- 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.
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AUTOMaTED
FOGGING
Misting
solutions
By AX System
industrial fogging / misting
The performance of many industrial processes is directly influenced by ambient air temperature. During periods of high heat, the cooling of the heat exchangers becomes less effective, thus disrupting the overall operation of the installations. The sizing of exchange surfaces is often based on average climatic conditions. However, in the event of a heatwave, process control becomes complicated, affecting factory profitability.
Adiabatic Cooling Solution with High Pressure Fogging / Misting
High pressure misting represents an effective solution for stabilizing the performance of air condensers and air coolers. AX System, with its expertise in air coolers and high pressure, offers misting systems designed for adiabatic cooling.
Modular and Efficient Concept
Our concept is based on modules designed for each configuration, each module is equipped with numerous nozzles. These nozzles, with a diameter of 0.3 mm, spray 10 micron water droplets which evaporate on contact with air. This evaporation causes an adiabatic reaction, absorbing calories and thus reducing the air temperature.
Performance of each module: flow rate up to 12 L/min at 80 bar.
Modularity: the quantity of modules per heat exchanger is adjusted according to the flow rate necessary to achieve the required performance.
Application Example: Aero Condenser
For an air condenser (ACC), it is possible to install up to 100 modules, allowing a spraying of 540 L/min. This can reduce the airflow temperature by up to 6°C, depending on weather conditions (temperature and relative humidity).
Even at 100%, your air exchangers are underperforming? This is where our misting comes in!
Key Points for Optimal Efficiency
Maximum exchange surface: To be effective, it is crucial that the exchange surface between water and air is as large as possible. This involves producing the smallest droplets possible.
Droplet fineness: The high fineness of the droplets is essential for the proper functioning of the cooling device.
Control of high pressure: Thanks to our expertise, we use mineral nozzles of a few microns, at pressures of up to 100 bars, to obtain homogeneous and particularly fine droplets.
Adaptability to climatic conditions: Variations in air temperature and humidity may require adjustment of the water flow, controlled by a controller.
By integrating high-pressure misting solutions, AX System ensures efficient and stable cooling of industrial equipment, even in periods of extreme heat. Our modular technology and our control of high pressure guarantee optimal performance, thus improving the profitability and stability of industrial processes.
Before/After
ACHE Fogging
ACHE Fogging
Recover your performance and more
Without Fogging
Heat Exchanger Capacity
100%
With Fogging
Heat Exchanger Capacity
100%
10%
we
improve
efficiency
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