SECR Reporting for Aerospace & Defence Companies
Aerospace manufacturing involves energy-intensive processes including machining, heat treatment, and extensive testing. Defence contractors may face additional security-related reporting constraints.
SECR Requirements for Aerospace & Defence
Aerospace and defence companies meeting 2 of 3 qualifying criteria. Streamlined Energy and Carbon Reporting (SECR) requires qualifying companies to disclose their UK energy use, greenhouse gas emissions, and energy efficiency measures in their annual accounts.
Understanding your specific obligations as a aerospace & defence business is crucial for compliance. This guide covers the emission sources, intensity ratios, and efficiency measures most relevant to your sector.
Scope 1 Emissions in Aerospace & Defence
Scope 1 emissions are direct emissions from sources your company owns or controls. For aerospace & defence companies, these typically include:
- Fuel for test facilities
- Natural gas for heat treatment
- Refrigerants for environmental testing
- Emergency generators
- Fleet fuel
These emissions are calculated by multiplying your fuel consumption by the UK Government conversion factors. You'll need to collect data from utility bills, fuel cards, and maintenance records.
→ How to calculate Scope 1 emissionsScope 2 Emissions in Aerospace & Defence
Scope 2 emissions come from purchased electricity, heat, steam, and cooling. SECR requires you to use the location-based method (UK grid average), though you may also disclose market-based figures if you purchase green energy.
- Electricity for manufacturing
- Testing facility power
- Office and R&D energy
- IT and simulation systems
Collect electricity consumption data from your bills or smart meters. For most aerospace & defence operations, electricity represents a significant portion of total emissions.
→ How to calculate Scope 2 emissionsIntensity Ratios for Aerospace & Defence
SECR requires at least one intensity ratio—a metric that normalises your emissions against business activity. This helps stakeholders understand whether emission changes reflect business growth or efficiency improvements.
For aerospace & defence companies, common intensity ratios include:
Choose a ratio that best reflects your business model. For example, if you're a high-volume, low-margin operation, "per tonne of product" might be more meaningful than "per £m revenue."
→ How to choose the right intensity ratioEnergy Efficiency Actions
SECR requires a narrative describing energy efficiency measures taken during the reporting period. Simply stating "no measures taken" is non-compliant if opportunities existed.
Typical efficiency measures for aerospace & defence include:
High-efficiency curing ovens
Recovering waste heat from processes
LED lighting in hangars and facilities
Compressed air leak detection
Smart building controls
Common Aerospace & Defence SECR Challenges
- Security restrictions on data sharing
- Long production cycles
- Specialised testing requirements
- Defence contract confidentiality
These challenges are common across the aerospace & defence sector. Addressing them early in your reporting process will save time and improve accuracy. Consider engaging specialists if your operations are particularly complex.
Other Regulations to Consider
Aerospace & Defence companies may also need to comply with additional energy and carbon regulations:
Understanding how these frameworks interact helps streamline compliance and avoid duplication of effort.
Ready to File Your SECR Report?
While SECR Compliance Hub provides free guidance, generating your actual SECR report requires precise calculations and formatting. ComplyCarbon creates audit-ready reports in minutes, not weeks.