Air compressing station for radiopharmaceutical labs
In radiopharmaceutical production, managing potentially radioactive air inside hot cells is crucial to ensure safety and compliance. Traditional methods can struggle with capacity limits and effective containment, leading to operational challenges and regulatory concerns.
Compress and store potentially radioactive air safely.
The ACS – Air Compressing Station by Comecer excels in managing and storing potentially radioactive air extracted from hot cells during radiopharmaceutical production or in the event of synthesis module malfunctions. This system supports up to 16 cells connected simultaneously and can handle up to 5 boxes in production at once. Equipped with a three-valve system (2 pneumatic valves and 1 electric valve) on each cell, and pressure gauges to measure positive and negative pressure in the extraction circuit, the setup ensures precise control and safety. The system boasts a 200-litre air accumulation tank, a 200-litre storage tank, and a separate 50-litre vacuum tank with a storage function. It employs a membrane compressor to compress the air flow and create negative pressure in intake mode. For enhanced monitoring, an optional Geiger probe within a Marinelli system can be used to supervise the tanks. Comecer’s Illuminate™ MI platform integrates real-time machine performance data, aiding in reducing downtime and maximizing throughput. This system can be seamlessly connected to a cyclotrone vacuum pump to store contaminated air in case of accidents or failures, ensuring safe discharge only after radioactive decay.
Benefits
- Simultaneously manage up to 16 cells
- Precise pressure control with advanced valve system
- Real-time performance monitoring with Illuminate™ MI
- Flexible connectivity for emergency situations
- Enhanced safety with optional Geiger probe monitoring