Sanitation Standard Operating Procedures (SSOP)
Sanitation standard operating procedure (SSOP) develops the
basics for maintaining a food facility that has a clean, sanitary environment
that is free from food hazard. In addition to these is two regulatory programs,
a company should establish its own standard operating procedure (SSOP) where
the company establishes how things are
to be done, when they are to be done, who will do them and what levels of
operation a procedure is out of control and needs to be properly adjusted.
Before developing
a HACCP plan, it is essential to have a sound base of good hygienic and
manufacturing practice. This means that all basic hygienic practices,
encompassing facilities and operation, need to be in place and operating
effectively.
Sanitation standard
operating procedures (SSOPs) are written procedures that an establishment
develops and implement to prevent direct contamination or adulteration of
product.
As per FDA
guidelines, title 21 in the Code of Federal Regulation (CFR) part 123 and 1240
specifically underline the need for SSOP for any establishment processing and
importing fish and fishery products.
The
establishment must also maintain daily record sufficient to document the
implementation and monitoring of the SSOPs and any corrective action taken. The
establishment is required to maintain these written procedures on file, and
they must be available for inspection. It is the establishment’s responsibility
to implement the procedure as they are written in the SSOPs. If the
establishment or inspection agency feels that the SSOPs fail to prevent direct
contamination or adulteration of products, the establishment must implement
corrective actions that include the appropriate disposition of product,
restoration of sanitary conditions, and measures to prevent recurrence. It is
also required that SSOPs should describe the procedure that the establishment
will take to prevent direct contamination or adulteration of product.
Some hazard
that cannot be effectively controlled by CCP’s, cab be effectively controlled
by procedure which control sanitation. These controls are called sanitation
control procedure or SOP’s.
a)
The
sanitation SOPs shall describe all procedure an official establishment will
conduct daily, before and during operation, sufficient to prevent direct
contamination or adulteration of product(S).
b)
The
sanitation SOPs shall be signed and dated by the individual with overall
authority on-site or a higher level official of the establishment.
This signature shall signify that the
establishment will implement the sanitation SOPs as specific and will maintain
the sanitation SOPs in accordance with the requirement of this part. The
sanitation SOP shall be signed and dated upon initially implementing sanitation
SOP and upon any modification to the sanitation SOPs.
c)
Procedure
in the sanitation SOPs that are to be
conducted prior to operating shall be identified as such, and shall address at
minimum, the cleaning of food contact surfaces of facilities, equipment, and
utensils.
d)
The
sanitation SOPs shall specify the frequency with which each procedure in the
sanitation SOPs is to be conducted and identify the establishment employee(S)
responsible for the implementation and maintenance of such procedure.
A written SSOP plan explaining
the sanitation concerns, controls, in-plant Procedures and monitoring
requirements is necessary based on the following Guidelines,
a.
Description
of sanitation procedures to be used in the plant.
b.
Scheduling
these sanitary procedures.
c.
Provide
a foundation to support a routine monitoring programme.
d.
Encourage
prior planning to ensure that corrections are taken when necessary.
e.
Identify
trends and prevent recurrent problems.
f.
Ensure
that everyone, from management to production workers understand sanitation.
g.
Provide
consistent training opportunities for employees.
h.
Demonstrate
commitment to buyers and inspectors.
i.
Lead
to improved sanitation practices and conditions in the plant.
As per 21 CFR,
part 123 11 (a) of the FDA, each processor should have and implement a written
SSOP or similar document that is specific to each location where food products
are manufactured. It is also the duty of each processor to monitor the
conditions and practices during processing with sufficient frequency to ensure
that sanitation is maintained or conformed to what is described in SSOP plan.
FDA combined
the sanitary problems commonly encountered in to eight areas. These are
generally referred to as Eight Key sanitation condition. They are,
1.
Safety
of water that come in contact with food or food contact surfaces.
2.
Condition
and cleanliness of food contact surfaces, including utensils, gloves and outer
garment.
3.
Prevention
of cross contamination.
4.
Maintenance
of hand washing, sanitizing and toilet facilities.
5.
Protection
of food, food packaging material and food contact surface from adulteration
with lubricant, fuel, pesticides, cleaning, components, sanitizing agent, condensate and other chemical,
physical and biological contaminants.
6.
Proper
labeling, storage and use of toxic components.
7.
Control
of employee health condition that could result in the microbiological
contamination of food, packaging material, food contact surface etc.
8.
Exclusion
of pests from the food plant.
Thus
sanitation stranded operating procedures (SSOP) should address each of the
following points,
·
Written
sanitation standard operating procedures (SSOP) describe those procedures the
establishment conduct daily to prevent direct contamination or adulteration of
the product.
·
Pre
operational procedures are identified. Pre operational procedures address the
cleaning of food contact surface of facilities, equipment, and utensils.
·
The
SSOP frequency is specified for each procedure.
·
The
employee(s) responsible for implementing and maintaining the procedure are
identified.
·
Record
are identified and kept, on a daily basis; this record document implementation
and monitoring of SSOP and any corrective action taken.
·
The
individual with overall authority on-site, or a higher level official, signs
and dates the SSOP up on initial implementation and signs and dates any new
modification.
There is no mandatory or specified method or form for sanitation
monitoring. It is up to the processors to develop suitable monitoring
procedures based on the eight key sanitation condition specified. The success
of the monitoring dose not depends on the approach, but on the evidence it
yields to reflect routine and appropriate sanitation practices.
1. Safety of water
It should be the primary concern for
any fish processing unit that the water used for processing should be safe and
clean. SSOP regulations also clearly indicate the necessity of water safety. A
complete SSOP plan regarding the source of water and the treatment followed in
necessary for all processing plant. It should also consider the cross connection
between potable and non potable water supplies. In seafood processing plant,
cross connection have been found in many places such as hard plumbing between
potable and non potable water lines, cleaning hoses lying in water pooled in
the processing floor. As per SSOP regulation the key sanitation condition to be
addressed include:
a. Safe supply of water that contacts
food and food contact surface.
b. Safe supply of water for production
of ice.
c. There no cross contamination between
potable and non potable water.
The plant should have written SSOP
procedure to monitor all the source of supply, means distribution, water
quality, of plumbing etc and should have written corrective action, in case of
any breach in safety of water used.
2. Condition and cleanliness of food contact
surfaces:
Food contact surfaces in food
processing plants include all equipments, utensils and other facilities used
for processing of fish. This also includes worker clothing, their hands and
packaging materials. This is a very important concern since contamination of
food can come from numerous indirect routes that are not always obvious during
processing.
The main aim for this SSOP component should be the processing
unit should have adequate monitoring which assures that the food contact
surfaces of every kind, including gloves, outer garments, tables, utensils etc
are properly designed, constructed and maintained to facilitate sanitation,
easy to clean and that they are adequately and regularly cleaned and sanitized.
The facilities should be made from materials which do not contaminate the food
processed. The selection of material for the fabrication of these surfaces
should be done with utmost care. The material should not be toxic, should not
corrode or erode during processing.
There should be written cleaning schedule to be followed.
Detergent and sanitizer used should be food grade. Phenolic compound should
never be used for cleaning food contact surface. Frequent monitoring should be
in place to see that cleaning schedule is effective. All the observation should
be recorded in daily sanitation record and should be made available for
inspection.
3. Prevention of cross
contamination.
This aspect
relates to practices that are adopted to prevent product contamination. This
includes the employee practices, physical separation of raw material and cooked
product, plant design etc.
Raw sea food
contains micro organism that cause food spoilage. It may also contain pathogen
which causes human illness. Pathogen can come only from contamination of fish
and fishery product after harvesting due to poor handling practices. People who
handle fish can harbor pathogens in their skin and hands, hair, respiratory
tracts etc. These microorganisms have no means on their own to move around in a
food processing plant, they must be physically carried from one place to
another. Cross contamination is the transfer of biological or chemical
contamination to food product from raw food, food handlers, or food handling
environment.
Hands, gloves aprons, utensils, food
contact surface etc. are some of the item, which comes in to contact with
wastes, floor, or any other sanitary objects that can contribute to product
contamination. Employees should be properly trained on how to sanitize their
hands properly.
Sanitation
of gloves, outer garments, food contact surfaces, food handling equipment are
also should be cleaned and sanitize regularly to prevent contamination. All
residual products and wastes should be removed frequently; proper detergent and
food grade sanitizers should be used for cleaning and sanitation. Suitable
monitoring measures should be in place to inshore employee hygiene at the
beginning of shift and periodically during the work hours. This evaluation
should insure that employees are clean, and are wearing appropriate attire
including hair restraints, and are not wearing jewelry or other ornaments that
could contaminate the product. Employee practices should be monitored
periodically throughout the work to ensure that cross contamination does not
occur. Effective monitoring should be done to see those employees are following
hygiene practices properly, that inappropriate activities such as drinking,
eating, and smoking does not occur in food processing areas and that employees
working with raw products do not go or move equipments to areas where cooked or
ready to eat products are handles.
There should be adequate separation
of raw and cooked or ready to eat product handling or processing activities.
There should be adequate separation or protection of these products while
storing.
All the
observation and monitoring should be recorded in sanitation control records. It
should provide evidence that company’s sanitation program are effective and
adequate. Any deviation in the procedure, should be suitably intervened,
corrected and recorded.
4. Maintain of hand
washing, hand sanitizing and toilet facilities:
Seafood processing facilities generally require significant amount of
manual handling of product. Unfortunately human hands are used for more than
just handling foods by plant workers. When engaged in these activities, hand
may become contamination with harmful micro-organism. Hence adequate hand
washing facilities are must in processing area. Food processing facilities must
establish an effective hand washing program. The availability and maintenance
of adequate toilet facility commensurate with number of employees are essential
part of SSOP to prevent the spread pathogenic organism and cross contamination.
The sanitation control employed in these aspects should be monitored and
recorded daily.
5. Protection from
adulterants:
This aspect of SSOP is followed to ensure that food, food packaging
material and food contact surface are protected from various microbiological,
chemical and physical contaminant such as a lubricants, fuel, pesticides,
cleaning components, sanitizing agents, condensate, floor splash etc. as per
Food Drug and Cosmetic Act of US, Section 402 item a (1) and a (4) clearly
states that any food is treated adulterated, if it had been prepared , packed,
or held under unsanitary conditions whereby it may have become contaminated
with filth, pathogens and thus become injurious to health.
The
processor should be aware of all avenues which would cause his food product to
be adulterated such that it may be unsafe to eat due to possible indirect or
unforeseen contamination from such thing as lubricants, fuel, pesticides,
condensate and residues or aerosols from toxic cleaning compounds. Plant
employees must be trained to anticipate and recognize these possible indirect routes
of contamination. Procedure must also be aware that contaminating food contact
surface, ingredient and packaging materials is equivalent to contaminating the
finished product. Each of these aspects should be monitored and recorded daily.
Any deviation observed should be corrected immediately and recorded.
6. Proper labeling,
storage and use of toxic compounds:
Chemical
used in most food processing plant include cleaners, sanitizers, rodenticides,
insecticides, machine lubricants, food additives, etc. they must be used
according to manufactures instruction, have proper labeling, and be stored in a
safe manner away from processing or food handling area. All relevant government
regulations relating to the application, use and storage of these products
should be followed and recorded. The containers should be properly labeled. The
label should indicate the name of the compound, name address of manufacturer /
distributor, instruction for proper use and procedures to be followed in case
of spoilage.
These
chemical should be properly stored in an area of limited access away from food
handling or processing area. It will be a good idea to keep this in a locked
room or cage, with the keys given only to identified personnel. Adequate records
have to be maintained.
7. Control of employee
health:
The condition ensures that contamination of food product will not happen
through employees having symptoms of an illness, wounds other affliction that
could be a source of microbial contamination. This includes diarrhea, fever,
vomiting, jaundice, sore throat, open skins, sores, cut, boils, dark urine etc.
The employee health should be regularly monitored by a medical officer and
record of their health track has to be maintained.
If an employee is
determined to have the symptoms of diseases, the supervisor should,
a. Report the matter to the authorities
b. Reassign and relocate and employee to
a non food processing area or send employee home until the health condition has
changed or tests are negative.
c. When lesions are present, an employee
should be reassigned, sent home or an impermeable cover must be placed over the
lesion.
8) Exclusion of pests:
Suitable
procedures should be in place that pests are excluded from relevant areas of
the plant to the extent possible and should also confirm that procedures are
followed to prevent infestation. The pests include rodents, birds and insects.
The presence of rodent’s birds, insects or other pests in the processing plant
is unacceptable.
Observation related to exclusion of
pests made while monitoring must be documented and should be made available
during an inspection. Evidence of correction is a required part this record.
Record should provide evidence that company sanitation program is adequate, that
it is followed scrupulously and that problem are identified and corrected.
Therefore
communicating and promoting the need for an efficient food safety system
such as HACCP is prime importance for the food processing industry. SSOPs and
GMPs are currently recognized as an essential system for the effective
implementation of HACCP. It is the responsibility of the food producers to take
the measures necessary to supply consumers with a safe product. It is important
the measures are consistent with standard internationally recognized to
facilitate trade
This is excellent information. Thanks for sharing.
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