BIM modeling

	BIM design technology
	The use of BIM in the design of clean rooms
	BIM modeling
	Advantages of BIM implementation

The development of a project using Building Information Modeling (BIM) technology involves creating an integrated informational model. This model unifies architectural, planning, structural, and engineering solutions while reflecting all technical and economic indicators. INEX manages the development and maintenance of the project in distinct stages, offering the client the opportunity to connect and provide input at any phase.

Practical experience in implementing BIM highlights four core stages of project execution:

1. Planning: Building the Foundational Dataset

This stage involves gathering raw data to create an actionable project plan. We combine photogrammetry and 3D laser scanning to generate a precise model of the existing site.

Virtual Reality Integration: Clients can review the facility in various VR environments—from personal headsets to collective CAVE systems.
Contextual Modeling: A mandatory condition is the review of real-world conditions to form a context model of the existing environment, which serves as the foundation for the cleanroom installation.
Strategic Parameters: Planning accounts for the time factor (4D), environmental sustainability, facility management requirements, and projected costs.

2. Design: Conceptualization and Detail

The design phase creates a conceptual 3D project where every detail and schematic can be evaluated by the client.

Refinement: The model is adjusted and detailed based on the analysis of initial data and specific production tasks.
Pre-construction Logistics: BIM data is used to inform planning and supply chain logistics, ensuring that materials and components are ready for the assembly phase.

3. Construction: Smart Assembly and Execution

During this stage, the cleanroom components are manufactured and assembled based on the BIM blueprints.

Unified Data Access: Technology provides "single point of truth" access to all data regarding the facility, streamlining construction calculations and scheduling.
Smart Logistics: The project’s intelligent logistics scheme optimizes workflow for both suppliers and contractors, allowing for maximum efficiency, minimized timelines, and optimized costs.
Reconstruction Planning: The construction model already accounts for the possibility of future capital repairs or reconfigurations.

4. Operation and Maintenance

Once the project is complete, the BIM model becomes a database for facility management.

Operational Database: It contains the essential technical data required for the maintenance and servicing of the finished facility.
End-of-Life Planning: This data can be utilized in the future for effective dismantling or sustainable reconstruction.

5. Reconstruction and Modernization

BIM technology is inherently configured for modernization. This allows for the timely and optimal adaptation of a cleanroom to:

Changing production requirements and new technological tasks.
Updated national and global certification and standardization requirements (GMP/ISO).
The transition to more energy-efficient or high-performance filtration systems.

By managing the cleanroom through these BIM stages, INEX ensures that the facility remains a flexible, high-value asset throughout its entire service life.