Radiopharmacy Air Compression System

The system collects potentially radioactive air from inside hot cells during radiopharmaceutical production or after a malfunction of the synthesis modules.input:
output:Emphasizes

A maximum of 16 cells may be connected to the same system, and up to five boxes may be in production simultaneously.

Each cell is equipped with a three-valve system, which includes two pneumatic valves and one electric valve.

Pressure gauges are employed to quantify the positive and negative pressure within the extraction circuit.

200-liter storage tank and 200-liter air accumulation tank

A vacuum tank with a storage capacity of 50 liters

In intake mode, the membrane compressor is employed to compress the airflow and generate negative pressure.

Illuminate™ MI: IIoT manufacturing intelligence platform and factory-floor managementinput:
output:A compression system is then employed to transfer the extracted air to pressurized tanks for storage. These tanks are monitored by a Geiger probe that is incorporated into a Marinelli system (optional). Once the radioactive activity that was stored has decayed, the air is discharged into the extraction conduit of the laboratory general ventilation, which is no longer contaminated.input:
output:The compression station has the capacity to oversee one or more COMECER production or handling cells.input:
output:Additionally, the cyclotrone vacuum pump can be connected to the compression station. The contaminated air is stored in the corresponding tanks in the event of an accident or target failure.input:
output:Unleash the full potential of ACS with Illuminate™ Manufacturing Intelligence

Utilize real-time machine performance data to identify the areas in which to concentrate efforts in order to enhance product quality, reduce downtime, maximize line throughput, and implement sustainable production improvements.