Restaurant HACCP plan templates & examples for compliance
Identify restaurant food-safety hazards, define critical control points and limits, and document cooking, cooling, reheating, holding, allergen, sanitation, and verification controls with an editable FoodReady template.
Create a USDA-approved HACCP plan for Restaurant or food catering
Restaurant HACCP templates you can start from
Choose the operation closest to your food-service model, then customize hazards, CCPs, limits, monitoring, corrective actions, and records.
Full-service restaurant
For dine-in kitchens with receiving, storage, prep, cooking, cooling, reheating, holding, and service.
Quick-service restaurant
For high-volume operations with standardized recipes, batch cooking, holding, assembly, takeaway, and delivery.
Special-process restaurant
For sous vide, cook-chill, reduced oxygen packaging, curing, smoking, and other specialized processes.
Example restaurant process flow
- Receive food & supplies(Supplier / receiving control)
- Cold / frozen / dry storage(Storage control)
- T haw & prepare(Cross-contamination / allergen control)
- Cook(CCP-1 · Cooking)
- Cool(CCP-2 · Cooling)
- Cold storage after cooling(Cold holding)
- Reheat(CCP-3 · Reheating)
- Hot / cold hold(CCP-4 · Holding)
- Plate / assemble / serve(Allergen / hygiene control)
- Leftovers / discard / records(Disposition / verification)
Restaurant hazard analysis and example critical limits
Examples below cover common restaurant time-temperature, allergen, cross-contamination, and physical hazards.
| process step | hazard | type | control measure | critical limit |
|---|---|---|---|---|
| Receiving | Pathogen growth from temperature-abused TCS food | Biological | Approved suppliers, product inspection, and receiving temperature checks | Receive refrigerated TCS food at ≤5°C (41°F), unless a specific Food Code allowance applies |
| Cooking CCP-1 | Survival of vegetative pathogens | Biological | Cook to the required internal temperature and time for the food | Example: poultry / stuffed foods ≥74°C (165°F) for 15 sec; ground meats ≥68°C (155°F) for 17 sec; whole cuts ≥63°C (145°F) for 15 sec |
| Cooling CCP-2 | Pathogen growth during slow cooling | Biological | Use shallow pans, smaller portions, ice baths, blast chilling, or other rapid-cooling methods | 57°C (135°F) to 21°C (70°F) within 2 hrs, then to ≤5°C (41°F) within 6 hrs total |
| Reheating CCP-3 | Survival / growth of pathogens in cooked and cooled TCS food | Biological | Rapidly reheat for hot holding | ≥74°C (165°F) for 15 sec within 2 hrs |
| Hot / cold holding CCP-4 | Pathogen growth due to inadequate holding temperature | Biological | Monitor holding temperatures at defined intervals | Hot hold ≥57°C (135°F); cold hold ≤5°C (41°F) |
| Preparation / service | Undeclared allergens or allergen cross-contact | Chemical | Recipe control, allergen communication, cleaned / dedicated utensils, and staff training | Correct allergen information and no unintended allergen cross-contact |
| Preparation / service | Glass, metal, hard plastic, bone fragments, or other foreign material | Physical | Visual checks, maintenance, breakage procedures, and good handling practices | No unacceptable foreign material detected |
Prerequisite programs that support the plan
A HACCP plan is not the whole food safety system. Good manufacturing practices must be in place first, in line with sanitary processing requirements.
Personnel
Hygiene, health reporting, and training practices.
Sanitary operations
Cleaning, sanitizing, and pest control routines.
Sanitary facilities
Water, plumbing, and hand washing controls.
Equipment & utensils
Food contact surface design and upkeep.
Processes & controls
Raw material, operation, and storage controls.
Plant & grounds
Facility layout and grounds maintenance.
Defect action levels
Limits for natural or unavoidable defects.
Warehousing & distribution
Storage and transport under safe conditions.
Logs, SOPs, and supply chain documents
Monitoring records must capture the actual observed value, for example the exact temperature or pH, recorded at the time of observation.
Logs & records
Evidence that the plan is running every day.
- Raw materials and receiving log
- Freezer and thawing log
- Rice pH and acidification log
- Shipping temperature log
- Corrective action forms
- Employee training and illness log
SOPs
Repeatable steps that mitigate hazards.
- Calibrating thermometers
- Cooling potentially hazardous foods
- Cleaning and sanitizing contact surfaces
- Preventing cross contamination
- Allergen control program
- Handling ready to eat foods
Supply chain documents
Controls that reach beyond your facility.
- Supplier food safety plans
- Parasite destruction certificates
- Certificates of analysis
- Product specifications
- Allergen statements
- Country of origin records
Who needs a Restaurant HACCP plan
Restaurants and retail food establishments generally follow state and local food codes based on the FDA Food Code. A formal HACCP plan is especially important for specialized processes that require regulatory approval or a variance.
Standard restaurant operations
Restaurants, cafes, and commercial kitchens
Use HACCP-based controls for receiving, storage, preparation, cooking, cooling, reheating, hot holding, cold holding, allergens, sanitation, and employee hygiene.
- FDA Food Code · State / local adoption
Specialized processes
Sous vide, cook-chill, ROP, curing, and smoking
Specialized food processes may require a written HACCP plan and approval or a variance from the regulatory authority.
- FDA Food Code · Variance / HACCP requirements as applicable
Additional components for full compliance
These components are recommended to meet state and federal rules alongside your HACCP plan.
Recall plan
Written recall plan
Under FSMA Preventive Controls for Human Food, a written recall plan is required when a hazard analysis identifies a hazard needing a preventive control.
A recall removes an adulterated, misbranded, or violative product from the market before it reaches consumers.
Verification & validation
Verification and validation
Verification confirms the plan is followed correctly each day across supply chain, sanitation, allergen, and critical controls.
Validation confirms the plan rests on sound science that is adequate to control the identified hazards.
Dave Seddon
Every FoodReady HACCP template is built and reviewed by practicing food safety professionals, then aligned to current FDA guidance. This sushi plan follows the seafood hazards and controls that auditors expect to see, so you start from a defensible baseline rather than a blank page.
- SQF Lead Auditor
- FDA Seafood HACCP
- SOC 2 Type II platform
Restaurant HACCP, answered
Does every restaurant need a formal HACCP plan?
Not every restaurant needs a formal HACCP plan for routine food preparation, but certain specialized processes may require one along with regulatory approval or a variance.
What are common CCPs in a restaurant?
Common examples include cooking, cooling, reheating, and hot or cold holding. Exact CCPs depend on the menu and process flow.
What is the critical limit for cooling food?
A common Food Code limit is to cool TCS food from 57°C (135°F) to 21°C (70°F) within 2 hours, then to 5°C (41°F) or below within 6 hours total.
When does a restaurant need a variance?
Processes such as reduced oxygen packaging, sous vide, cook-chill, curing, or smoking for preservation may require a variance or HACCP plan depending on the jurisdiction.
Can I customize the template for my menu?
Yes. Adjust process steps, hazards, critical limits, monitoring, corrective actions, and records to your menu, equipment, recipes, and local regulatory requirements.
Start your Restaurant HACCP plan today
Begin from a reviewed restaurant template, customize your control points, and generate audit ready documentation with the FoodReady plan builder.
Speak with our Expert Consultants
15–30 minutes. We map FoodReady to your process, plug in your real HACCP plan, and show you the auditor view before the call ends.