To engage with stakeholders in the construction and property management sectors to gain a comprehensive understanding of the latest best practices for effective carbon neutrality management by developing sectoral carbon management guidelines, establishing the recognition programme and organising stakeholder engagement activities to foster knowledge exchange and promote sustainable practices for these sectors.

To enhance youth children' awareness and knowledge on carbon neutrality, extend the low-carbon living to the community and enable the public to establish gradually low-carbon living habit through teaching kits for kindergarten and primary school students, visits, interactive drama, workshops, carnivals and community promotions.

To provide food waste smart recycling bins to eligible large-scale private residential estates, including installation and related maintenance services for a period of two years.

To pilot a sustainable school food programme with 10 selected local schools in collaboration with school food caterers to introduce and promote the adoption of sustainable, low-carbon school meals at selected schools, including a one-day Sustainable School and Food Behaviour Change Summit.

To increase student’s knowledge on the importance of sustainable school food and low-carbon living through the implementation of low-carbon school meals.

To engage with stakeholders in the construction and property management sectors to gain a comprehensive understanding of the latest best practices for effective carbon neutrality management by developing sectoral carbon management guidelines, establishing the recognition programme and organising stakeholder engagement activities to foster knowledge exchange and promote sustainable practices for these sectors.

To engage with stakeholders in the construction and property management sectors to gain a comprehensive understanding of the latest best practices for effective carbon neutrality management by developing sectoral carbon management guidelines, establishing the recognition programme and organising stakeholder engagement activities to foster knowledge exchange and promote sustainable practices for these sectors.

This course is delegated to beginners who has no or very limited previous knowledge or experiences on carbon offsetting. The course aims to provides a comprehensive introduction to carbon offsetting and the roles of carbon offsetting in achieving net zero targets. Participants will learn about the principles of carbon offsetting and the practical examples on the use of carbon offsetting.

To enhance youth children' awareness and knowledge on carbon neutrality, extend the low-carbon living to the community and enable the public to establish gradually low-carbon living habit through teaching kits for kindergarten and primary school students, visits, interactive drama, workshops, carnivals and community promotions.

To foster a greener future, Hong Kong International Airport (HKIA) is proactively taking a leading role in energy saving initiatives, targeting significant carbon reduction. HKIA has embraced advanced energy management solutions, including Al-driven tools for chiller control and Battery Energy Storage Systems (BESS). Additionally, HKIA is systematically transitioning its diesel vehicles to electric vehicles (EVs) and expanding a robust charging infrastructure towards a green transportation city. They are also part of the essential infrastructure backbone for autonomous mobility. By integrating clean energy sources and enabling smart grid coordination, HKIA not only reduces carbon intensity but also enhances its operational resilience.

Looking ahead, HKIA demonstrates successful transformation through the seamless integration of Autonomous Vehicles (AVs), Vehicle-to-Everything (V2X) communication, and SG connectivity. This technological convergence, combined with intelligent energy management, is reshaping airport ground transportation into a cleaner, smarter, and more sustainable system - setting a benchmark for the future of sustainable mobility in aviation.

The advanced intelligent tasking technologies improve road traffic efficiency, support real-time fleet optimization and thereby reduce overall energy consumption. While the advanced Central Vehicle System facilitates continuous self-learning on AV health status to enables the best practice on predictive maintenance for serviceability maximization and asset life extension.

This presentation showcases the roadmap along energy management and autonomous transportation not only supporting carbon neutrality but also establishing a new chapter for sustainable airport operations.