All different industries are emerging towards smarter, highly efficient, and more reliable factories. This optimization is possible in all different segments.
Smarten your application
The food & beverage industry has one of the most stringent quality air requirements, in which the air is used for packaging, conveying, fermentation and clean-in-process.
Food & beverage
1The food & beverage industry has one of the most stringent quality air requirements, in which the air is used for packaging, conveying, fermentation and clean-in-process.
Most electronics companies have an integrated monitoring system to provide data analysis to assure the highest uptime of their production.
Electronics
2Most electronics companies have an integrated monitoring system to provide data analysis to assure the highest uptime of their production.
In the medical and pharma industry the quality of the air is highly important and often needs to be compliant with specific ISO norms, such as ISO 8573-1 CLASS 0.
Pharma
3In the medical and pharma industry the quality of the air is highly important and often needs to be compliant with specific ISO norms, such as ISO 8573-1 CLASS 0.
Engine & vehicle assembly, stamping, painting, and other pneumatic processes are just some examples in which the automotive industry consumes compressed air.
Automotive
4Engine & vehicle assembly, stamping, painting, and other pneumatic processes are just some examples in which the automotive industry consumes compressed air.
It is crucial to manage the Dissolved Oxygen (DO) level in a wastewater treatment plant at an accurate level, meaning that blowers need to work together in harmony.
Wastewater treatment
5It is crucial to manage the Dissolved Oxygen (DO) level in a wastewater treatment plant at an accurate level, meaning that blowers need to work together in harmony.
1The food & beverage industry has one of the most stringent quality air requirements, in which the air is used for packaging, conveying, fermentation and clean-in-process.
2Most electronics companies have an integrated monitoring system to provide data analysis to assure the highest uptime of their production.
3In the medical and pharma industry the quality of the air is highly important and often needs to be compliant with specific ISO norms, such as ISO 8573-1 CLASS 0.
4Engine & vehicle assembly, stamping, painting, and other pneumatic processes are just some examples in which the automotive industry consumes compressed air.
5It is crucial to manage the Dissolved Oxygen (DO) level in a wastewater treatment plant at an accurate level, meaning that blowers need to work together in harmony.
Food & beverage
An Optimizer 4.0 helps to monitor and manage all critical parameters like dewpoint, compressed air temperature and other important elements. Also, your process measurements such as flow meters, can be visualized and communicated to your DCS/SCADA system.
The air demand in food & beverage usually varies depending on the products produced and time of the day. With multiple LnL and VSD compressors, the Optimizer 4.0 will select the most efficient combination for a specific flow. Finally, this results in a lower Total Cost of Ownership.
Electronics
Different applications in electronics require compressed air from multiple centrifugal compressors. The Optimizer 4.0 regulates the complete room via smart controls preventing blow-off and sharing the load in an efficient and stable way.
The applications in electronics consume high volumes of compressed dry air. The smart algorithms in the Atlas Copco central controllers lower down the power consumption significantly.
Pharma
High-end products are best produced with efficient and smart compressed air to guarantee the quality of the end result.
Process driven production facilities, such as the pharma industry, require reliable production output. The global pandemic has proven that a smart and efficient approach is highly important. With the Optimizer 4.0 and Equalizer 4.0 PRO the uptime and life expectancy of the overall installation is maximized.
Automotive
Atlas Copco central controllers assure that compressed air is produced in an efficient way resulting in the lower Total Cost of Ownership. The electrification of the car fleet needs to happen in an efficient way.
The Optimizer 4.0 can manage the whole compressed air system and adapt to the demand of the automotive industry.
Wastewater treatment
Plug & Play: the Optimizer 4.0 allows easy integration of blowers and variable flow setpoints.
Flow split is based on the energy efficiency of the blower for optimum performance.
Improved TCO means reduced maintenance costs and higher energy savings. No expensive, simplified and slow custom PLC programs are needed to control the blowers. The Optimizer 4.0 converts your blower room into a smart WWT plant.