AEI’s Scott Foster Explores Design Strategies for Materials Science Labs
Whether developing more efficient batteries or producing components for quantum computing, materials science research requires lab spaces that support advanced equipment, adapt to new technologies, and prioritize safety. However, the complexities of materials science labs often make it challenging to design the mechanical, electrical, and plumbing/piping (MEP) systems needed to perform research effectively.
In an article for Lab Manager, AEI Principal Scott Foster, PE, explores MEP design approaches that address the unique challenges of these spaces. The article reviews strategies for navigating:
- Climate control. Different materials science research demands precision in temperature and humidity to ensure stable conditions.
- Ceiling space. The large network of supply and exhaust ducts needed to handle high air volumes creates limited space above the ceiling, requiring careful coordination of components.
- Utility systems. Multiple specialized gases, compressed air, and pure water are frequently utilized, requiring detailed design and coordination to ensure a safe and functional laboratory environment.
- Equipment information gaps. Effective lab design depends on having an accurate understanding of specifications and access to a complete equipment list.
Through careful planning, flexibility, and collaboration, we can ensure that materials science labs are designed for safety and efficiency and support world-class materials science research.