Flexibility: This technology can be adapted to a wide range of industrial applications, providing customized solutions for process cooling, HVAC systems, and other heat transfer needs.
Industrial Applications
Cooling systems incorporating Hexacool technology can be used in various sectors, such as power generation, petrochemicals, manufacturing, and any industry requiring efficient cooling to maintain optimal operational processes. Their ability to provide efficient cooling while minimizing environmental impact makes them particularly attractive to sustainability-focused companies.