Construction of a Prefabricated Modular Building for a Thermal Disinfection and Decontamination Station for Pathogenicity Groups III–IV Effluents

Following the final approval of all technical documentation, INEX Group specialists have officially moved into the equipment installation and commissioning phase at the Veropharm (Abbott) pharmaceutical plant. These specialized environments are designed to ensure the accurate assessment of the shelf life and stability of pharmaceutical substances and finished medicinal products.

Key Milestones Completed to Date:

The structural foundation for the controlled environment is already in place, achieving high-integrity performance:

• Airtight Enclosures: Installation of hermetic cleanroom partitions to prevent environmental leakage.

• Thermal Control: Achieving a stable internal temperature range of $25 \pm 2^{\circ}\text{C}$.

• Humidity Control: Establishing a managed relative humidity range of $60 \pm 5\%$.

Current Installation & Commissioning Scope:

The INEX team is now executing the integration of complex engineering systems, including:

• HVAC Infrastructure: Installation of general ventilation, high-precision humidification units, and temperature-maintenance equipment.

• Air Dynamics: Deployment of internal air-mixing systems to maintain an air exchange rate of 10 to 20 volumes per hour.

• Cleanroom Finishes: Assembly of a hermetically sealed cassette metal ceiling designed for easy maintenance and lighting replacement.

• Specialized Storage: Delivery and installation of perforated stainless steel racks, optimized for uniform airflow around stored samples.

• Sensors & Monitoring: Strategic placement of high-sensitivity sensors to track microclimatic fluctuations.

[Image: Digital control panel showing real-time temperature and humidity monitoring for pharmaceutical stability testing]

Advanced Automation & Control:

The core of the system is a high-performance Siemens (Simatic series) controller. The environment maintenance and monitoring process is fully automated, with real-time data fed into a SCADA system. This allows operators to monitor critical stability trends and manage the research environment directly from a centralized workstation, ensuring total data integrity for long-term studies.