Read about our Clash Detection / BIM – Building Information Modelling

Gerco Group will provide:

In the realm of fire protection/fire compartmentation engineering, Building Information Modeling (BIM) is an invaluable tool that enables engineers to create and manage all the information about a project in a detailed 3D model. One of the most crucial aspects of BIM is ‘clash detection’.

Concept of Clash Detection

Clash detection is the process of identifying and managing interferences between different building systems during the design phase using BIM tools. These can include fire protection systems, mechanical, electrical, and structural elements, primarily as they pass through whitewall, partitions, structural slabs or building envelope. A ‘clash’ occurs when elements of these different systems occupy the same physical space, leading to conflicts that require resolution, ideally, prior to the construction phase to avoid issues either during or post-construction phases.

Role in Fire Compartmentation and BIM Reporting

In the context of fire compartmentation, clash detection plays a pivotal role. Spatial conflicts with trade installations, such as mechanical, electrical and structural elements will compromise the functionality and compliance of the intended compartment. Said compartment will be formed by fire-rated components such as Plasterboard Partitions, Whitewall (Sandwich Panels) or concrete/rigid structure. For compliant installations, we must ensure that service spacing and ope size adhere to the respective manufacturer’s tested standards.

Importance of Clash Detection

Clash detection is vital in reducing the risk of costly changes to design drawings and schedules. By identifying and resolving clashes early in the design process, it can prevent delays that might occur if the clashes were discovered during construction.

Moreover, clash detection ensures the optimal functionality of fire protection systems. By avoiding clashes, fire protection systems can be designed and installed to operate as intended, providing effective protection for the building and its occupants.

In conclusion, clash detection is a crucial aspect of fire protection and compartment engineering. It facilitates a more efficient design process, prevents costly construction delays, and ensures the effectiveness of fire protection systems in the built environment.


40MW Swedish Data Centre

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Belgian Data Centre Phase 3