Beko ClearpointV Carbon adsorber

• Removal of oil vapours and odours from compressed air in sensitive industrial processes.
• Ensuring high-purity compressed air for pharmaceutical production and food processing.
• Protecting downstream equipment and products from contamination by hydrocarbons.
• Providing clean air for breathing air applications and medical facilities.
• Enhancing product quality in manufacturing where compressed air directly contacts end products.

Typical capacity

For this class of equipment, volume flow rates commonly range from 100 to over 1000 Nm³/h, depending on the model and application.

Operating pressure

Units typically operate within a pressure range of 4 to 16 bar, with specific models having defined maximums.

Temperature range

Commonly, these adsorbers are designed for operation between -10°C and 60°C, suitable for most industrial environments.

Adsorbent material

Activated carbon is the standard adsorbent, chosen for its effectiveness in removing oil vapours and hydrocarbons.

Footprint

The physical dimensions vary significantly by capacity, but units are generally designed for integration into existing compressed air systems.

Maintenance requirements

Regular replacement of the activated carbon bed is required, with frequency depending on air quality and usage.

• What is the primary function of a carbon adsorber in a compressed air system?

  A carbon adsorber, such as the Beko ClearpointV, is designed to remove oil vapours, hydrocarbons, and odours from compressed air, achieving very high levels of air purity.

• How often does the activated carbon need to be replaced?

• Is this unit suitable for food-grade air applications?

• What is the difference between an adsorber and a filter?

• Can this unit be integrated into an existing compressed air system?

Gas supply and monitoring systems are regarded as critical infrastructure in laboratory and pharmaceutical settings. Buyers typically prioritise reliability, accuracy of monitoring, and compliance with safety standards when purchasing used equipment. Key considerations include maintenance history, calibration records, and compatibility with existing facility systems. These systems generally offer good value when sourced from well-maintained stock, with durability and consistent performance being notable strengths. Proper verification of function and documentation remains essential before purchase.

General overview for this equipment type