Sustainability
Engineering Durable, Lower-Carbon Infrastructure
Sustainability at Kestrel is driven by durability, lifecycle performance and manufacturing efficiency.
Lifecycle Carbon
Lifecycle Carbon Reduction
Composite reinforcement and structural systems deliver significantly lower embodied carbon than steel equivalents over a full lifecycle. The elimination of corrosion removes the need for recurring remediation cycles that contribute substantially to a structure's total carbon footprint.
- Composites do not corrode, eliminating carbon-intensive maintenance and replacement cycles
- Lower transport weight reduces fuel consumption during installation and delivery
- Longer service life of 50–100 years reduces material replacement frequency
- No painting, cathodic protection or anti-corrosion coatings required over the asset life
Embodied Carbon Reduction
~0.8tCO₂e/tonne vs steel
Per tonne substituted
Corrosion Maintenance Eliminated
100%
No recurring remediation cycles
Design Service Life
50–100years
vs 25–40 years for steel
Transport Weight Saving
Up to 75%
vs equivalent steel sections
Manufacturing Efficiency
Reducing Our Manufacturing Footprint
Kestrel's Australian manufacturing operations are undergoing systematic decarbonisation. We have invested in renewable energy infrastructure, material efficiency programmes, and waste reduction across our pultrusion and filament winding lines.
- Rooftop solar PV installed across all production facilities
- Resin batch optimisation programme reduced off-cut waste by 34%
- Water-based release agent systems replacing solvent-based alternatives
- All cardboard and glass fibre off-cuts diverted to recycling streams
Renewable Electricity
60%
Of total facility energy consumption
Manufacturing Waste to Landfill
<5%
Achieved in FY2024
Resin Waste Reduction
34%
Through batch optimisation
Water Recycled
80%
Closed-loop cooling water systems
Certifications & Standards
Environmental Certifications & Standards
Kestrel holds independent third-party environmental management certifications and participates in industry sustainability frameworks. Our products are designed to comply with relevant Australian Standards and international infrastructure specifications.
- ISO 14001:2015 Environmental Management System — audited annually
- Products tested to AS/NZS and relevant ASTM/ISO composite standards
- Supply chain partners assessed against responsible sourcing criteria
- Annual sustainability reporting against GRI Standards framework
ISO 14001:2015
Certified
Environmental Management System
Standards Compliance
AS/NZS + ASTM
Composite product testing
Annual Audit
LRQA
Independent third-party auditor
Reporting Framework
GRIStandards
Annual sustainability report
Our Targets
Our 2030 Sustainability Targets
Kestrel has set measurable sustainability targets for 2030 aligned to the Paris Agreement and Australia's net zero commitments. Progress is tracked quarterly and reported publicly each year.
- Net zero Scope 1 and 2 emissions by 2030 from a 2020 baseline
- 100% renewable electricity across all owned facilities by 2027
- 30% reduction in Scope 3 emissions through supply chain engagement
- Zero manufacturing waste to landfill by 2026
Net Zero Target Year
2030
Scope 1 & 2 emissions
Current Progress
38%
Reduction achieved vs 2020 baseline
Renewable Electricity Target
100%
By 2027 across all facilities
Scope 3 Reduction Target
30%
Through supply chain engagement
Partnerships
Responsible Sourcing & Supply Chain
We partner with raw material suppliers who can demonstrate responsible environmental practices. Our glass and carbon fibre supply partners are assessed against sourcing criteria covering energy use, emissions reporting and labour standards.
- Glass fibre sourced from producers committed to 100% renewable energy in melting operations by 2028
- Resin systems selected to minimise volatile organic compound (VOC) emissions
- Packaging materials transitioned to recycled and recyclable alternatives
- Logistics partners selected based on fleet emissions and local sourcing preference
Assessed Supply Partners
100%
Meet responsible sourcing criteria
Local Content
>70%
Australian-sourced inputs by value
Resin VOC Reduction
55%
vs industry benchmark systems
Packaging Recycled Content
80%
Target achieved FY2024
Why Composites Are a Sustainable Choice
Our approach to sustainability spans material selection, manufacturing processes and long-term product performance.
Reduced Lifecycle Emissions
Composite reinforcement reduces embodied carbon relative to steel. Eliminating corrosion significantly reduces long-term remediation and associated emissions.
Lightweight Efficiency
Composite systems reduce transport weight, improve site handling and increase installation efficiency, lowering construction energy demand.
Supporting Renewable Energy
Carbon fibre laminate systems enable improved structural efficiency in wind turbine blade applications, supporting renewable energy generation.
Continuous Improvement
Focus on waste reduction, process optimisation, efficient material utilisation, and development of next-generation composite systems.
Learn More About Our Sustainable Solutions
Contact our team to discuss how composite materials can support your sustainability goals.