Beverage Sanitation and Safety

Course Description

Beverage Sanitation and Safety teaches industry specific procedures related to proper sanitation, safety and equipment usage in a beverage production and service facility, with bar and brewing chemical selection, storage and proper use emphasised.

Within the SCNS taxonomy, HFT is the Hospitality Management prefix. Daytona State publishes this at 3 credits, offered fall and spring, giving approximately 45 contact hours at the prefix convention.

Note that this course covers both the service side and the production side — a bar and a brewery in the same syllabus. That pairing is unusual and it is the point: the chemicals used to clean a draught line and those used to clean a fermentation vessel are the same chemistries at different scales, and the hazards scale with them. A caustic solution that is manageable in a bucket is a serious burn risk in a fifteen-barrel tank.

Daytona State does not publish a lecture and laboratory split for its HFT courses, but the convention across the prefix is consistent: every unsuffixed HFT course published at this institution runs at 3 credits and approximately 45 contact hours — 15 hours per credit, confirmed across twelve live courses without exception. The prefix's two C-suffixed courses (HFT2750C and HFT2867C) run at 20 hours per credit, which is what the suffix signals.

Learning Outcomes

Required Outcomes

• Describe the principles of sanitation in beverage production and service.
• Distinguish cleaning, sanitising, and sterilising, and describe when each applies.
• Describe microbiological hazards specific to beverage operations.
• Describe beer spoilage organisms and the conditions that favour them.
• Select appropriate chemicals for a given cleaning task.
• Describe caustic, acid, and sanitiser chemistries and their correct application.
• Calculate and prepare correct chemical dilutions.
• Describe chemical incompatibilities and the hazards of mixing.
• Store chemicals correctly and separately from product.
• Read and apply safety data sheets.
• Select and use appropriate personal protective equipment.
• Describe the response to chemical exposure, including eyewash and shower use.
• Describe clean-in-place systems and their operation.
• Clean and maintain draught beer systems and lines.
• Clean and sanitise tanks, kegs, and production vessels.
• Describe confined space hazards and entry requirements.
• Describe carbon dioxide hazards, monitoring, and ventilation.
• Apply lockout-tagout principles to production equipment.
• Describe equipment usage and routine maintenance in bar and brewery settings.
• Apply food safety practice to garnishes, ice, and ready-to-eat items.
• Describe pest control principles in a beverage facility.
• Describe Florida regulatory requirements for food and beverage establishments.
• Describe waste handling and environmental requirements.
• Develop and document a cleaning schedule and standard operating procedure.

Optional Outcomes

• Describe HACCP principles applied to beverage production.
• Perform basic microbiological testing.
• Describe quality assurance programmes in a brewery.
• Describe water treatment and its role.
• Describe regulatory inspection processes and preparation.
• Prepare for a food safety management certification.

Major Topics

Required Topics

• Sanitation principles
• Cleaning, sanitising, and sterilising
• Microbiological hazards
• Beer spoilage organisms
• Chemical selection
• Caustic, acid, and sanitiser chemistries
• Dilution calculation
• Chemical incompatibility
• Chemical storage
• Safety data sheets
• Personal protective equipment
• Chemical exposure response
• Clean-in-place systems
• Draught line cleaning
• Tank, keg, and vessel cleaning
• Confined space hazards
• Carbon dioxide hazards and monitoring
• Lockout-tagout
• Equipment usage and maintenance
• Food safety for garnishes and ice
• Pest control
• Florida regulatory requirements
• Waste and environmental handling
• Cleaning schedules and procedures

Optional Topics

• HACCP in beverage production
• Basic microbiological testing
• Brewery quality assurance
• Water treatment
• Regulatory inspection preparation
• Food safety certification

Resources & Tools

• Brewers Association (brewersassociation.org) — the craft brewing trade body; substantial free technical, safety, and quality resources, including its safety guidance.
• Master Brewers Association of the Americas (mbaa.com) — technical training and its podcast, which is genuinely useful and free.
• American Society of Brewing Chemists (asbcnet.org) — the analytical methods standard.
• Designing Great Beers (Daniels), Yeast (White & Zainasheff), and Water (Palmer & Kaminski) — the technical series brewers actually keep.
• The Oxford Companion to Beer — the reference for styles and history.
• Cicerone Certification Program (cicerone.org) — the beer-service credential; the entry level is inexpensive and directly marketable.
• TTB (ttb.gov) — free federal permit, labelling, and excise tax guidance; the authority for anything in this guide about federal licensing.
• Florida DBPR / Division of Alcoholic Beverages and Tobacco — free; Florida licensing and the responsible vendor programme.
• Local breweries. Florida's craft scene is large and brewers are unusually willing to talk — ask to tour, ask to help on a brew day, and take the shift work if it is offered.
• American Hotel & Lodging Educational Institute (ahlei.org) — industry certifications recognised by employers.
• National Restaurant Association — ServSafe (servsafe.com) — food safety and alcohol certifications; the alcohol certification is the one hiring managers ask about.
• Florida DBPR (myfloridalicense.com) — free; the authority on Florida beverage and food service licensing, and where to verify anything in this guide.
• Florida Restaurant & Lodging Association (frla.org) — state industry body, training, and a job board.
• VISIT FLORIDA (visitflorida.org) and its research pages — free visitor volume and tourism data, useful for any coursework requiring market analysis.
• Hospitality Management and Supervision in the Hospitality Industry (AHLEI texts) — the standard course references.
• Work in the industry while you study. The single most valuable thing in this field — employers weigh floor experience heavily and it costs you nothing but the shifts.

Career Pathways

• Food service manager — SOC 11-9051.
• Lodging manager — SOC 11-9081.
• First-line supervisor of food preparation and serving workers — SOC 35-1012.
• Meeting, convention, and event planner — SOC 13-1121.
• Bartender — SOC 35-3011; waiters and waitresses — SOC 35-3031.
• Theme parks and attractions — a distinctively Central Florida employer at very large scale.
• Resorts and hotels — coastal Florida and Orlando in particular.
• Cruise lines — Florida is the largest cruise embarkation market in the world.
• Convention and conference services — Orlando and Miami are major convention destinations.
• Restaurants, bars, and breweries — including a large and growing Florida craft brewing sector.
• Clubs, golf, and private membership operations.
• Casino and gaming operations — see the note on Florida gaming regulation.
• Transfer to a bachelor's — Daytona State offers upper-division hospitality courses (HFT3373, HFT3700, HFT4064, HFT4253, HFT4277, HFT4809); ⚠ confirm which lower-division courses apply.

Special Information

⚠ Chemical handling is where the injuries in this field actually occur

• Caustic burns are the characteristic beverage-industry injury, and they are worse than they first appear because alkali burns continue to damage tissue after contact and may not hurt immediately.
• Always add chemical to water, never water to chemical. The reverse can cause a violent exothermic reaction and splashing.
• Never mix chemistries. Acid and chlorine-based sanitisers together produce chlorine gas — this has killed people in food service, and it usually happens by accident rather than ignorance.
• Full personal protective equipment every time — splash goggles rather than glasses, chemical-resistant gloves, and an apron. The one time you skip it is the time it splashes.
• Know where the eyewash and safety shower are, and that they work, before you open a container. Test them on schedule.
• Never store chemicals in unlabelled or food containers. Chemical served to a guest is the nightmare scenario and it has happened repeatedly in the industry.
• Read the safety data sheet before first use, not after an incident, and know the first-aid response for each chemical you handle.
• Rinse thoroughly and verify. Residual caustic in a vessel or a line reaches a customer.
• Report every exposure, however minor it seems.

⚠⚠ Brewery hazards — a production facility, not a kitchen

• A commercial brewery is an industrial environment with hazards that a hospitality background does not prepare anyone for, and the serious incidents in craft brewing are consistent and well documented.
• ⚠⚠ Carbon dioxide is the one that kills. CO₂ is heavier than air, odourless, and collects in cellars, tanks, and low spaces. It displaces oxygen and people lose consciousness without warning. Monitors, ventilation, and never entering a confined space alone are not optional.
• Confined space entry — tanks and vessels — requires a permit, testing, and a trained attendant. Vessel entry has killed brewery workers, including experienced ones. Never enter a tank because it seems fine.
• Caustic and acid cleaning chemicals cause severe burns. Full personal protective equipment, correct dilution order, and never mixing chemistries — and know where the eyewash and shower are before you need them.
• Hot liquor, steam, and wort cause serious scalds. Mash and boil vessels operate at temperatures that injure instantly.
• Pressurised vessels and kegs store real energy. A keg is a pressure vessel; treat relief valves and gauges as safety-critical.
• Wet floors, hoses, and heavy lifting cause the everyday injuries — grain sacks, kegs, and pallet handling all need technique and equipment.
• Lockout-tagout applies to pumps, mills, and conveyors.
• Grain dust is combustible in sufficient concentration, and milling areas need appropriate controls.
• Hearing protection in the packaging hall — bottling and canning lines are loud enough to cause permanent damage.

⚠⚠ Food and beverage safety — the failures that close establishments

• Foodborne illness outbreaks close businesses and end careers, and in beverage operations the hazards are less obvious than in a kitchen, which is precisely why they are missed.
• Florida food service establishments are regulated by DBPR's Division of Hotels and Restaurants, with certified food manager and trained food handler requirements. ⚠ Verify current certification requirements — they are set by rule and they change.
• Ice is a food. Ice machines are among the most frequently cited and most commonly neglected pieces of equipment in a bar, and scooping ice with a glass is both a contamination and a broken-glass hazard.
• Soda and beer lines require scheduled cleaning, and neglected draught lines are a genuine microbiological problem as well as a quality one.
• Garnishes are ready-to-eat food handled with bare hands more often than anything else behind a bar — the same rules apply as in a kitchen.
• Keep chemicals away from product, always, and never store a cleaning solution in an unlabelled container. Chemical contamination of a beverage is a serious and entirely preventable event.
• Know the safety data sheets for every chemical you use, and the required personal protective equipment.
• Wash hands properly and frequently, and stay home when ill — reporting illness is a requirement, not a courtesy.
• Glass, wet floors, and knives cause most bar injuries. Never handle broken glass by hand, and never put glassware in an ice well.

⚠ The description mentions a laboratory but the course number does not

• Daytona State describes laboratory or production activity in this course, yet publishes it as an unsuffixed three-credit course rather than a C-suffixed combined course.
• Under SCNS Rule 22 the suffix is part of the course number, so the absence of a C is not cosmetic — it means the practical work is delivered inside the standard credit and contact hours rather than as an additional laboratory component.
• This matters for transfer. If a receiving institution carries the same subject as a C-suffixed course, that is a different SCNS number and equivalency does not automatically cross the suffix.
• It also matters for expectations. Practical sessions are part of the scheduled hours here, so the balance of classroom to hands-on time is set by the instructor rather than by a separately timetabled lab.
• Ask the receiving institution in writing before assuming this course satisfies a suffixed requirement elsewhere.

⚠ What hospitality work actually pays and demands in Florida

• Florida is one of the largest hospitality labour markets in the country — theme parks, cruise lines, resorts, convention business, and a very large restaurant and bar sector. Employment is genuinely plentiful here in a way it is not everywhere.
• ⚠ Florida's minimum wage has been rising annually under a state constitutional amendment, and the tipped cash wage is the minimum less a tip credit, with the employer required to make up any shortfall. Verify the current figures — they change on a set annual schedule and they materially affect what a tipped role pays.
• Hours are evenings, weekends, and holidays. This is the defining lifestyle fact of the industry and the most common reason people leave it.
• Seasonality is pronounced in Florida — spring break, race weeks, holiday periods, and hurricane season all move demand sharply, and hours move with it.
• Advancement is genuinely fast for reliable people. The industry promotes from within more readily than most, and supervisory roles come early to those who show up and can be depended on.
• The work is physical — long hours on your feet, heat, lifting, and sustained pace.
• Turnover is high, which cuts both ways: it means openings everywhere, and it means employers place real value on anyone who stays.
• Certifications are cheap and they differentiate you — food safety management, responsible vendor training, and a first-aid card cost little and are noticed at hiring.

How Florida course levels affect transfer

The first digit of an SCNS number denotes the year of offering, not transferability. Courses at the 1000 and 2000 levels transfer transparently between Florida public institutions, and 3000 to 4000 is unproblematic since both are upper division. The boundary that actually matters is 2000 to 3000, where lower-division credit generally cannot satisfy an upper-division requirement. That boundary is live in this prefix: Daytona State offers both an associate-level hospitality programme and an upper-division bachelor's sequence (HFT3373, HFT3700, HFT4064, HFT4253, HFT4277, HFT4809), and a 2000-level course does not substitute for its 4000-level counterpart even where the subject looks identical.

HFT1213 is 3 credits and approximately 45 contact hours, offered fall and spring at Daytona State.

It underpins the whole beverage and brewing sequence — HFT1287, HFT2804, and HFT2822 all assume this content. Take it early.