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PRIORITIZING PROTECTION
Restaurant Chemical Safety & Health Inspection Compliance

OSHA & EPA Standards
Our sanitizers are EPA-registered, and we provide Safety Data Sheets (SDS) for every product to keep you aligned with OSHA’s Hazard Communication standard.
Pillar of Kitchen Safety
Kitchen safety spans food sanitation, fire prevention, slip prevention, chemical handling, equipment, and training — chemicals touch all of them. The real risk is usually misuse — wrong dilution, bad storage, incompatible mixing — not the chemicals themselves.

Safety & Handling FAQ
Safety
Florida's food code sets specific concentration ranges depending on which sanitizer chemistry you're using — chlorine-based sanitizers typically need to fall within a defined ppm range, while quat sanitizers require a different range entirely, generally in the 200–400 ppm window. The concentration has to be verified with a test strip matched to that specific chemical — a chlorine strip won't accurately read a quat solution. If you're not sure which range applies to your setup, that's exactly the kind of thing worth confirming during a site visit rather than guessing.
The usual causes, in order of how often we see them: sanitizer concentration is off (either too weak to be effective or so strong it's wasteful), wash or final-rinse temperature is out of range, the machine's spray arms or interior are dirty enough to affect performance, or there's no test-strip log for the inspector to review. Most of these are quick fixes once identified — but they're also exactly why routine service matters more than a one-time deep clean.
Your test strips need to match your sanitizer chemistry exactly — chlorine strips for chlorine, quat strips for quat. Test at the start of every shift at minimum, and again periodically through service, especially after refilling a sink or dispenser reservoir. Keeping a simple written log of results does double duty: it catches problems early, and it's exactly what a health inspector will ask to see.
At minimum: a current Safety Data Sheet (SDS) binder for every chemical on-site, records of employee chemical safety training, sanitizer test-strip logs, and — if you're running dispensers — calibration or service records showing they're being maintained. Keeping all of this organized in one binder near the chemical storage area turns an inspection from a scramble into a five-minute check.
The most dangerous combination is bleach and ammonia-based cleaners, which produces toxic chloramine gas — and it happens more often than people think, usually because two different labeled products get combined in the same mop bucket. Bleach and acidic cleaners (like some descalers) are just as dangerous, releasing chlorine gas. And mixing different sanitizer chemistries (chlorine and quat, for example) can cancel each other out or create their own hazards. The rule that prevents almost all of this: one chemical per bucket, always, no exceptions.
Health code requires chemicals to be stored physically separate from food and food-contact surfaces — never above prep areas or open food storage, where a leak or spill could contaminate product. It's one of the very first things an inspector checks, because it's an easy visual violation. The fix is simple: a dedicated, labeled storage area below or away from prep, with chemicals kept in their original containers.
No — reusing a container for a different chemical is one of the riskiest habits in a kitchen. Residue from the original product can react unpredictably with the new one, and an unlabeled or mislabeled bottle means anyone who grabs it has no idea what's actually inside. It's also a straightforward health code violation. Every chemical should stay in its original, labeled container from delivery to disposal.
The repeat offenders we see across South Florida kitchens: chemicals stored too close to food, missing or faded product labels, no sanitizer test strips on hand, dispensers that haven't been checked or calibrated recently, and a missing or outdated Safety Data Sheet (SDS) binder. Individually these seem minor, but they're exactly what an inspector is trained to look for first — and they're also the easiest to fix once you know what to check.
Yes, on two fronts. OSHA's Hazard Communication standard requires staff have access to Safety Data Sheets and understand basic chemical hazards and PPE. Separately, health code expects staff to know correct sanitizer concentration and proper use — an inspector can and will ask a line cook how they're sanitizing a surface. We provide an employee safety handbook and hands-on training as part of setting up a new account, so this isn't left to guesswork.
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