Installation and Functional Verification Protocol Assignment Sample

Protocol Objective

The main aim of this protocol is to confirm that the Hot Detergent and Hot PUW (Purified Water) Generation and Distribution system is designed to achieve its intended performance requirements as required for its operational use. This will be done through Independent Installation Verification (IV) Independent Functional Verification (FV) tests With the view of ascertaining full system credibility, dependability, and quality and accreditation to stipulated standards.

System Description

The Hot Detergent and Hot PUW Generation and Distribution system helps in cleaning and sanitizing operations to full fill the aspects under GMP. Its key components and operational features include:

1. Process Flow/Block Diagram

• Hot Detergent Generation Unit → Storage Tanks → Pumps and Control Valves → Distribution Loop
• Hot PUW Generation Unit → Storage and Heating → Distribution Loop with Recirculation

2. Critical Operational Features

• Heat control for the required temperature of detergent and water both at certain ranges.
• Circulation loops of the organism s Temperature control and maintaining the sterility of the system.
• Programmable controls for flows, pressures and temperatures of the fluids.

3. Major Equipment Components

• Detergent Mixing Unit: Also helps in checking the proportion of dilution and temperature of the detergent on the fabrics.
• Heat Exchangers: Supplement heat for both detergent and PUW to the required level to fumigate the articles.
• Distribution Pumps: Sustain pressure and revisiting rates in the system.
• Sensors and Monitors: These consist of temperature probes, flow meters as well as pressure transducers in relation to parameters of operation.
• Piping and Valves: Where the use of sanitary fittings was incorporated to avoid contamination.

Scope

System Impact Assessment

The Hot Detergent and Hot PUW Generation and Distribution system is categorized as a direct impact system because:

1. Its touch begins with surfaces and equipment that come into contact with pharmaceutical products, which affects product quality.
2. It is very vital in meeting bacteriological control and sanitation requirements of the manufacturing techniques.
3. Problems of this system may result to such issues as contamination, posing severe risks to the health of the patients, and also a violation of the applicable standard measures.

Component Impact Assessment

The Component Impact Assessment will guide the scope of validation activities by focusing on critical elements, such as:

• Installation Verification:
  • To ensure tanks, pipings, and valves come with material and design compliance; review the product contact surfaces.
  • Evaluation of the working demands on the accuracy of the sensors and monitors that are in use.
• Functional Verification:
  • Heating pumps and heat exchangers to guarantee that they would provide desired flow rates and temperature level.
  • Alarm and control systems, to ensure that they work within pre-designated ranges of parameters.

Summary Table - Operational Critical Components

Sl. No.	Operational Critical Component	Additional Components in the Loop (if applicable)	Rationale
1	Heat Exchangers	Recirculation Pumps, Temperature Probes	Extremely important to provide the right temperatures to ensure cleaning is adequately done.
2	Distribution Pumps	Flow Meters, Pressure Sensors	See that the pressure and flow rates should be optimum all along the system.
3	Detergent Mixing Unit	Conductivity Sensors	Maintains the right proportion of detergent to be added in water in order to be effective in cleaning.
4	Temperature Monitoring and Alarms	Control Valves	Keeps system running within parameters of calibrated temperature.
5	Sanitary Piping and Valves	-	Helps avoid pollution potential by maintaining a clean and sterile style of the design.

P&ID Scope

The P&ID also requires the inclusion of all the in-scope components like the heat exchangers and pumps together with the monitoring instruments as well as distribution loops. Drawing attention to the aspects of the concept map connected to the Hot Detergent and Hot PUW systems, underline these components with the help of a scope bubble or yellow color.

Responsibilities / Subject Matter Experts

Department	Responsibilities
Validation	Develop, revise and endorse the protocol, implement the protocol, communicate with other departments, record change and develop the last validation report.
Quality Assurance	Approve validation masters and reports; appreciate conformity to GMP, SOPs and quality standards; check on deviation control.
Quality Control	Carrying out a verification of the system output (e.g., water quality tests); comparing the results with FRS and URS.
Manufacturing	Safeguard the functional processes of the system and help deliver operational information that’s needed for production; maintain a functional test of measurable differences.
Engineering	Responsible for supervising the installation of the components, configuration of the components during operations and the troubleshooting of the components to match the P&ID and design; offer technical support during qualification.
Maintenance/Calibration	Freighting checks on the pump, heat exchanger, and monitoring system; ensure the calibrations of the probe are up to par for the proper functioning of the system.
HR/Training	Perform an orientation with all the personnel about the functions of the system, how the system is used, the standard operating procedures, and the safety measures to be observed at all times.
EHS	Provide guidelines on environmental and safety; maintain an inventory of risks associated with the functioning of the system.

Installation Verification Testing Procedures

P&ID Walkdown Testing Procedure

P&ID Walkdown Installation Verification

P&ID #
P&ID Description	Completion of all commissioning activities, with the closure of commissioning punch-list items. All testers are trained and familiar with the test methods.

Test Step	Expected Results	Actual Results	Pass / Fail	Initials and Date (dd/mmm/yyyy)
	1	Components installed and oriented correctly as per P&ID	Pass	AB 10/Dec/2024
	2	Tag numbers verified and correct	Pass	AB 10/Dec/2024
	3	All lines labelled correctly	Pass	AB 10/Dec/2024
	4	Insulation confirmed for applicable lines	Pass	AB 10/Dec/2024
	5	Flow directions confirmed as correct	Pass	AB 10/Dec/2024
	6	Indicators oriented for optimal visibility	Pass	AB 10/Dec/2024
	7	Filters installed and verified in housings.	Pass	AB 10/Dec/2024

Equipment Installation Verification Procedure

Equipment Installation Verification

Sheet __ of __		____ Installation Verification				Tag #: ______
Equipment Description and Critical Design Features
Inspect the installed equipment item and the vendor’s documentation and verify correct specification conformance			Specified	Actual	Verification (Pass/Fail)		Initials / Date
1	Manufacturer		ABC Instruments	ABC Instruments	Pass		AB/10-Dec-2024
2	Capacity		100 L/hr	100 L/hr	Pass		AB/10-Dec-2024
3	M.O.C.		SS 316	SS 316	Pass		AB/10-Dec-2024
4	Design Pressure Range		0-10 bar	0-10 bar	Pass		AB/10-Dec-2024
5	Design Temp Range		0-100°C	0-100°C	Pass		AB/10-Dec-2024

Sheet 1 of 5			____ Installation Verification
Part-2: ___ Documentation Verification
Confirm that the vendor handover package is in place and contains correct material certificates
Tag #	*Vendor handover package is in place (Yes/No)	Material Certification is available for wetted parts (Yes/No)	Cert #	Calibration Certification is available (Yes/No)	Cert #	Loop Checksheet is available (Yes/No)		Checksheet #	Verification (Pass/Fail)	Initials / Date
101-TT	Siemens	Honeywell	0-100°C	0-100°C	SS 316	SS 316		Yes	Pass	AB / 10-Dec-2024
102-PT	Honeywell	Endress+Hauser	0-10 bar	0-10 bar	SS 316L	SS 316L		Yes	Pass	AB / 10-Dec-2024
103-FE	Endress+Hauser	Yokogawa	0-200 L/min	0-200 L/min	SS 304	SS 304		Yes	Pass	AB / 10-Dec-2024
104-FT	Yokogawa	Honeywell	0-500 kg/hr	0-500 kg/hr	SS 316	SS 316		Yes	Pass	AB / 10-Dec-2024
101-TT	Siemens	Endress+Hauser	0-100°C	0-100°C	SS 316	SS 316		Yes	Pass	AB / 10-Dec-2024

Sheet 1 of 5		___ Installation Verification
Part-3: ___ Installation Verification
Visually inspect, and subsequently verify, the correct installation of the instrument item in the field
Tag #	Instrument item is installed as per P&ID, is securely fitted and is free from damage (Yes/No)	Instrument and cabling is correctly tagged and details conform to the design specification (Yes/No)	Instrument orientated correctly and is accessible for calibration and maintenance (Yes/No)		Verification (Pass/Fail)	Initials	Date
101-TT	101-TT	Yes	Yes		Yes	Pass	AB / 10-Dec-2024
102-PT	102-PT	Yes	Yes		Yes	Pass	AB / 10-Dec-2024
103-FE	103-FE	Yes	Yes		Yes	Pass	AB / 10-Dec-2024
104-FT	104-FT	Yes	Yes		Yes	Pass	AB / 10-Dec-2024
101-TT	101-TT	Yes	Yes		Yes	Pass	AB / 10-Dec-2024

Piping Installation Verification

Sheet 1 of __				Piping Installation Verification
Tag #	MOC	*Weld Log #	*Weld Log Complete (Yes/No)		Pressure Test Pack-#	Pressure Test Complete (Yes/No)	Construction Dossier #		**Slopes Checked (Yes/No)	Verification (Pass/Fail)	Initials / Date
201-P1	SS 316L	WL-001	Yes		PT-001	Yes	CD-001		Yes	Pass	AB / 10-Dec-2024
202-P2	SS 304	WL-002	Yes		PT-002	Yes	CD-002		Yes	Pass	AB / 10-Dec-2024
203-P3	SS 316	WL-003	Yes		PT-003	Yes	CD-003		Yes	Pass	AB / 10-Dec-2024
204-P4	Carbon Steel	WL-004	Yes		PT-004	Yes	CD-004		Yes	Pass	AB / 10-Dec-2024
*Weld Log collates material-of-construction certificates and weld inspection certificates						**Construction Dossier collates slope-check documentation

Calibration Program Verification

Calibration Program Verification

11.7 Draft SOP Verification11.8 Test-Instrument Calibration Verification16.3 OQ GMP check-sheets16.3.1 Hot Detergent System – Level Control14 Protocol Quality Procedures14.1 Signature LogThe Signature Log procedure makes sure that everyone who can sign on a particular protocol for the execution of a particular procedure followed a particular procedure when recording that he or she was involved in the procedure. Key elements of this procedure include:

• Centralized Signature Log in which name, signature, initials and date of each participant who contributes in the protocol execution is entered.
• Ensuring everybody related to the protocol, including the personnel and outsiders, to sign before engaging in any activities of the protocol.
• Mentioning and describing the importance of updating and making the Signature Log available throughout the whole protocol.
• Periodically checking the implementation of the organised recording system outlined above to ensure the signature log corresponds with every individual that took part in the implementation process.
• Compliance with the record after the signature process as the enhanced Signature Log.

Protocol Quality Procedures

Signature Log

The Signature Log procedure makes sure that everyone who can sign on a particular protocol for the execution of a particular procedure followed a particular procedure when recording that he or she was involved in the procedure. Key elements of this procedure include:

1. Centralized Signature Log in which name, signature, initials and date of each participant who contributes in the protocol execution is entered.
2. Ensuring everybody related to the protocol, including the personnel and outsiders, to sign before engaging in any activities of the protocol.
3. Mentioning and describing the importance of updating and making the Signature Log available throughout the whole protocol.
4. Periodically checking the implementation of the organised recording system outlined above to ensure the signature log corresponds with every individual that took part in the implementation process.
5. Compliance with the record after the signature process as the enhanced Signature Log.

Deviation Procedure

The Deviation Procedure describes the measures that should be taken in case of deviation from a planned approach. This procedure works hand in hand with the Deviation Log in section 16.4 and the Deviation Form in Section 16.5. Key elements include:

1. Taking a memo of the deviation be it big or small and noting down the detail description, a probable cause as well as the probable consequence.
2. Deciding whether the deviation is critical or non-critical by applying certain analytical measurement scale on the deviation issue identified.
3. Corrective actions for the deviation starting with the help of the relevant stakeholders.
4. Updating the Deviation Log and also filling the Deviation Form to document the deviation, the action taken to correct it and the closure.
5. This means reviewing deviations from time to time to ascertain certain trends or patterns that, if checked, could be partly or wholly prevented in future.
6. Incorporating the Deviation Log and corresponding documentation in the protocol’s record.

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Change Control Procedure

The Communication Management Plan describes the procedures and guidelines to be followed as the protocol is executed, in case there will be need to change the protocol. They complement the Change Control Log in section 16.6 and the Change Controlled Form in section 16.7. Key elements include:

1. Defining proposed change, and specifying what is the change to be made or done, where and why?
2. Assessing the change request by always involving stakeholders in official change reviews.
3. The amount of approval needed (approval throughout the team, from the management or from the quality assurance department etc.) depending on the impact of the change.
4. Communicating the approved modifications with all the staff members who are going to work under the new regulation.
5. Filling up the Change Control Log and Submitting Change Control Form to describe the change, review process and implementing details.
6. Keeping the Change Control Log and related documentations, as part of the approved protocol in records.