(The following topics include but are not limited to)
Theme 1. Carbon Neutrality
Green dual carbon, carbon emission sources
Carbon sequestration
Carbon capture and storage
High-pressure water injection
Energy utilization
Regional carbon emissions, organizational carbon emissions
Life cycle carbon emissions
Zero-carbon technology, negative-carbon technology
Chemical raw materials
Biomass Energy Science and Engineering
Hydrogen Energy Science and Engineering
Carbon Storage Science and Engineering
Materials Science and Engineering
Nuclear engineering and nuclear technology
Environmental Science and Engineering
Theme 2. Energy Transition
Energy storage technologies (such as batteries, supercapacitors, and hydrogen storage)
Smart grid and microgrid technologies
The policy framework and incentive mechanism for energy transition
Carbon pricing and carbon trading mechanism
Energy Subsidy Reform and Market Design
Optimization and integration of the energy system
Modernization and digitalization of power grids
The sustainability and resilience of energy infrastructure
The impact of energy transition on climate change
The environmental benefits of low-carbon energy technologies
Carbon neutrality and net-zero emissions pathways
Green finance and sustainable investment
The prospects of nuclear fusion energy
The design and planning of future energy systems
Theme 3. Low-carbon City
The design concept and implementation path of zero-carbon cities
Urban transportation emission reduction strategy: The combination of walking, cycling and public transportation
The Role and Integration of Renewable Energy in Urban Power Supply Systems
The promoting effect of green building regulations and technological innovations on low-carbon cities
The circular economy model of urban waste management
The Application of Smart City Technology in Low-Carbon Transformation
Research on the Impact of Low-Carbon Policies on Urban Economic Development
The role of public awareness and behavioral changes in promoting a low-carbon lifestyle