How to Write a HACCP Plan for UK Food Businesses (7 Principles Guide)
Key Takeaways for Food Business Operators
- •Statutory Obligation: HACCP is legally required under Regulation (EC) No 852/2004; small caterers can satisfy this via FSA SFBB packs.
- •CCP Definition: A CCP is a step where control is essential to eliminate a biological, chemical, physical, or allergen risk (e.g. 75°C cooking).
- •Corrective Action Clarity: Clear protocols must define what happens if limits fail (e.g. continue cooking or discard food immediately).
- •Downloadable Templates: Build your hazard tables using our free HACCP Plan Builder and Process Flow Chart.
- What is HACCP (Hazard Analysis and Critical Control Point)?
- Hazard Analysis and Critical Control Point (HACCP) is an internationally recognised, systematic food safety management system codified into UK law under Regulation (EC) No 852/2004. It identifies, evaluates, and controls biological, chemical, physical, and allergenic hazards at specific operational stages called Critical Control Points (CCPs).
1. What is HACCP & Why is It Legally Enforced?
Developed originally by NASA in the 1960s to maximize food safety for astronauts, HACCP was adopted globally by the Codex Alimentarius Commission and codified into UK and European law under Regulation (EC) 852/2004.
Traditional kitchen management relied on "end-product testing" — tasting a soup or inspecting a finished steak. HACCP recognizes that bacterial toxins (like Bacillus cereus in cooked rice or Salmonella in poultry) cannot be smelled, tasted, or seen with the naked eye. Safety is achieved by strictly controlling process parameters (time, temperature, separation).
2. The 7 Principles of HACCP Broken Down
Map every process step (Delivery → Chilled Storage → Prep → Cooking → Cooling → Reheating → Service) and identify Biological (pathogens), Chemical (cleaning agents), Physical (glass, metal), and Allergenic hazards.
Identify the exact points where a hazard can be prevented, eliminated, or reduced to an acceptable level using the Codex CCP Decision Tree. Not every step is a CCP; only steps where subsequent processes cannot fix a failure.
Set quantifiable, measurable boundaries separating safe food from unsafe food (e.g. Cooking core temp: minimum 75°C for 30s; Chilled storage: maximum 8°C).
Define who monitors the CCP, how it is measured (calibrated digital probe thermometer), and how frequently readings are recorded.
Pre-determine the mandatory actions taken when a critical limit is breached (e.g. 'If burger core temp is 68°C, continue cooking until 75°C is reached; if hot holding drops below 63°C for over 2 hours, dispose of food immediately').
Regular audits confirming that your HACCP plan is operating effectively (monthly probe ice/boiling calibration, periodic microbiological surface swabs, management reviews).
Maintain verifiable written or digital proof of all checks, temperature logs, supplier specs, and corrective action histories for EHO inspection.
3. Identifying Real Critical Control Points (The Decision Tree)
A common mistake made by chefs building their first HACCP plan is designating every single kitchen step as a CCP. If you have 25 CCPs on a single burger, your kitchen staff will drown in paperwork and stop logging accurately.
The Codex CCP Question Test:
- Q1: Do preventive control measures exist at this step? (If no, modify process).
- Q2: Is the step specifically designed to eliminate or reduce the hazard to an acceptable level? (e.g. Cooking is designed to kill pathogens → YES = CCP).
- Q3: Could contamination occur at unacceptable levels?
- Q4: Will a subsequent step eliminate or reduce the hazard? (e.g. Raw meat prep has high bacteria, but subsequent cooking kills it → Raw prep is a PRP, Cooking is the CCP).
4. Critical Limits & Measurable Thresholds
Critical limits must never be vague guidelines like 'cook until piping hot'. Environmental Health Officers demand concrete numbers:
| Process Step | Critical Limit (UK Benchmark) | Monitoring Method |
|---|---|---|
| Chilled Delivery Reception | ≤ 8°C (ideally ≤ 5°C) | Infrared or probe delivery pack surface |
| Cooking Poultry / Meat | ≥ 75°C for 30s (or 70°C for 2 min) | Disinfected digital probe in thickest part |
| Hot Holding (Bain-Marie) | ≥ 63°C continuously | Probe core every 2 hours |
| Cooling Cooked Food | Cool to < 8°C within 90 minutes | Shallow trays, blast chiller, ice water bath |
5. Designing Defensible Corrective Action Protocols
EHOs do not fail restaurants because a temperature reading was out of range once. They fail restaurants because when the reading was out of range, nobody took action, or nobody logged the action.
Your HACCP plan must give line cooks immediate, binary instructions:"If core temp < 75°C, return to oven for 5 minutes and re-test. If fridge temp > 8°C for over 4 hours, condemn and dispose of all high-risk items."
Use the Free Interactive HACCP Plan Builder Tool
Generate an EHO-ready HACCP workflow with pre-configured hazards, CCP designations, critical limits, and corrective action protocols. Edit every field directly in your browser and export a clean PDF with zero paywalls.
7. Frequently Asked Questions (HACCP Law & Auditing)
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