Fire Rated Extraction Booths
Fire Rated Extraction Booths
For the first time, C1D1 Labs will now be selling C1D1 / C1D2 Fire Rated Extraciton Booths. We get asked often if having fire rated walls on your extraction booth is necessary and the answer is usually no, unless your local municipality requires this rating. Your standard extraction booth, as long as it is built three feet from any other operation or wall, can be 18 gauge sheet metal
However! Fire rated extraction booths may be your solution to increasing your solvent limits without expensive engineering, labor and materials. Control areas are built when the building area exceeds the maximum allowed quantities of solvent (MAQ). Your MAQs are defined by the building type and a couple characteristics such as fire suppression and solvent storage, for example. A control area is designed to multiply your maximum allowed solvents by separating a chosen area from the rest of the building with fire walls. This separation actually allows you to have multiple ares inside your building that reach the MAQ. A F-1 occupancy building (standard manufacturing building) can have (4) control areas on the first floor of the building, each with it’s own separate maximum allowed quantities of solvent.Therefore, you could potentially have (4) areas with 480 gallons of ethanol, in a F1 occupancy building without having to build any additional fire walls. This is a huge advancement in the extraction booth tech and is patented by C1D1 Labs LLC!
Fire Rated Extraction Booths
If You Build It, They Will Come
Fill out the form below to ask us how to get started. Our C1D1 experts are knowledgeable on extraction rooms, cleanrooms, hydrocarbon closed loop systems, chillers, pumps, and more. Or give us a call
(510) 410-1083
C1D1 Labs Blogs
Giving you the tools and information you need to be successful

Understanding Explosion-Proof C1D1 Equipment for Safe Hydrocarbon Extraction
Designing and deploying a hazardous industrial environment requires carefully engineered controls. Learn the fundamentals of ensuring structural compliance using approved explosion-proof equipment following NFPA and IFC requirements.

Hydrocarbon Extraction Facilities: Engineering Fire Protection and Control Strategies
Designing safe and code-compliant hydrocarbon extraction facilities requires rigorous engineering fire protection and atmospheric control strategies to meet NFPA, IFC, and IBC requirements.

Industrial Extraction Room Design: Code-Driven Facility Planning for Hazardous Environments
Explore the critical concepts of control areas, the IBC, the IFC, and how hazardous storage regulations affect industrial extraction room design. Learn about active and passive mitigation strategies.