Project : Case Study-18 | Hyderabad, India | 2021
Project Overview
The development of high-potent research environments demands a completely different level of engineering precision, containment strategy, and operational safety integration.
This specialized laboratory facility for Case Study-18 was developed in 2021 as a dedicated high-potent molecule research environment located on the first floor of the R&D building. Designed and executed by Densol Turnkey Projects as a complete turnkey solution, the project represented a highly sophisticated combination of containment engineering, laboratory infrastructure, and controlled operational planning.
Spread across approximately 2,500 square feet, the facility was envisioned to support sensitive high-potent research activities where containment, operator safety, airflow management, and process segregation were absolutely critical.
What made this project particularly unique was the integration of advanced isolators and glove box systems from Cotman alongside high-performance laboratory fume hoods. The facility created a carefully engineered balance between contained process handling and conventional laboratory operations within a single coordinated scientific environment.
Details
Client: Sai Life Sciences
Project Type: High Potent Research Laboratory Facility
Year Completed: 2021
Location: Hyderabad, Andhra Pradesh
Approximate Area: 2,500 Sq. Ft.
Facility Level: First Floor – R&D Building
Key Highlights
- Dedicated high-potent molecule research facility
- Advanced isolators and glove boxes from Cotman
- Integrated fume hood and containment laboratory systems
- GLP-compliant laboratory planning philosophy
- Dual airlock entry systems with shower mist exit arrangement
- Emergency exit-oriented service planning
- Precision airflow and pressure-controlled engineering
- Fully integrated turnkey execution model
Densol Perspective
High-potent laboratories are among the most sensitive research environments to engineer and execute.
This project stands as a strong example of Densol’s ability to integrate containment technologies, laboratory engineering, and turnkey execution into a unified ecosystem designed around safety, compliance, and operational excellence.
The result was not simply a laboratory. It became a precision-engineered high-containment scientific environment built to support the future of advanced pharmaceutical research.
Scope of Work
From the earliest planning stages, the laboratory was developed around strict GLP-driven operational principles with a strong emphasis on containment safety, controlled circulation, and emergency preparedness.
The facility planning incorporated:
- Dedicated personnel movement control
- Segregated process handling zones
- Controlled access airlock systems
- Emergency exit-oriented service planning
- Stable pressure-controlled laboratory environments
- Integrated containment workflows
One of the defining features of the project was the entry and exit transition sequence. The laboratory incorporated dual airlock entry systems along with exit airlocks integrated with shower mist arrangements to support contamination control and personnel decontamination protocols for high-potent operations.
The overall planning philosophy ensured that every movement within the facility followed a controlled, compliance-driven, and safety-focused operational sequence.
The core engineering highlight of the project was the integration of:
- Cotman isolators
- Advanced glove box systems
- High-performance laboratory fume hoods
- Containment-focused exhaust systems
- Pressure-controlled laboratory environments
The unique combination of isolators and fume hoods required highly coordinated airflow engineering and utility integration to maintain operational safety while supporting flexible scientific workflows.
Every engineering layer was carefully coordinated to ensure:
- Operator protection
- Product containment
- Environmental safety
- Stable airflow management
- Reliable process operations
Densol executed the project under a fully integrated turnkey delivery model including:
- Laboratory planning and containment zoning
- Architectural interiors and laboratory infrastructure
- HVAC systems and pressure cascade engineering
- Exhaust systems and containment ventilation
- Electrical systems and clean utility integration
- Isolator and glove box coordination
- Laboratory furniture and support infrastructure
- Airlock and decontamination systems
- Integrated MEP services
- Testing, commissioning, validation support, and handover
The completed facility emerged as a highly specialized containment research environment capable of supporting sensitive high-potent research operations under stringent safety and compliance requirements.
The project demonstrated Densol’s capability in delivering technically demanding laboratory environments where containment engineering, airflow control, process safety, and operational functionality work together as a single coordinated ecosystem.
More importantly, the facility reflected the continued evolution of pharmaceutical R&D infrastructure toward safer, smarter, and highly controlled scientific environments.