1. 1. Pengangkutan Bandar Hijau (Green Urban Transportation)
1.1. Promoting Clean and Low Carbon Vehicles
1.2. Developing and Encouraging Energy Efficient and Automated Mobility Systems
1.3. Providing Clean and Low Carbon Facilities and infrastructure
1.4. Green Freight Transportation
1.5. Walkable and Cycling Friendly Environment
2. 2. Infrastruktur Bandar Mampan (Sustainable Urban Infrastructure)
2.1. Sustainable Energy System
2.1.1. Enhance Efficient Energy System
2.1.2. Renewable Energy
2.1.3. Improve Distribution system reliability and security
2.2. Sustainable Waste Management
2.2.1. Nurturing Zero-Waste Culture
2.2.1.1. Household solid Waste
2.2.1.2. Construction and Industrial Waste
2.2.1.3. Commercial Waste
2.2.2. Encouraging Development of Micro Waste-to-Energy Initiatives
2.3. Provide Sustainable Water Resource Efficiency and wastewater management
2.3.1. Water Supply Management
2.3.1.1. Melaksanakan penggunaan semula air (Water Reuse)
2.3.1.1.1. Penggunaan semula air larian hujan
2.3.1.1.2. Memperluaskan penggunaan Sistem Penuaian Air Hujan (SPAH)
2.3.1.2. Mengenalpastikan bekalan air alternatif
2.3.1.2.1. Water Storage Controlling System (WSCS)
2.3.1.2.2. Menggalakkan pengabstraksi air bawah tanah
2.3.1.3. Melaksanakan program pengurangan air tidak berhasil secara holistik
2.3.1.4. Smart Water Management System
2.3.2. Sustainable Wastewater Management
2.3.2.1. Constructing Green STPs
2.3.2.2. Smart Effluent Management
2.3.2.3. Utilize Recycled Effluent
2.3.3. Stormwater Management
2.3.3.1. Implementing Sustainable Urban Drainage System (SUDS)
2.3.3.2. MSMA
2.4. Risk Disaster Management and infrastucture
2.4.1. Mempergiatkan pelaburan dan pembangunan dalam pengurangan risiko bencana untuk berdaya tahan
2.4.1.1. Structure and non structure
2.4.2. Meningkatkan kesediaan bencana untuk bertindak balas yang berkesan, dan mengamalkan prinsip membangun semula lebih baik (Build Back Better)dalam pemulihan, pemulihan dan pembinaan semula.
3. 3. Bangunan Karbon Rendah dan Kecekapan Sumber (Low Carbon and Resource Efficiency Buildings)
3.1. Implementation of Sustainable Building Design Strategies
3.1.1. Efficient Building Envelope Performance
3.1.2. Mitigation of Urban Heat Island Phenomenon
3.1.3. Sustainable Low Carbon Building Construction
3.2. Usage of Resource Efficiency Building Technologies
3.2.1. Increasing Building Water Efficiency
3.2.2. Increasing Building Energy Efficiency
3.2.3. Energy Efficiency Lightning System
3.2.4. Other Energy Efficient Equipment and system
3.3. Monitoring and Management of green building
3.3.1. Low Building Green Building Monitor
3.3.2. Low Carbon Green Building Plan
3.3.3. Sustainable Management and Building Audit
3.4. Promote Shared Facilities and Amenities
3.4.1. Multipurpose use of public amenities and community centre building
4. 4. Bandaraya Pintar dan Penyelesaian Digital (Smart Cities and Digital Solution)
4.1. Developing Smart Communities through Open Access Network and Applications
4.2. Smart Traffic Management
4.3. Enhancing Digital Infrastructure
4.3.1. Enhancing Broadband Coverage and speed
4.3.2. Strengthening Infrastructure for Smart City
5. 5. Masyarakat Rendah Karbon (Low Carbon Community)
5.1. Public Community Awareness and Empowerment
5.2. Community Engagement and Involvement
5.3. Setting up low carbon community based and facilities
5.3.1. Recycling Centre
5.3.2. Urban Farming
5.4. Creating Green Lifestyle and Smart Living Environment
6. 6. Lanskap Bandar Karbon Rendah (Low Carbon Urban Landscape)
6.1. Promote Tree Planting
6.1.1. Increase tree canopy cover
6.1.2. Develop tree establishment program
6.1.3. Plant more tree that can absorb more carbon emission
6.2. Improve Green Cover Maintenance
6.2.1. Using tree for placemaking
6.2.2. Monitor existing canopy cover
6.2.3. Undertake research to improve green cover performance and encourage adaptive management