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Environmental benefits of
Darwin International Airport

Darwin International Airport continues to lead the way in sustainable airport development.
As part of the airport’s plan to achieve net zero emissions by 2030, new infrastructure projects — including an upgraded apron and aerobridge at Bay 2 — are powered by solar energy generated on-site.

Solar-powered upgrades at Darwin International Airport

At Darwin International Airport, on-site solar now powers key infrastructure including the upgraded apron, jet bridge, and ground support equipment at Bay 2.

In this video, Nick Fewster, Environment & Sustainability Manager at ADG, explains how renewable energy and smarter construction practices support the airport’s 2030 net-zero target.

“This solar power is really important for running our airport infrastructure and helping us achieve our zero-emissions target for 2030.”

Nick Fewster, Environment & Sustainability Manager, ADG

Adaption of sustainable practices

Airport Development Group (ADG), operator of Darwin International Airport, has been an early adopter of sustainable practices across its operations.

The recent Bay 2 development combines solar power, energy-efficient infrastructure and circular construction principles to minimize environmental impact and improve long-term efficiency.

Construction materials from the site are being reused for other airport and road projects — a practical example of ADG’s focus on resource recovery and waste reduction.

By integrating renewable energy and recycling initiatives into major upgrades, Darwin International Airport is taking tangible steps toward achieving its net zero by 2030 goal.

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The ITW GSE connection

ITW GSE supports airports like Darwin International in their transition toward cleaner, smarter operations.

Through the use of battery-powered Ground Power Units and efficient Pre-Conditioned Air units, airports can combine renewable infrastructure with battery-driven ground support equipment to reduce emissions and improve working environments across the apron.

The result:

  • Solar integration: New apron and aerobridge powered by solar energy generated on-site.
  • Circular construction: Materials reused for future infrastructure and road projects.
  • Clear sustainability target: Supporting Darwin International Airport’s journey toward net zero emissions by 2030.
  • Operational efficiency: Environmental upgrades improve both performance and passenger experience.

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Reach out to our team and see how our solutions can support your sustainability goals.

Explore more

Learn more about our battery-driven ground power units and how they support cleaner, more efficient aircraft operations worldwide.