Safety is central to every lab project, and few pieces of equipment are as important to protecting researchers as the fume hood. From mitigating chemical exposure to supporting proper airflow and containment, these systems must be carefully planned, installed, and maintained to ensure both safety and efficiency. A comprehensive approach to fume hood placement and selection is essential for integrating them successfully into new construction and renovation projects.

On September 8, 2026, Lab Design will host a virtual event on Fume Hoods, part of the Lab Design Digital Conference series. This program will help project teams understand how to evaluate placement, specifications, and airflow management strategies to ensure compliance and optimal performance from the start. Lab managers, researchers, and end users will learn how to select fume hood systems that align with their work practices, are straightforward to operate, and can be effectively maintained over time. Vendors and manufacturers will gain valuable insight into the priorities, questions, and challenges that design teams and lab users bring to the decision-making process, offering a clearer picture of what today’s projects require.

Speakers will cover critical considerations including compliance with standards and regulations, chemical use and containment needs, energy efficiency and sustainability goals, safety protocols, and common pitfalls to avoid. Each session will feature an interactive Q&A, giving attendees the opportunity to engage directly with experts and gather practical guidance for applying these strategies in their own lab projects. Registration is free—join live or access on demand.

Key takeaways:

1. Learn strategies for integrating fume hoods effectively into new and renovated labs to maximize safety, workflow efficiency, and compliance.

2. Understand key standards, regulations, and best practices for chemical containment, airflow management, and operational safety.

3. Discover how to choose fume hood types and specifications that match researchers’ practices while supporting ease of use and maintenance.

4. Explore approaches to balance safety and performance with energy-efficient designs and sustainability goals.

5. Gain practical guidance on mistakes to avoid during planning, installation, and maintenance to ensure reliable, long-term performance.