Need for Management of Food Safety Hazards
Food safety hazards cause foodborne illness to an individual that would affect their overall health, work, and personal lives.
2. Increased insurance
3. Medical expenses
4. Cost of special dietary needs
5. Loss of productivity, leisure, and travel opportunities
Table of Contents (toc)
In any food safety system, all reasonably foreseeable hazards are identified along each stage process.
Each hazard is then analyzed along with the source, what can go wrong, how, when, etc. and understanding the conditions that may cause the hazard to be present or to increase.
The qualitative and/or quantitative evaluation of the nature of the adverse health effects.
The qualitative and/or quantitative estimation of the probability of occurrence and severity of adverse health effects.
Necessary actions are identified and implemented to reduce or eliminate the hazard
Control of Biological Hazards
It is important to be aware of the presence and number of microorganisms in food. Many raw materials, therefore, have microbiological standards. It is common in the food industry to have specifications for the absence of microbiological contaminants.
Physical and chemical control mechanisms significantly affect the survival and multiplication of microorganisms; for example, a reduction in pH in fruit juice by the addition of ascorbic acid can prevent microorganisms from multiplying. Time and temperature are important to control points since cooking or freezing rapidly can prevent the growth of biological contaminants. Freezing usually stops the multiplication of microorganisms; however, it does not kill them. Thermal processing will kill most biological hazards.
Management of Cross-Contamination
Cross-contamination must be managed so that materials cannot contaminate others. Control systems should be in place and your staff made aware of their responsibility to prevent contamination. Your staff must also be aware of correct product handling and personal hygiene.
Cleaning and Disinfection
The equipment used for producing, processing, and storing products should be sanitized on a regular basis. It is good practice to have a cleaning schedule in place. The packing, storage and the distribution must be controlled so that no biological hazard can contaminate or survive on food products. This process will entail suitable packaging for the product and temperature control in storage and distribution.
Conditions for Use
The directions you provide to the consumer are very important. Providing information on how to correctly store and cook the product can reduce the risks of biological hazards.
Controls of Chemical Hazards
Having a management system in place that identifies sampling points and sampling levels are good practice to reduce the risk of chemical hazards. The table shows suggested areas of inspection.
Chemicals should always be kept separate from food supplies, preferably in a separate cabinet, and bottles should be clearly labeled as containing chemicals.
If cooking with copper pots, the interior should be lined with a nonporous metal, such as stainless steel.
In a commercial kitchen, up-to-date Material Safety Data Sheets should be easily accessible.
All containers, pots and pans should be thoroughly washed and rinsed using cleaning solutions before beginning new food preparations.
Control of Physical Hazards
Preventive maintenance of equipment is extremely important to greatly reduce the risk of physical contamination. Equipment failure or breakage can allow physical hazards to enter foods. This happens usually during the processing stage. Routine inspections and maintenance of the equipment is good practice. Screens and filters used in liquid processing can identify problems in equipment upstream. By regularly inspecting the screens or filters, objects from equipment (broken machine parts or rubber seals, for example) can easily be seen and further contamination is reduced.
Read More Topics of the Same Course – ABT 5211 – Food Safety and Standards