Pharmaceutical Freeze-Drying System Upgrade

Pharmaceutical Freeze-Drying System Upgrade

Project Date
March 2024
Location
German
Industry
Pharmaceutical Manufacturing
Client
BioPharm GmbH
720
m³/h Capacity
0.1
mbar Vacuum
55
kW Power
3
Units Deployed

Project Background

Industry Challenge

BioPharm GmbH, a leading biopharmaceutical manufacturer in Germany, faced critical challenges with their aging freeze-drying vacuum system. The existing oil-sealed rotary vane pumps were causing contamination concerns in their sterile manufacturing environment.

Critical Requirements

The facility produces high-value biologics and vaccines requiring absolute contamination-free environments. Any oil vapor backstreaming could compromise entire production batches worth millions of euros. Additionally, strict EU GMP regulations demanded validated, reliable vacuum systems with comprehensive documentation.

Operational Constraints

The upgrade had to be completed during a planned shutdown window of just 10 days. The new system needed to integrate seamlessly with existing freeze-dryers and maintain validated temperature profiles critical for product stability.

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Special Requirements

- Oil-free operation to eliminate contamination risk - GMP compliance with full IQ/OQ/PQ documentation - Integration with existing Siemens PLC control system - Remote monitoring capability for 24/7 operation - Noise level below 75 dB(A) for operator comfort - Energy efficiency improvement over existing system - Spare parts availability within 24 hours - Annual preventive maintenance program

Our Solution

Technical Solution

We designed and implemented a comprehensive oil-free vacuum solution featuring three SDHV-120 dry screw vacuum pumps configured in a 2+1 redundant arrangement. This configuration ensures continuous operation even during maintenance of one unit.

System Integration

Each pump is equipped with advanced PLC integration allowing real-time monitoring of critical parameters including vacuum level, motor temperature, and vibration. The system communicates via PROFIBUS protocol with the existing facility management system.

Safety & Compliance

All equipment was supplied with comprehensive Factory Acceptance Testing (FAT) documentation, followed by on-site Installation Qualification (IQ) and Operational Qualification (OQ). Performance Qualification (PQ) was executed in collaboration with the client’s quality assurance team.

Installation Process

Our engineering team completed the installation during the scheduled 10-day shutdown. Pre-fabricated piping assemblies and detailed installation drawings enabled efficient execution. The system was commissioned and validated within the planned timeframe, allowing production to resume on schedule.

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Project Results & Impact

Operational Excellence Achieved

The vacuum system upgrade delivered exceptional results across all key performance indicators. The facility achieved zero contamination incidents in the 12 months following installation, a critical improvement from the previous quarterly contamination events.

Financial Impact

Energy consumption decreased by 35%, resulting in annual savings of €48,000. Maintenance costs reduced by 60% due to extended service intervals and elimination of oil changes. The system paid for itself in under 3 years through operational savings alone.

Regulatory Success

The installation successfully passed FDA and EMA inspections with zero observations related to the vacuum system. Complete validation documentation streamlined the approval process for new product introductions.

Production Efficiency

Cycle times improved by 12% due to more stable vacuum conditions and faster pumpdown times. The facility increased annual production capacity by 8% without additional capital investment.

Product Series

SDHV Series (Dry Screw Vacuum Pump)
Model Number
SDHV-120

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Technical Specifications

Cooling Method Water-cooled
Noise Level 72 dB(A)
Operating Temperature 5-40 °C

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