Upstream Oil & Gas Logistics Training

Day 1 – Upstream Fundamentals, Drilling and Well Logistics
Module 1: Understanding Upstream Operations
The Upstream Oil & Gas Value Chain
• Exploration, appraisal, development and production
• Relationship between upstream, midstream and downstream sectors
• Logistics as a strategic enabler of field operations

Upstream Operating Environments
• Onshore operations
• Offshore shelf developments
• Deepwater operations
• Swamp and riverine environments
• Arctic and remote operations
Drilling Rig and Well Types
• Land rigs
• Jack-up rigs
• Semi-submersibles
• Drillships
• Exploration, appraisal and development wells
• Horizontal and multilateral wells

Module 2: Drilling and Well Logistics Management
Rig Mobilization and Demobilization
• Planning requirements
• Transport modes and route selection
• Customs and regulatory considerations
• Cost control strategies
OCTG and Critical Well Materials Logistics
• Tubular management systems
• Wellheads and completion equipment
• Long-lead procurement planning
• Material traceability
Drilling Fluids and Chemicals Supply Chain
• Bulk materials planning
• Storage and handling requirements
• Vendor management
Heavy Lifting Operations
• Crane operations
• Load planning
• Lifting risk assessments
• Logistics interfaces
Waste Management and Backload Logistics
• Waste segregation
• Environmental compliance
• Reverse logistics management
Workshop
Develop a complete logistics plan for a drilling campaign involving multiple wells.

Day 2 – Production Operations, Maintenance and Marine Logistics
Module 3: Production Operations Logistics
Production Support Logistics
• Continuous operations support
• Production assurance requirements
• Logistics support for mature assets
MRO Materials Management
• Maintenance support planning
• Inventory replenishment systems
• Service-level management
Critical Spares Strategy
• Equipment criticality assessment
• Spare parts optimization
• Reliability-centered logistics
Production Chemicals Logistics
• Corrosion inhibitors
• Scale inhibitors
• Demulsifiers and biocides
• Storage and transportation requirements
Shutdown and Turnaround Logistics
• Outage planning
• Contractor coordination
• Materials staging
• Resource scheduling

Module 4: Marine and Field Logistics
Offshore Marine Support Operations
• Platform Supply Vessels (PSVs)
• Anchor Handling Tug Supply (AHTS) vessels
• Multi-purpose support vessels
Swamp and Riverine Logistics
• Barges and tug operations
• Channel constraints
• Seasonal operational challenges
Supply Base Operations
• Base design and layout
• Cargo consolidation
• Vessel turnaround management
Personnel Logistics
• Crew change management
• Helicopter operations
• Aviation logistics coordination
Workshop
Optimize marine support logistics for a multi-platform offshore field.

Day 3 – Project Logistics, Construction Logistics and Materials Management
Module 5: Project and Construction Logistics
Logistics for Field Development Projects
• Greenfield developments
• Brownfield modifications
• EPC logistics management
Pipeline Construction Logistics
• Right-of-way logistics
• Pipe transportation and storage
• Corridor logistics planning
Heavy Haulage and Oversized Cargo
• Route surveys
• Transport engineering
• Permit management
Fabrication Yard and Laydown Management
• Yard planning
• Material flow optimization
• Modular construction logistics
Project Mobilization Planning
• Workforce mobilization
• Temporary facilities
• Camp and site logistics

Module 6: Materials and Supply Base Management
Warehousing Strategy
• Centralized vs decentralized warehousing
• Warehouse design and layout
Inventory Management
• ABC analysis
• Safety stock calculations
• Reorder point determination
• Inventory optimization
Materials Tracking Technologies
• Barcoding systems
• RFID applications
• GPS-enabled tracking
End-to-End Materials Flow
• Vendor to warehouse
• Warehouse to supply base
• Supply base to field location
Workshop
Design an integrated materials management system for a major field development project.

Day 4 – Logistics Planning, Optimization and Performance Management
Module 7: Integrated Logistics Planning
Demand Forecasting
• Activity-based demand planning
• Production-driven logistics requirements
• Campaign logistics forecasting
Capacity Planning
• Fleet capacity analysis
• Warehouse capacity management
• Resource allocation
Fleet Sizing and Utilization
• Vessel fleet optimization
• Vehicle fleet planning
• Aviation resource planning
Integrated Scheduling
• Coordinating drilling, production and project demands
• Resource conflict management
• Schedule optimization techniques
Own vs Lease vs Charter Decisions
• Financial evaluation
• Strategic considerations
• Risk analysis

Module 8: Logistics Performance Management
Logistics KPIs
• On-time delivery
• Logistics cost per barrel
• Fleet utilization
• Inventory turnover
• Service level metrics
Cost Optimization Strategies
• Logistics cost drivers
• Transportation optimization
• Inventory reduction initiatives
Risk Management in Logistics
• Supply disruptions
• Weather risks
• Security risks
• Regulatory risks
Workshop
Build a logistics KPI dashboard and optimization strategy.

Day 5 – Digital Logistics, AI Applications and Integrated Logistics Excellence
Module 9: Digital Transformation of Upstream Logistics
Logistics Control Towers
• Integrated visibility platforms
• Real-time decision making
• End-to-end supply chain monitoring
Asset and Cargo Tracking Systems
• IoT applications
• GPS monitoring
• RFID-enabled visibility
Advanced Analytics for Logistics
• Predictive demand forecasting
• Inventory optimization
• Fleet performance analytics
Artificial Intelligence in Logistics
• AI-enabled scheduling
• Predictive maintenance logistics
• Route optimization
• Digital assistants and decision support systems
Digital Logistics Roadmap Development
• Current state assessment
• Technology selection
• Change management
• Implementation planning

Module 10: Integrated Upstream Logistics Excellence
Building a World-Class Logistics Organization
• Organizational structure
• Governance frameworks
• Cross-functional collaboration
Sustainability and ESG Considerations
• Carbon footprint reduction
• Green logistics initiatives
• Waste reduction strategies
Future Trends in Upstream Logistics
• Autonomous logistics systems
• Digital twins
• Smart supply bases
• AI-driven operations