Product Overview

Summary: This Fuel Efficiency and Management Standard Operating Procedure provides a clear, data-driven framework for controlling fuel use across your fleet, plant and equipment. It helps Australian businesses cut operating costs, reduce emissions, and bring consistency to how fuel is purchased, stored, monitored and reported across all sites.

Fuel is one of the largest variable costs for transport, civil construction, mining and service businesses across Australia. Without a structured approach, organisations can experience uncontrolled fuel spend, inconsistent purchasing practices, inaccurate usage data and an inability to identify underperforming vehicles, plant or drivers. This Fuel Efficiency and Management Standard Operating Procedure establishes a consistent, organisation-wide method for planning, purchasing, storing, dispensing, tracking and reviewing fuel use, so you can manage this critical cost centre with confidence.

The SOP sets out clear roles, responsibilities and step-by-step processes for fuel card use, bulk fuel deliveries, tank management, consumption monitoring and exception reporting. It supports Australian businesses to benchmark fuel performance, detect anomalies such as theft or leakage, and link fuel data to maintenance and driver behaviour programs. By embedding this procedure, you create a repeatable system that underpins cost control, supports environmental and ESG reporting, and integrates smoothly with your existing WHS and operational management systems.

Key Benefits

• Reduce operating costs by standardising fuel purchasing, usage tracking and exception reporting across all sites and fleets.
• Improve visibility of fuel consumption through consistent data capture, benchmarking and trend analysis at vehicle, driver and site level.
• Detect and investigate anomalies such as fuel theft, leakage, card misuse or inaccurate odometer readings early, before they become costly.
• Support environmental and sustainability objectives by monitoring fuel-related emissions and identifying opportunities to improve efficiency.
• Integrate fuel management with maintenance, scheduling and driver training programs to optimise asset performance and utilisation.

Who is this for?

• Fleet Managers
• Operations Managers
• Transport and Logistics Managers
• Workshop Supervisors
• Site Managers
• Business Owners in Transport, Civil and Mining
• Procurement and Supply Officers
• Sustainability and Environment Managers
• Finance and Cost Control Managers

Included Sections

• 1.0 Purpose, Scope and Objectives
• 2.0 Definitions and Key Terms (Fuel Types, Assets, Consumption Metrics)
• 3.0 Roles and Responsibilities (Management, Drivers, Workshop, Finance)
• 4.0 Fuel Purchasing and Procurement Requirements
• 5.0 Fuel Card Management and Usage Rules
• 6.0 Bulk Fuel Storage, Deliveries and Dispensing Controls
• 7.0 Data Capture Requirements (Odometer, Engine Hours, Trip Records)
• 8.0 Fuel Efficiency Targets, KPIs and Benchmarking Methodology
• 9.0 Monitoring, Reporting and Exception Management (Variance Analysis)
• 10.0 Integration with Maintenance, Scheduling and Driver Behaviour Programs
• 11.0 Environmental and Emissions Reporting Considerations
• 12.0 Record Keeping, Audit Trail and Document Control
• 13.0 Training, Communication and Implementation Plan
• 14.0 Continuous Improvement and Review of Fuel Management Performance

Legislation & References

• AS ISO 50001:2018 Energy management systems – Requirements with guidance for use
• AS/NZS ISO 19011:2019 Guidelines for auditing management systems
• National Greenhouse and Energy Reporting Act 2007 (Cth)
• Heavy Vehicle National Law (HVNL) – Chain of Responsibility (fuel cost and efficiency implications for scheduling and loading)
• Australian Taxation Office – Fuel Tax Credits and record-keeping requirements
• Environment Protection legislation in relevant States and Territories (for fuel storage and handling obligations)