Petroleum And Chemical Storage Blending Distribution Technology Training

Objectives:
• Understand the scope and importance of storage, blending, and distribution in the petroleum and chemical industry
• Identify key terminology and industry standards
• Recognise safety and regulatory requirements
• Outline the value chain from refinery to end-user

Topics:
• Overview of petroleum and chemical products
• Industry value chain: storage, blending, distribution
• Key terminology and definitions
• Safety culture and regulatory framework (SANS, OSH Act)
• Environmental considerations
• Course structure and assessment criteria

Objectives:
• Describe physical and chemical properties of hydrocarbons and chemicals
• Explain how properties affect storage and handling
• Understand product specifications and quality parameters
• Apply sampling and testing procedures

Topics:
• Hydrocarbon chemistry basics
• Key properties: density, viscosity, flash point, vapour pressure
• Product grades and specifications
• Sampling methods and quality control
• Testing equipment and interpretation of results
• Impact of properties on blending and storage

Objectives:
• Identify types of storage tanks and their applications
• Understand design principles and materials of construction
• Recognise tank fittings and accessories
• Explain foundation and containment requirements

Topics:
• Types of tanks: fixed roof, floating roof, spherical, refrigerated
• Materials: carbon steel, stainless steel, linings
• Tank design codes (API 650, API 620)
• Fittings: vents, gauges, mixers, fire protection
• Secondary containment and bund walls
• Corrosion protection and cathodic protection

Objectives:
• Apply safe tank filling and emptying procedures
• Understand tank gauging and inventory management
• Perform routine inspections and maintenance
• Identify common tank problems and solutions

Topics:
• Receipt and dispatch procedures
• Tank gauging methods: manual, automatic, radar
• Inventory reconciliation and loss control
• Inspection schedules: API 653
• Cleaning and sludge management
• Common issues: leaks, corrosion, stratification

Objectives:
• Explain blending theory and objectives
• Describe in-line and batch blending systems
• Identify blending equipment and instrumentation
• Understand blending calculations and recipes

Topics:
• Blending objectives: octane, viscosity, volatility
• Batch vs. in-line blending
• Blending equipment: pumps, mixers, static mixers
• Flow meters, control valves, analysers
• Recipe management and blend optimisation
• Quality control during blending

Objectives:
• Execute blending operations safely
• Monitor blend quality using online analysers
• Adjust recipes to meet specifications
• Document blend results and deviations

Topics:
• Start-up and shut-down procedures
• Online analysers: octane, Reid vapour pressure, density
• Blend ratio control and feedback loops
• Off-spec product handling
• Quality documentation and traceability
• Case study: gasoline blending

Objectives:
• Describe pipeline transportation principles
• Understand terminal operations and layout
• Identify pipeline pigging and batch sequencing
• Explain custody transfer metering

Topics:
• Pipeline network design and hydraulics
• Terminal components: tanks, pumps, loading racks
• Batch transportation and interface management
• Pigging operations and maintenance
• Custody transfer meters: turbine, Coriolis, ultrasonic
• Meter proving and calibration

Objectives:
• Understand loading and unloading procedures for road tankers
• Describe railcar and marine vessel operations
• Apply safety protocols for different transport modes
• Manage product segregation and contamination prevention

Topics:
• Road tanker loading: top loading, bottom loading, vapour recovery
• Railcar loading and unloading
• Marine vessel operations: ship-to-shore, barge loading
• Product segregation and line flushing
• Safety: grounding, overfill protection, PPE
• Documentation: bills of lading, manifests

Objectives:
• Classify hazardous chemicals and understand SDS
• Apply storage compatibility and segregation rules
• Implement spill prevention and emergency response
• Understand dangerous goods regulations

Topics:
• Hazard classification: flammable, toxic, corrosive
• Safety Data Sheets (SDS) interpretation
• Compatible storage groups
• Spill containment and clean-up procedures
• Emergency response plans
• Transportation of dangerous goods (SANS 10228)

Objectives:
• Understand environmental regulations (NEMA)
• Implement pollution prevention measures
• Manage waste and emissions from storage and blending
• Apply sustainable practices in distribution

Topics:
• Environmental legislation in South Africa
• Air emissions: VOC control, vapour recovery units
• Wastewater treatment and oily water separation
• Solid waste management: sludges, filters
• Spill reporting and remediation
• Carbon footprint reduction strategies

Objectives:
• Identify key instrumentation for level, pressure, temperature
• Understand control loops and SCADA systems
• Apply safety instrumented systems (SIS)
• Troubleshoot common instrumentation faults

Topics:
• Level measurement: radar, ultrasonic, displacer
• Pressure and temperature transmitters
• Control valves and actuators
• SCADA and DCS overview
• Alarm management and shutdown systems
• Calibration and maintenance of instruments

Objectives:
• Recognise fire hazards in storage and distribution
• Explain fire suppression systems (foam, deluge)
• Understand gas detection and emergency shutdown
• Apply permit-to-work systems

Topics:
• Fire triangle and ignition sources
• Fixed foam systems and hydrants
• Deluge and sprinkler systems
• Gas detection: combustible, toxic, oxygen
• Emergency shutdown (ESD) systems
• Permit-to-work: hot work, confined space

Objectives:
• Conduct hazard identification and risk assessment (HIRA)
• Apply HAZOP and LOPA methodologies
• Understand bow-tie analysis
• Develop risk mitigation strategies

Topics:
• HIRA process and documentation
• HAZOP methodology and case study
• Layer of Protection Analysis (LOPA)
• Bow-tie diagrams
• Risk matrix and ALARP principle
• Management of change (MOC)

Objectives:
• Differentiate between reactive, preventive, and predictive maintenance
• Apply reliability-centred maintenance (RCM)
• Understand corrosion management and inspection
• Plan maintenance shutdowns

Topics:
• Maintenance types and strategies
• RCM principles and implementation
• Corrosion monitoring: coupons, ultrasonic thickness
• Inspection planning (API 510, 570, 653)
• Shutdown planning and turnaround management
• Spare parts management

Objectives:
• Manage terminal operations efficiently
• Optimise product receipt, storage, and dispatch
• Implement inventory control and loss prevention
• Ensure compliance with regulatory requirements

Topics:
• Terminal layout optimisation
• Daily operations: scheduling, blending, loading
• Inventory management: stock reconciliation, ullage
• Loss control: measurement, evaporation, theft
• Regulatory compliance: licensing, reporting
• Key performance indicators (KPIs)

Objectives:
• Develop and implement emergency response plans
• Conduct drills and tabletop exercises
• Manage incidents: spill, fire, explosion
• Apply incident investigation techniques

Topics:
• Emergency response plan (ERP) elements
• Incident command system (ICS)
• Spill response: containment, recovery, disposal
• Fire fighting strategies for tank farms
• Tabletop exercise: simulated incident
• Incident investigation: root cause analysis, reporting

Objectives:
• Integrate all course concepts into a comprehensive project
• Analyse real-world case studies
• Complete final assessment (written and practical)
• Develop continuous improvement action plan

Topics:
• Group project: design a storage-blending-distribution facility
• Case studies: industry incidents and best practices
• Written assessment covering all modules
• Practical assessment: tank gauging, blend calculation, safety drill
• Course review and feedback
• Action plan for workplace implementation