The 10 Principles of Sanitary Design for Equipment

Slides:



Advertisements
Similar presentations
Lesson 9 Design & Construction of Food Premises & Equipment
Advertisements

Section 8-2 The HACCP System.
Pharmaceutical Manufacturing Clean
1 1 Sanitation: Examples of Common Challenges and Deficiencies Karl Thorson Food Safety and Sanitation Manager Sanitation Center of Excellence.
SANITARY DESIGN PRINCIPLES FOR FACILITIES. ZONES OF CONTROL.
MARKETS AND ABATTOIRS The construction sites should be free of nuisance conditions, contamination, should have available adequate water supply for cleaning.
TRANSPORTATION (Farm Gate to Processing Facility).
Receiving, Transportation, Storage & Shipping Practices Getting the Product into and out of the Plant.
Infection Prevention Fireworks, Non-Clinical IP Issues for CAHs Randy Benson Executive Director RHQN.
© 2009 Michigan State University licensed under CC-BY-SA, original at Facility Environment.
FarmCrest Foods Ltd Poultry Processing Plant Employee Training
Prerequisite Programme Training Guide
BRC Storage & Distribution Safety and Quality Management System Training Guide
IFSQN CODEX and Good Manufacturing Practice Training Guide.
Cleaning, Sanitation, and Safety Chapter 4. Sanitation  Standards of cleanliness and sanitation will be only as high as those established and enforced.
Good hygienic practices
HACCP in School Food Service
Creating A Hazard Analysis Based on HACCP Principles Ky Dept of Education School & Community Nutrition Mike Dodridge Steve Justice June 2012.
Objectives Objectives: Food safety management systems
Food Safety Is Risky Business Food Safety Is Risky Business Nancy Flores, Ph.D., Extension Food Technology Specialist Various.
GOOD MANUFACTURING PRACTICES Training about our Food Safety Plan
Hazard Analysis Critical Control Point.  Assess the hazards  Determine where food safety hazards might happen.  Poor personal hygiene  Contaminated.
Food Safety Management Systems
ACT 96 - Indoor Environmental Quality In conjunction with the requirements directed under WI Statute and Administrative Code, school building officials.

Proposed Rule for Sanitary Transportation of Human and Animal Food
SQF ISO FSSC GMP Programs
BRC Food Safety Quality Management System Training Guide
BY GEETHU S JUBNA N K C WELCOME. HACCP FOR MILK PROCESSING.
8-2 Food Safety Management Systems Food safety management system: Group of practices and procedures intended to prevent foodborne illness Actively controls.
Food Safety Management Systems
Introduction to Equipment
Proposed Rule for Preventive Controls for Animal Food 1.
Health Onboard Manual NI 516 DCM R00 E Ships in Service Training Material Safety Risk Factors 2009.
COMPILED BY :CHEF SIRAJ SHAIKH. Hazard Analysis Critical Control Point Hazard :-- It will cause ill effect to our health, Hazards are classified into biological,
Understanding ISO 22000:2005 TCISys.com.
Presentation 4.8 Safety assurance of Physalis (Cape gooseberry) for export purposes.
Presented by Steven P. Feltman Food Safety and Quality Specialist.
Our Company Training - intro
Chapter 3 Prerequisite Programs and Preliminary Steps.
Food Safety Plans  GAP/Food Safety Plan  Processor/Preventive Controls Food Safety Plans Produce Food Safety Plan.
Effective Sanitation 1. GMPs SANITARY EQUIPMENT DESIGN SANITARY FACILITY DESIGN HACCP TRAINED EMPLOYEES VALIDATED & VERIFIED PROCESSES REPEATABLE FOOD.
Proposed Rule for Preventive Controls for Animal Food.
Proposed Rule: 21 CFR 507 Proposed Rule for Preventive Controls for Animal Food 1.
Food Safety Training Course Co-financiado:. Work facilities and Equipments.
Good Operating Practice. The importance of GOP General Listeria -specific GOP Specific food GOP These are in addition to the guidance available on the.
Education and Training Operators & Food Handlers.
Premises Basic Principles of GMP Workshop on
8-2 Service Objectives: Food safety management systems Active managerial control Hazard Analysis Critical Control point (HACCP)
FEDIAF Code of Practice
Module 9Slide 1 of 25 WHO - EDM Premises Part One Basic Principles of GMP Part One, 11.
What does it take to have a Green Cleaning Program.
1 OIE standards: Ante- and post-mortem meat inspection Stuart A. Slorach Chair, Animal Production Food Safety Working Group Regional Seminar for OIE National.
Module 14Slide 1 of 23 WHO - EDM Basic Principles of GMP Active Pharmaceutical Ingredients Part Three, 18.
Environmental Control and Developing a Science-based Monitoring Program Richard L. Friedman, M.S. FDA/CDER.
Foodborne Illness Is Real… Clostridium Perfringens SalmonellaNorovirus.
Kitchen Hazards & Safety. Safety in the kitchen begins with a simple question.
Facility Environment 1.
Author: Nurul Azyyati Sabri
SANITATION & HYGIENE KHADIJAH ADE-ABOLADE MPH. FPCPharm.
Prerequisite Programs
Appendix 2. WRITING SSOP’s
Hazard Identification and Control
Lectures (1-2): Introduction and definition of running water and sanitary engineering
Quality Systems in a Production Facility
SQF ISO FSSC GMP Programs
Food Safety Interventions
Food Safety Management Systems
Manufacture of Sterile Medicinal Products: ‘Annex 1’ - DRAFT
Presentation transcript:

The 10 Principles of Sanitary Design for Equipment Sanitary Design Principles Sanitary Design/Fabrication/ Construction Cleanable Materials/Finishes Repeatable Food Safety Results Trained Personnel Performing Validated Procedures The 10 Principles of Sanitary Design for Equipment 1. Cleanable to a microbiological level 2. Made of compatible materials 3. Accessible for inspection, maintenance & cleaning/sanitation 4. No liquid collection 5. Hollow areas hermetically-sealed 6. No niches 7. Sanitary operational performance 8. Hygienic design of maintenance enclosures 9. Hygienic compatibility with other systems 10. Validated cleaning & sanitizing protocols

The 11 Principles of Sanitary Design for Facilities Sanitary Design Principles The 11 Principles of Sanitary Design for Facilities 1. Distinct Hygienic Zones Established in the Facility 2. Control the Movement of Personnel and Materials Flows to Reduce Hazards 3. Water Accumulation Controlled Inside the Facility 4. Room Temperature and Humidity Controlled 5. Room Air Flow and Room Air Quality Controlled 6. Site Elements Facilitate Sanitary Conditions 7. Building Envelope Facilitates Sanitary Conditions 8. Interior Spatial Design Promotes Sanitation 9. Building Components and Construction Facilitate Sanitary Conditions Design Utility Systems to Prevent Contamination Sanitation Integrated into Facility Design