cppt 9010: facility design & operation
DESCRIPTION
CPPT 9010: Facility Design & Operation. D.I.T. DT275 Masters in Chemical and Pharmaceutical Process Technology 15 th December 2009 Clement Farrar BA BAI MSc MIEI. Lecture Overview. 1) Organisational Structure 2) Safety & Environmental 3) Schedule, Start Up & Commercial - PowerPoint PPT PresentationTRANSCRIPT
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CPPT 9010: Facility Design & Operation
D.I.T. DT275
Masters in Chemical andPharmaceutical Process Technology
15th December 2009
Clement Farrar
BA BAI MSc MIEI
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Lecture Overview
1) Organisational Structure
2) Safety & Environmental
3) Schedule, Start Up & Commercial
4) Preventative Maintenance
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1) Organisation Structure
Overall Site Structure Commercial Manufacturing Structure Overall Project, Start Up Structure Future (Shutdown Structure)
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Overall Site Structure HR Finance Training IS Safety Occupational Health Calibrations Catering Cleaning Services Landscaping Mail Service Facilities
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Site Leadership Team
Development
Regulatory Affairs
Technical Services
Site Engineering, Maintenance
EHS & Site Services
Operations Management
Communications & Public Affairs
Human Resources
Finance
Managing Director
Supply Chain
Quality & Compliance
Business Systems & Processes
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Commercial Manufacturing Structure
Consider the Actual Manufacturing itself: Operations Engineering Quality Validation Training Manufacturing Support Technical Services
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Primary Processing Unit (PPU)Primary Processing Unit (PPU)
Operations
OL
SC
EHS
IS HR
Mfg S
TS
Engineering
QCQA
One Way of achieving this…..QA Quality Assurance
QC Quality Control
TS Technical Services
Mfg S Manufacturing Support
HR Human Resources
IS Information Systems
EH & S
Environmental, Health & Safety
SC Supply Chain
OL Organisational Learning
PPUStructure
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PPU Management
Operations/ Production ManagerManufacturing Support Manager
Engineering
Technical Services
Documentation
Quality
Investigations
PPU Head
Safety
Shift Managers HR
Training
Quality
Finance
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Manufacturing Operations
Operations Shift
Managers
Operations Supervisors
Operations Technicians
Operations (Associate)
Director
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Quality FunctionQuality
(Associate) Director
Qualified Person(s)
(QP)
Quality Assurance
Project Support
Quality Assurance Manager
Quality Assurance Specialists
Quality Assurance
Shift Supervisors
Quality Assurance Shift
Specialists
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Engineering FunctionEngineering (Associate) Director
Shutdown Co-ordinator
EquipmentEngineering
Manager
Projects
Shift Engineers Equipment & Validation Engineers
Equipment Reliability & Maintenance
PlanningShift Engineering Technicians
Maintenance Operations Manager
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Other Considerations
Other Considerations for Organisation
Audit Preparation Documentation Group Admin
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Start Up Project Team Generally a large scale
Project, such as a new build, will have both Facility & Consultant (Engineering) Teams
The Org Chart opposite outlines a sample split of roles and responsibilities
Project Manager Facility
Facility Team
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Start Up Project Team An outline of the required Facility team Note that not all functions would be involved full time
Facility Project Sponsor
Facility Project Manager
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Start Up Project TeamAt the start of the project implementation, the following
must be established:
Organisation Charts for both Facility and Consultant Teams identifying all personnel with project responsibility and accountability
Matrix of team roles and responsibilities – facility and consultant
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Sample Project Org Chart
SchedulerDoc Control
Reg Affairs
Engineering Tech Transfer
Steering Committee
Operations
Admin
Validation M&L Quality Process Development
Programme Leader
Cost Controller
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Sample Shutdown Org ChartShutdown
Project Manager
Shutdown Scheduler
QUALITY
QA Ops Utilities Supervisor
QC Water Micro/Chem
QC Micro Env Monitoring
QC Sample Management
AUTOMATIONENG OPS Upstream Coordination
ENG OPS Downstream Coordination
Eng Ops Utilities ProcurementMRO Stores
ETS SME's
I&C Electrical HVAC Clean Utils Facilities
EHS Specialist
Manufacturing Ops Upstream
AD EngineeringProject Sponsor
Manufacturing Ops Downstream
Shutdown Execution
Tactical Support
Shutdown Execution
Projects Validation
QBMS
Optimisation Projects MCS UpgradeBusiness
Support PlanningSafety Representative
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2) Environment, Health & Safety
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Environment, Health & Safety
Introduction Legislation Key elements of BS OHSAS 18001:2007 Safety Statement Injury Classification
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Environment, Health and Safety PolicySample Extracts from EHS Policy
‘World class EHS performance depends on management leadership and employee co-operation and conformance to company policy and practices.’
‘All employees are encouraged to actively participate in environment, health and safety matters and work in partnership with management to assure compliance and support continual improvement.’
‘We are dedicated to the principle that all workplace incidents, illnesses and adverse environmental impacts are preventable. We will continue to drive down the environment, health and safety impact of our operations by improving process safety, reducing waste, emissions and discharges and by using energy efficiently.’
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Early Site Development Environmental ConsiderationsAn Environmental Impact Assessment (EIA) should be conducted prior to construction of a Facility.
This assessment identifies potential environmental impacts and as a result measures can be put in place to mitigate these impacts.
The primary impacts assessed are:
Wastewater Treatment
Noise Control
Air Emissions
Waste Generation
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Early Site Development Environmental Considerations
CONSULTATION is key during early site design and development
Planning Permission can be granted quickly and without any objections as a result of effective design to minimise potential environmental impacts and also excellent consultation with local residents and interest groups.
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Early Site Development Environmental Considerations The facility must maintain a good environmental performance and
continually meet and improve on the early message delivered for the facility i.e. the site will not cause an adverse environmental impact or create a nuisance for local residents.
The environmental context of the site remains as important e.g. surface waters from the site generally discharge to a local river - and generally these water bodies have a high amenity value and need to be protected.
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Exercise
What environmental programmes are in place at your current/ a previous place of employment?
Is there good Employee Awareness Are there good/ novel Environmental Initiatives
What could be improved upon?
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Legal Obligations
Integrated Pollution ControlLicenceCorporate EHS Department
Local Authority
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Legal Obligations IPCL Licence
to prevent or solve to prevent or solve
pollution problems rather pollution problems rather than transferring them than transferring them
from one part of the from one part of the environment to another.environment to another.
The IPC License regulates the entire Site and ensures that all processes, procedures and materials are managed in a way that does not cause environmental pollution.
The next slide demonstrates the interaction of a Facility with key Environmental Aspects
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ENERGYENERGY
EFFLUENTEFFLUENT
WASTE PRODUCTSWASTE PRODUCTS
MATERIALSMATERIALS
PRODUCTPRODUCT
WATERWATER
PEOPLEPEOPLE
EMISSIONSEMISSIONSTO ATMOSPHERETO ATMOSPHERE
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EHS Management System“Say what you do and do what you say you do”
Ensure all tasks are RISK ASSESSED and controls implemented to:
Minimise Waste Generated Minimise Water and Energy Usage Prevent Spillage
Generate STANDARD OPERATING PROCEDURES (SOPs)Personnel must be TRAINED on relevant procedures:
e.g. Waste Management & Spill Control Procedures All Major Spills and Environmental Incidents must be
reported immediately.
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Waste Management Waste is highly REGULATED in
Ireland.
There is ‘no grey area’ with respect to waste - procedures must be followed accurately.
The HIERARCHY of waste management stipulates that prevention is the most preferred option.
Policy of Prevention, Reduction, Recycle and Re-use.
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Waste Management ENSURE correct segregation procedures in
place HAZARDOUS Waste must NOT be mixed
with Non-Hazardous Waste BIOHAZARDOUS Waste must be
segregated Utilise approved containers/ bins for
hazardous waste
SOPs must ensure: - Full and accurate labeling
Full logbook entry
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Environmental Protection - Employee Responsibility
Spill Control (ALWAYS Notify Supervisor where a spill occurs)
Waste Segregation and Disposal Minimise Water and Energy Usage Adherence to Procedures
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Simple Key Points Watch what you put down the sink Solvent/ detergents - use the proper amount Turn off equipment, lights, PC’s etc when not in use Minimize waste - eliminate, reuse and recycle Know your spill procedures Report faulty Plumbing Follow recycling procedures for paper, card, foil, cans &
batteries
Create a Culture
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Simple Environment Friendly Initiatives
Consider car sharing initiatives - halve your costs
Consider Cycle-to-work initiatives Promote the use of e-mail Use double side when Photocopying Promote Recycling
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Safety Programmes to Consider1. Occupational Health & Safety
Industrial Hygiene Program Radiation Safety Program Bio-safety Program Occupational Health Program
2. Operational Safety and Fatality Prevention: Work at Height Confined Space Entry Control of Hazardous Energy Electrical Safety Material Handling Equipment ATEX Slips Trips and Falls Manual Handling and Ergonomics
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Safety Programmes to Consider
3. Loss Prevention and Life Safety: Fire Detection and Protection Systems Program
4. Emergency Preparedness: Emergency Response Team First Aid Management
5. Contractor Management: Craft and Sustaining
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What does Health & Safety Legislation mean for the Company and its Employees?
Health & Safety legislation defines the minimum regulatory requirements that must be adhered to in order to ensure the safety, health and welfare at work of all site personnel and contractors
Legislation imposes specific duties/ obligations on: The company as an employer including directors, managers, and supervisors
of personnel The employees Contractors and their employees
Failure to comply with the legislation can constitute an offence under the legislation and lead to a fine or imprisonment or both on conviction in court
Everyone must comply with their legal obligations and conduct their activities in a manner which complies with the regulatory requirements
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OHSAS 18001Health and Safety Management Systems
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BS OHSAS 18001: 2007What is OHSAS 18001? International Occupational, Health and Safety (OH&S)
Management System Standard
Defines the requirements for establishing, implementing and operating an OH&S Management System
Structured approach to OH&S management
Usually a corporate business objective
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OHSAS 18001
What is OHSAS 18001 Traditional OH&S management
usually meant reacting to work related incidents rather than planning for the control of work related risks.
The emphasis is placed on practices being pro-active and preventative by the indication of hazards and evaluation and control of risks
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OHSAS 18001What does it mean for Facilities? The facility should operate an Occupational Health & Safety
management system (OH&SMS) that meets the full requirements of an international and highly recognised standard.
It will help to ensure that there is a continual cycle of planning, implementing, reviewing, and improving the actions that the facility takes to meet its OH&S obligations.
It will prevent incidents and injuries and protect those who work at the facility.
It will help to ensure a consistently high rate of compliance is achieved.
It will provide a framework for continual improvement in OH&S performance
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OHSAS 18001
OHSAS 18001 Features include the following elements:
OH&S Policy Planning Implementation & Operation Checking & Corrective Action Management Review
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OHSAS 18001
Revise & Improve
Plan
The OHSAS Management System fits the traditional Plan–Do–Check–Act Model
Plan
Establish the objectives and processes necessary to deliver results in accordance with the organisations OH&S Policy
Do
Implement the process
Check
Monitor and measure processes against the OH&S Policy, objectives, legal and other requirements and report the results
Act
Take actions to continually improve OH&S Performance
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BS OHSAS 18001: 2007 Standard - Methodology The Plan-Do-Check-Act (PDCA) model can also be briefly
described as follows:
Plan: establish the objectives and processes necessary to deliver results in accordance with the organization’s OH&S policy
Do: implement the processes Check: monitor and measure processes against OH&S policy,
objectives, legal and other requirements, and report the results Act: take actions to continually improve OH&S performance
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Legal Requirement for Safety Statement: SHWW Act, 2005 Employer shall prepare a written ‘Safety Statement’ based on
the risk assessments carried out, specifying the manner in which the SHWW of his or her employees shall be secured and managed including:
The hazards identified and the risks assessed The protective and preventive measures taken and the resources
provided for protecting SHWW Emergency plans and procedures The duties of his or her employees The roles and responsibilities of personnel with respect to SHWW The arrangements made regarding safety representatives and
consultation with employees
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Legal Requirement for Safety Statement: SHWW Act, 2005
Employer shall bring the safety statement to the attention of: His or her employees, at least annually and following any
amendments New employees upon commencement employment Other persons at the place of work who may be exposed to any
risks
Employer shall bring to the attention of persons exposed to specific risks the relevant extracts of the safety statement including the risk assessment and the protective and preventive measures taken
A copy of a safety statement, or relevant extract of it, shall be kept available for inspection at or near the workplace
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Overview of Safety Statement A facility's Safety Statement must be located in an easy access
location It is a summary document describing the main elements of the OHS
management system at the facility It also constitutes the OHS Manual as required by the BS OSHAS
18001: 2007 standard and therefore the contents of the safety statement are arranged to replicate the content of the standard, namely: Introduction EHS Policy Planning Implementation and Operation Checking and Corrective Action Management Review
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Safety Statement: IntroductionSafety Principles 1. All occupational illness and injuries are preventable.
2. We are all directly responsible for preventing illness and injury.
3. Working safely is a condition of employment.
4. All personnel must be trained in safety.
5. Safety audits must be conducted.
6. All deficiencies must be corrected promptly.
7. All injuries and incidents with injury potential must be investigated.
8. It is good business to prevent illnesses and injuries.
9. Line management must own and role model good safety practices and behaviours.
10. You are our most important asset and the most critical element in the success of a safety and health programme.
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Safety Statement: IntroductionSafety Rules1. Never work on live electrical equipment or uncontrolled hazardous energy.
2. Never work at a height without the approved fall protection.
3. Never dispose of hazardous waste as non-hazardous waste.
4. Never breach Confined Space Entry requirements.
5. Never by-pass machine guards or safety interlocks.
6. Never use unapproved equipment in explosion rated (Ex) areas.
7. Never operate powered industrial vehicles or equipment without the required training.
8. Never ignore evacuation alarms or interfere with life safety and emergency equipment.
9. Never disregard warning label instructions on chemicals.
10. Always report incidents to line management.
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Injuries
Outline the legislative and corporate requirements for reporting injuries and illnesses (EHS)
Define & distinguish between First Aid, Lost Workday Case, Restricted Work Case and Medical Treatment (EHS)
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General - Corporate & Legal All company locations should have a programme
established to promptly investigate, record and report all occupational injuries and illnesses to ensure national regulatory requirements are maintained
All employers have an obligation to prevent accidents at work. Where accidents occur the employer must investigate the causes and implement action to prevent reoccurrence of the accident Source - 2007 General Application Regulations
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General - Corporate & LegalInjury Reporting Guidelines Corporate Requirements
All Lost Time and Restricted work cases should be communicated to Corporate Leadership Team on a weekly basis by EHS
This information should be collated in a SPRS (Safety Performance Reporting System) for Injury data management
OSHA Requirements (Occ Health & Safety Administration) All Lost Time, Restricted Work and Medical Treatment cases must be
reported monthly to Corporate for inclusion in the company Injury data OSHA Report
Irish Statutory Requirements All lost time cases of 3 days or more ( including days off) must be reported
to H.S.A ( IR1 Form) by EHS
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Definitions of Occupational injury & illness
An injury is a sudden trauma to the body resulting from physical damage
Cuts, sprains, burns etc An occupational illness is a medical condition that results
from exposure in the workplace. It includes acute and chronic illnesses or diseases which may be caused by inhalation, absorption, ingestion, or direct contact
Asthma , dermatitis etc
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Work Related versus Non-Work Related? Any contribution from the workplace is sufficient to make a case work-
related. If the employee is in the work environment, even if they are not engaged in a work-related task, the case is ‘PRESUMED’ to be work-related.
An accident that occurs off the premises is considered work-related if the employee is engaged in, or present to do work. If an employee leaves the work area for other purposes, then these activities are not work-related
E.g. Employees who travel on Company business are considered to be engaged in work-related activities. However, an accident would not be reportable if the employee deviates from a reasonable route of travel such as a side trip for vacation or visiting friends
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How to determine if an injury or illness is work-related
An injury or illness is determined to be work-related if: An event or exposure in the work environment either caused or
contributed to the resulting condition OR
Significantly aggravated a pre-existing illness or injury. In all injury classifications an OH opinion is required.
There are some exemptions to this rule (e.g., injury/ illness arising from voluntary participation in flu vaccine, blood donation or recreational activity)
A clear medical diagnosis is necessary to identify these exemptions and referral to Occupational Health for clarification is appropriate.
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How are work-related injuries/ illnesses classified ?
First Aid Medical treatment Work restricted case Day away/ Lost Time case Fatal case
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Restricted Workday Case In Context
Fatality
Lost Workday Cases
Restricted Workday Cases
Medical Treatment Cases
First Aid Cases
Near Miss
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OSHA Definition of First Aid Case
Any injury or illness which can be treated on site by a trained First Aider or OHA
Cleaning / flushing or dressing wounds Using hot or cold therapy (for treatment of burns/ soft tissue
injuries) Using eye patches Removing foreign bodies from the eye using only irrigation Removing splinters or foreign bodies Drinking fluids for relief of heat stress
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OSHA Definition of Medical Treatment
Medical treatment is any treatment other than first aid treatment. The definition focuses on the nature of the treatment given
and not on the person administering the treatment (e.g. physician, physiotherapist etc)
E.g. a doctor prescribes medication or applies sutures or surgery to treat a condition arising from a work related injury/illness
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Restricted Workday CaseAn injury is considered to be a Restricted Work
Case if an employee cannot perform all of the ‘routine functions’ of their job. Departmental assignments cannot be altered so that
employee’s injury is not classified as a ‘restricted work case’. For recordkeeping purposes, an employee’s routine functions
are those work activities the employee regularly performs at least once per week
E.g. If a medical recommendation advises that a person avoids lifting and it is a requirement for his/her role then it must be logged as a Restricted Work Case
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Lost Workday Case
A Lost Workday Case is an occupational injury that is serious enough to result in an employee being away from work for one day or more. The day of the injury is not counted Shift work days off should be considered
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OSHA Injury/ Illness Classification TeamA team will meet to confirm the work-relatedness of the
condition and determine the classification of the injury where there is ambiguity
This team will usually consist of: Head of Department Supervisor/ Manager of employee injured OH Advisor EHS specialist EHS Manager Subject Matter Expert (e.g. Occupational Hygienist,
Ergonomist) as required
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Sample Injury Cases
Case No Date Incident Injury Classification
X 3 Apr Caustic splash to Face/ Eyes in Buffer Prep
Burn to eyes -prescribed drops
Medical Treatment
Y 14 May
Slip outside Female Locker Room
Forearm Fracture – Cast & Surgery
Lost Time
Z 28 Nov Injury to left hand small finger using wrench
Minor fracture requiring splint
Restricted work
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3) Schedule
Schedule Phases High Level Milestones High Level Schedule Schedule Breakdown Integration of Project Phases Schedule Optimisation Assumptions & Risks
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Schedule (Design to Sustaining Production)
Design Construction Qualification Start-Up Regulatory Submission Commercial Production Long Term Outlook (Ramp Up, Optimisations,
Shutdowns, New Product Introduction)
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High Level Milestones
Break up Work into Milestones - easy way of viewing overall schedule to ensure on track
Sample List of Milestones: Prelim Design Report (Issue Wk 1) Detailed Design Phase Proposal (Issue Wk 6) Value Engineering & Scope Revision (Wk 10) Start Detailed Design (Wk 11) Long Lead Equipment & Cleanroom Panel System ordered (Wk 11) Plant shutdown (Wk16 - Wk38) Process Start-up (Wk 35 - Wk 38) All systems operational (Wk 52)
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Milestones for Sample 2010 Project The key Milestones up to Regulatory approval include:
Detailed Design Start 11th July ’10 Place Equipment PO’s 8th Aug ’10 Construction Start early Feb ’11 Commissioning Start early June ’11 Mechanical Completion end Nov ’11 IQ Start mid Oct ’11 Commissioning Complete early Feb ’12 IQ Complete end Feb ’12 OQ Start end Nov ’11 OQ Complete early June ‘12 PQ Start mid Dec ’11 Media Fills Start end Aug ’12 EMEA Approval June ‘13
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High Level Milestones - Sample
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High Level Schedule Prelim Design Study Scope, Schedule, Cost
Detailed Design Detailed Design of the Process, Utility and Facility systems
Procurement & Procurement of the Process, Utility and Automation Contracting equipment
Tendering & Awarding of the construction contracts
Demolition & Prepare the area and complete construction worksConstruction Fit out (including cut ins and tie ins to existing site
systems if applicable)
Commissioning Commission new Utility, HVAC & Facility systemsPossible re-Commissioning of existing systems
modified to allow connection of new facility supplies
Commission process equipment
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High Level Schedule Qualification IQ & OQ of facility and utility systems
[IQ,OQ] IQ & OQ of process equipment
Engineering Runs Integrated line and system testing
PQ Performance Qualification of the new systems in an integrated run
Development Production of Development BatchesBatches
Media Fills Carry out Media Fills
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High Level Schedule Stability Maintain filled material for a 6mth period
under controlled conditions with stability testing to prove integrity of filling process
Regulatory Filing Prepare & submit Regulatory Filing and
& Approval achieve approval
Commercial Production of product for saleProduction
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High Level Schedule - Sample 1These phases are organised generally in the following sequence:
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High Level Schedule - Sample 2
ID Task Name Start Finish Duration2008 20102009
Q4Q2 Q1 Q1 Q3Q2Q4Q1 Q3Q3 Q2
2 0w15-Feb-0815-Feb-08Full Funding Approval
3 2w28-Feb-0815-Feb-08Equipment Procurement
4 52w26-Feb-0929-Feb-08Equipment Fabrication
5 8w23-Apr-0927-Feb-09Installation
6 8w18-Jun-0924-Apr-09Commissioning
7 8w13-Aug-0919-Jun-09Qualification
9 8w12-Nov-0918-Sep-09Demo Batches
10 6w24-Dec-0913-Nov-09Media Fills
11 9w25-Feb-1025-Dec-09Exhibit Batches
12 26w26-Aug-1026-Feb-10Regulatory Approval
8 5w17-Sep-0914-Aug-09Development Trials
1 18w08-Feb-0808-Oct-07Preliminary Engineering
Eng Scope
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Schedule Breakdown
Schedule can broken down into chunks Each piece of Equipment will have it’s own
individual schedule Allows individuals to focus on their own
particular area of interest All these individual schedules are part of one
overall master schedule
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Individual Equipment Schedule - Sample
ID Task Name Duration2008 20102009
Q4Q2 Q1 Q2 Q4Q3Q1Q1 Q3Q3 Q2
2 0wFunding Approval
3 4.6wProcurement
5 60wDesign and Fabrication
7 14.4wInstallation
10 26wQualification (IQ OQ PQ)
11 18wProcess Validation
1 9.2wPreliminary Engineering
Q4
9 13.4wCommissioning
8 0wMechanical Completion
6 0wFilling Line Delivered
4 0wFilling Line PO
Actual Start
25-Feb-08
29-Apr-08
29-Apr-08
30-May-08
30-May-08
29-Jul-09
30-Jul-09
09-Nov-09
09-Nov-09
10-Feb-10
11-Aug-10
Actual Finish
28-Apr-08
29-Apr-08
29-May-08
30-May-08
23-Jul-09
29-Jul-09
06-Nov-09
09-Nov-09
09-Feb-10
10-Aug-10
14-Dec-10
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Integration of Project PhasesA Project needs Project Phases to be well Integrated:
No phase of the project can be executed without consideration of the subsequent phases
This places a significant emphasis on developing an integrated project life cycle to ensure that activities carried out in each phase are aligned and supportive of the activities in the subsequent phases
For successful project integration the following needs to happen early in the implementation phase:
Formally Identify and Appoint the key facility personnel with responsibility for leading each of the project phases
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Integration of Project Phases Hold a series of Project Implementation Workshops to ensure that the:
− Project scope is understood− Project ‘life cycle’ is understood− Key implementation issues are reviewed and understood− Clear ‘buy in’ and ownership of the implementation strategy is achieved− Implementation schedule is tested, understood and owned by all parties
Some of the key ‘integration’ issues and philosophies that will be key include: Qualification
− Early agreement on Qualification & Validation strategy− Calibration− Information leveraging to support Qualification− Scope of OQ versus PQ
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Integration of Project Phases Factory Acceptance Testing (FAT)
− Engineering or Qualification activity− Information leveraging to support Qualification
Process Equipment Vendors− Roles onsite− Extent of time required onsite
Other projects that would affect the main project− Other Projects in the building e.g. new Clean Steam Generators− Other Projects on the wider Site e.g. new Warehouse
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Integration of Project Phases - Sample
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Schedule OptimisationAggressive Schedule A facility start up schedule is always very aggressive, particularly
with pharmaceutical facilities given the type of facility and the technology involved. For example the complexity of the formulation process and the use of filling lines are key schedule challenges.
Various options can be reviewed to reduce / significantly improve the schedule; some of which are: Need to have a structured and ‘controlled’ project Design phase must have qualification life cycle requirements agreed
and integrated from the start Need to have a controlled procurement phase where vendors are
brought on board early with clear scope definition and project execution life cycles to hold them to
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Schedule Optimisation Lead times for modular cleanroom components Construction period to allow practical sequencing and a good quality
of construction Allowance for dedicated commissioning periods per system
[commissioning is a critical phase in the project, it must be carried out in a structured fashion to ensure a successful subsequent qualification]
Benchmarking from recent similar projects
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Assumptions & Risks
There are many risks to the facility start up schedules that have have to be monitored and managed
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Assumptions & Risks
Examples of Key risks to schedules are: Fixed shutdown constraints - typically there is virtually
no float within the given shutdown period Long Lead items must be procured by certain date Reliance on Package Vendors for validation
documentation must be managed closely Design review & HAZOP approach to be agreed Validation document review will require extensive
Facility resources and may prove a bottleneck
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Assumptions & Risks Key assumptions underpinning the project schedule are:
Integrated ‘one team’ approach between Vendors (particularly engineering design) and Facility
‘Can do’ / ‘make it happen’ attitude Integrated Design / C&V team PO’s will be placed as early a possible to allow vendor design
information to flow as early as possible - this will allow a more robust design
URS’s content will be focused on user requirements - they will not be detailed engineering specifications
Quick and efficient turn around of documents from Facility Automation ‘sub projects’ [MCS & QBMS] are fully integrated
and controlled as a fundamental part of the main project - tight control required to ensure delivery on time
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Assumptions & Risks No significant scope changes - for this type of project the impact of a
change is significant given the significant knock-on to design documentation, vendor documentation, automation and commissioning/ qualification protocols
Cleanroom package will be negotiated to allow detailed cleanroom design to be fully integrated with the full design
Commissioning will be completed per system prior to qualification starting on that system
Commissioning of process equipment can progress with commissioned clean utilities
Commissioning & qualification logic will be as follows: Systems will move directly from mechanical completion to commissioning to qualification with minimal constraints / holds imposed from other systems
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Assumptions & Risks Facility System Owners identified and available during the detailed
design phase to attend FAT’s, coordinate Facility input to system snagging, provide Facility lead for systems through completion, commissioning & qualification phases
Sufficient Facility Operations & Maintenance personnel allocated to the project from construction completion / FAT phase
Progress from IQ to OQ and OQ to PQ is based on minor deviations outstanding
Dedicated project change control ‘sub committee’ for the project [to review and approve change controls arising post the start of IQ]
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4) Preventive Maintenance
ObjectiveEnsure routine maintenance work is performed so that GMP equipment and associated ancillary systems shall be maintained to continue to perform in a qualified/ validated state
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Maintenance Management System Preventive Maintenance Work
All Relevant Areas in the facility
Maintenance Management System (SAP)
Engineering Stores/ Spare Parts (SAP)
Relevant SOPs - possible examples: Maintenance Work Procedure Maintenance Management System Procedure Engineering and Operations Stores Procedure
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Maintenance Management System Manage Equipment Register & associated Maintenance
History Records
Run a Preventive Maintenance program Maintenance Task List Maintenance Plan
Direct the Corrective Maintenance program Track equipment malfunction Facilitate analysis of maintenance information
Facilitate asset Spare Parts replacement, storage, control and records
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Preventive Maintenance Overview
AREA MANAGERS
MAINTENANCE TECHNICIAN OR CONTRACTOR
Equip LogbookWork Activities
Work Order
Activities
ENGINEERING & OPERATIONS
STORESEng Stores
Review
SOP’s
MMS Reports
AREA MANAGERS/
QA
Maint Requireme
nts
SYSTEM ADMIN
Maintenance Management, Spares Management
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MMS (SAP Plant Maintenance) Roles MMS Administration
Create Corrective Maintenance Work Orders Print Work Orders Display & Print Reports Feedback Information from completed Work Orders Alter Details on Assets, Maintenance Task Lists & Plans
MMS Operator Create Corrective Maintenance Work Orders Print Work Orders Display & Print Reports Feedback Information from completed Work Orders