Food Science Book from C.H.I.P.S.
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Food Plant Sanitation
Design, Maintenance, and Good Manufacturing Practices by Michael M. Cramer
Food Plant Sanitation provides information on how to create and design an effective food sanitation system.
Features:
- Addresses key issues in current food plant safety practices
- Presents information for the creation and design of an effective food sanitation plant
- Provides a practical approach and specific application to food plants in the food industry
- Offers detailed information on the identification, management, and prevention of listeria monocytogenes
- Includes chapters on the formation of biofilms and the role of food plant sanitation in food allergen management
Contents
Sanitation Regulatory Requirements
- Food and Drug Administration (FDA)
- Food and Drugs: General Provisions
- Current Good Manufacturing Practices
- Personnel
- Plant and Grounds
- Sanitary Operations
- Sanitary Facilities and Controls
- Equipment and Utensils
- Process and Controls
- Warehousing and Distribution
- United States Department of Agriculture (USDA)
- Sanitation Standard Operating Procedures (SSOPs)
- Development of Sanitation SOPs
- Implementation of SOPs
- Maintenance of Sanitation SOPs
- Corrective Actions
- Record-Keeping Requirements
- Agency Verification
- Sanitation Performance Standards (SPSs)
- Grounds and Pest Control
- Construction
- Lighting
- Ventilation
- Plumbing and Sewage
- Water Supply and Reuse
- Dressing Room/Lavatory
- Equipment and Utensils
- Sanitary Operations
- Employee Hygiene
- Tagging Insanitary Equipment, Utensils, Rooms, or
Compartments
Regulatory Inspection and Control Action
- Inspection
- Regulatory Control Action
- Recall Policy
- Recall Procedure
- Practice Recovery References
Microorganisms of Food Manufacturing Concern
- Microorganisms
- Bacterial Requirements
- Moisture
- Temperature
- Oxygen
- Differentiation
- Bacteria Shapes
- Gram Staining
- Spore Formation
- Nutrient Metabolism
- Nonpathogenic Microorganisms
- Spoilage Organisms
- Pathogens
- Listeria monocytogenes
- Salmonella
- Escherichia coli O157:H7
- Staphylococcus aureus
- Campylobacter
- Bacillus cereus
- Yersinia enterocolitica
- Clostridium
- Viruses
- Parasites
- Food-Borne Illness
- Microbiological Control Methods
- Incoming Ingredients
- Sanitary Design and Materials
- Sanitation
- Microbiological Testing and Validation
- Good Manufacturing Practices
- Pest Control
- Employee Education
Control of Listeria in Food Manufacturing
- Listeria
- Requirements
- Listeriosis
- Listerial Harborage and Contamination
- Methods of Listerial Management and Control
- Ingredients
- Sanitary Design and Materials
- Sanitation
- Product
- Microbiological Testing and Validation
- Personnel
- Pest Control
- Construction
- Employee Education
Biofilms
- Biofilm Formation
- Evidence of Biofilm Removal
Sanitary Facility Design
- The AMI 11 Principles of Sanitary Facility Design [10,12]
- Principle 1: Distinct Hygienic Zones Established in
the Facility
- Personnel and Material Flows Controlled
to Reduce Hazards
- Water Accumulation Controlled in the
Facility
- Room Temperature and Humidity
Controlled
- Room Airflow and Room Air Quality
Controlled
- Site Elements Facilitate Sanitary
- Building Envelope Facilitates Sanitary
Conditions
- Interior Spatial Design Promotes
Sanitation
- Building Components and Construction
Facilitate Sanitary Conditions
- Utility Systems Designed to Prevent
Contamination
- Sanitation Integrated into Facility
Design
- Other Facility Considerations for Facility Sanitary
Design
- The Ten Principles of Sanitary Design
- Contact and Noncontact Surfaces
Cleanable to a Microbiological Level
- Use of Compatible Materials
- Accessible for Inspection, Maintenance,
Cleaning, and Sanitation
- Self-Draining - No Product or Liquid
Collection
- Hollow Areas Hermetically Sealed
(No Penetration of Hollow Areas)
- No Niches - Pits, Cracks, Recesses,
Poor Welds, and Corrosion
- Sanitary Operational Performance
(No Contribution to Insanitary Conditions during
Operations)
- Hygienic Design of Maintenance
Enclosures (Junction Boxes, etc.)
- Hygienically Compatible with Other
Plant Systems (Electrical, Air, and Water)
- Validation of Cleaning and Sanitary
Protocols (Encourage Equipment Designers to
Demonstrate Effective Cleaning of the
Equipment)
- Other Considerations for Sanitary Equipment Design
Repairs
Sanitation Best Practices
- Who Is Responsible for Sanitation
- Sanitarians
- Written Cleaning Procedures
- Considerations for Effective Cleaning
- The Cleaning Process
- Specialized Cleaning Procedures and Equipment
- Baking Equipment
- Deep Cleaning
- Floors and Floor Drain Cleaning
- Sanitizing
- Ozone
- Operational Sanitation
Verification of Sanitation
- Verification
- Organoleptic Verification
- ATP Bioluminescense
- Microbiological Testing
- Why Test
- What Tests
- What Locations
- How Are Data Collected and Used
- Validation
- Environmental Monitoring of Listeria
Alternatives
P
- rerequisite Monitoring Program
- Identification of Swab Sites
- Commando Swabs
- Swab Frequency and Selection of Sites
- Collection of Swabs
Analysis
- Pathogen Testing: In-Plant or Outsource?
- Data Tracking
- Corrective Actions
- Test and Hold
- Special Event Sampling
- FSIS Testing
- Product Testing for L. monocytogenes
Employee Good Manufacturing Practices
- Rationale for Good Manufacturing Practices (GMPs)
- Basic Good Manufacturing Practices
- Hand Washing
- Employee Welfare Rooms
- Locker Storage and Sanitation
- Gloves
- Hair and Beard Covers
- Clothing and Footwear
- Jewelry
- Disease Control
- Food and Tobacco
- Raw and Cooked Separation
- Visitors and Contractors
- Maintenance GMPs
- Training and Implementation
- Monitoring and Enforcement
- Operational Sanitation
Pest Control and Sanitation
- Pests of Concern to Food Plants
- Insects
- Rodents
- Birds
- Pest Control Measures
- Pest Control Program
- Management Commitment and Responsibility
- Definition of Pests
- Inspection and Reports
- Map of All Devices
- Treatment Materials
- Habitat Elimination
- Exclusion
- Sanitation
- Extermination
- Chemical Interventions
Chemical and Physical Hazard Control
- Chemical Hazards
- True Food Allergy
- Food Intolerance
- Regulatory Requirements
- Allergen Management
- Ingredients
- Production
- Packaging and Labeling
- Sanitation and Allergen Control
- Consumer Feedback
- Disposition/Liability
- Physical Hazards
- The Role of Sanitation in Physical Hazard Prevention
Index
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Food Plant Sanitation
Design, Maintenance, and Good Manufacturing Practices by Michael M. Cramer
2006 • 304 pages • $166.95 + shipping
Texas residents please add 6.75 % sales tax
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