The Enterprise Carbon Literacy Course takes the enterprise carbon neutrality roadmap as its core, and elaborates in detail on the policy system, theoretical basis and development status of China's carbon peak and carbon neutrality, the standard and core methodology for calculating greenhouse gas emissions of enterprises, enterprise carbon asset management, carbon emission hotspots and reduction paths in different industries, the development status of offset mechanisms, and the support of green finance for carbon neutrality.
 
The course is taught by Ms. Xiulan Li, who has been engaged in research on carbon markets, CDM, and green finance for many years, and has long provided enterprises with greenhouse gas accounting, carbon trading systems, ESG consulting and training.

The first lecture focuses on the "1+N" policy system
The first lecture focuses on the basic theory of carbon neutrality, global progress towards carbon neutrality, the path and challenges for China to achieve carbon neutrality, and the "1+N" policies for carbon peak and carbon neutrality.
 
Currently, China has issued the "Opinions on Fully Implementing the New Development Concept and Doing a Good Job in Carbon Peak and Carbon Neutrality" and the "Action Plan for Carbon Peak by 2030". Implementation plans for key sectors such as energy, industry, construction, transportation, and key industries such as coal, electricity, steel, and cement will also be released, along with supporting measures in technology, carbon sinks, finance, and taxation. This will form the "1+N" policy system for carbon peak and carbon neutrality, with a clear timetable, roadmap, and implementation plan. The live course will focus on interpreting these policies.
 
The second lecture focuses on the carbon market.
The carbon market is an effective means of managing and reducing greenhouse gas emissions through market mechanisms, playing an important role in achieving China's carbon peak and carbon neutrality goals and is also an important part of the "1+N" policy system. A deep understanding of the basic theory and operating mechanism of carbon trading is helpful for enterprises to cope with the inclusion in the national carbon market in the future or to effectively consider the potential risks and opportunities of carbon trading in the development of carbon neutrality action plans. The main content of this lecture includes:
 
1.Comparison of carbon pricing mechanisms
2.Basic principles and components of carbon trading
3.Progress in the construction of global carbon markets. 
 
The third lecture focuses on the Chinese carbon market.
Since the launch of various pilot carbon markets in 2013, after seven or eight years of operation, a solid foundation has been laid for the construction and smooth operation of the national carbon market. In July 2021, the national carbon market was officially launched, and the various components of the carbon market are gradually being established and improved. As one of the mainstream carbon pricing policy tools, the operating rules and development status of the carbon market are of great significance for enterprises to understand the national carbon peak and carbon neutrality plan and formulate their own carbon neutrality action plans. The main contents of this section include:
 
1.The development process and current situation of China's carbon market;
2.Overview of the carbon market ecosystem;
3.Overview of the composition elements of the national ETS and typical pilot carbon markets;
4.Overview of key policies in the national carbon market;
5.Interpretation of carbon market trading management measures. 
 
The fourth lecture is about the methods and case studies of developing enterprise carbon neutrality roadmaps.
Regardless of the specific implementation of the domestic "1+N" policy for carbon neutrality or the joint efforts to address climate change globally, green and low-carbon operations of enterprises are the most critical aspects.
 
Under the supervision of governments and market drivers, many large enterprises have set their own net-zero emission targets, and the requirements and emission reduction targets for their supply chains' greenhouse gas emissions are becoming increasingly stringent.
 
Under the wave of sustainable consumption, consumers are also increasingly concerned about whether the services and products provided by enterprises meet green and low-carbon standards. Effective management of physical and transformation risks caused by climate change is also an internal demand for enterprises' long-term stable operation.
 
To cope with these internal and external pressures and demands, it is urgent for enterprises to study and formulate their own carbon neutrality action plans for themselves and their supply chains. The main topics covered in this training include:
 
1.Methods and considerations for developing enterprise carbon neutrality roadmaps
2.Goal setting
3.Industry emission reduction measures
4.Offsetting
5.Case studies 
 
The fifth lecture is an overview of greenhouse gas accounting standards and core methodologies, using ISO 14064:2018 as an example.
Greenhouse gas accounting is the cornerstone of enterprise carbon neutrality actions. Only by mastering the sources of greenhouse gas emissions, collecting and monitoring data, and regularly accounting for greenhouse gas emissions, can enterprises effectively tap into emission reduction potential, develop scientific and accurate carbon neutrality action plans, and respond to the increasing policy regulation and market demand for climate information disclosure. The main topics covered in this lecture include:
 
1.An overview of domestic and international greenhouse gas accounting standards
2.Selection and use of standards
3.Using ISO 14064 as an example, a detailed explanation of the key points of greenhouse gas accounting. 
 
The sixth lecture is a detailed explanation of enterprise greenhouse gas emissions calculation, including the definition and calculation methods of scopes 1, 2, and 3.
Determining the inventory boundary according to their own needs is the primary issue that enterprises need to address when establishing a greenhouse gas emissions inventory. Based on the confirmed boundary, emission sources can be effectively identified, and the required data can be collected for quantification. In this lecture, we will combine specific cases to provide a detailed explanation of organizational boundary determination and greenhouse gas emissions quantification methods:
 
1.Comparison of boundary and quantification methods of various standards
2.Determination of organizational boundary and reporting/operational boundary
3.Quantification methods and case analysis. 
 
The seventh lecture is about the calculation methods of carbon emissions in the supply chain of enterprises, specifically focusing on scope 3 emissions.
The trend of setting net-zero emissions/carbon neutrality goals globally continues. According to statistics, in 2022, the economies that set national net-zero emissions targets accounted for approximately 91% of global GDP, with around 235 cities, 115 states and regions setting net-zero emissions targets.
 
More than one-third of the companies on the Forbes Global 2000 list have set net-zero emissions targets, and half of them have incorporated the targets into their corporate strategies and developed action plans. 38% of companies have covered emissions across their entire value chain. More and more companies are actively promoting low-carbon transformation among their suppliers and value chain partners on the basis of their own emissions reduction.
 
Preparing a true and fair GHG emissions inventory for the value chain, identifying emission reduction opportunities, and effectively managing and reducing emissions in the value chain are some of the challenges that enterprises face in implementing net-zero emissions. It is also a key point for enterprises to effectively manage physical and transformation risks related to climate change. The main topics covered in this lecture include:

1.Key points of enterprise value chain accounting and reporting standards;
2.Overview of calculation methods;
3.Case studies. 
 
The eighth lecture elaborate on how to develop absolute emission reduction goals and plans for enterprises, taking the SBTi for Example
Setting scientifically sound and stakeholder-expected carbon reduction targets is crucial for enterprises to take appropriate emission reduction measures and action plans, gradually achieve net-zero emissions, and promote the green and low-carbon transformation of the real economy. It is also an important prerequisite for helping the country achieve its carbon neutrality goals and for achieving the overall goal of the Paris Agreement globally.
 
To help enterprises set greenhouse gas emission reduction targets and roadmaps that meet their needs, many international organizations have gradually introduced and improved corresponding guidelines and tools based on climate science. This lecture mainly introduces:
 
1.An overview of methods that can be used to set GHG emission reduction targets and roadmaps;
2.Using Science-Based Targets (SBTi) as an example, a detailed explanation of how enterprises can set carbon reduction targets that meet stakeholder expectations;
3.Case studies. 
 
The ninth lecture is an overview of global and domestic offset mechanisms, including CDM/CCER/VCS/GS/Green Certificates.
After identifying emission hotspots based on greenhouse gas accounting, enterprises can adopt appropriate emission reduction measures to achieve the maximum greenhouse gas emission reduction, and achieve net-zero emissions through carbon offsetting schemes.
Therefore, closely monitoring the development of offset mechanisms and investing or participating in relevant projects and transactions is an important part of enterprises' carbon neutrality and effective carbon asset management. The main topics covered in this lecture include:

1.The basic principles of offset mechanisms;
2.The development status of global and Chinese offset mechanisms;
3.Relevant policies and the development and transaction process of Chinese offset mechanisms/CCERs. 
 
The tenth lecture focuses on the development methods and processes of emission reduction projects using CCERs as an example.
Offset mechanisms are an important part of the carbon market. The scale and scope of offset mechanisms affect the carbon price and the participation of companies outside the control of emissions enterprises, which helps to increase market liquidity and flexibility.
 
At the same time, under the background of carbon neutrality both domestically and internationally, offset mechanisms are also an important aspect that enterprises need to pay attention to and participate in to achieve carbon neutrality.
 
How to choose and invest in qualified projects under corresponding offset mechanisms and successfully trade their emission reductions/carbon credits is crucial for enterprises to fulfill their obligations on schedule, effectively manage carbon assets, achieve financial benefits, and net-zero emissions. This lecture mainly focuses on CCERs and explains:

 
The twelvth lecture focuses on the impact of climate financing on enterprise carbon reduction actions and financial benefits
Achieving carbon neutrality cannot be achieved without financial support.
 
Whether it is the carbon market or green finance, they are both aimed at mobilizing public funds and social capital to flow into greener and low-carbon areas, supporting enterprises as market entities to achieve green and low-carbon transformation, and jointly achieving carbon neutrality goals with stakeholders.
 
As an important part of sustainable finance, climate financing is becoming increasingly important in the field of climate change response both domestically and internationally. In recent years, China has also introduced a series of policies to promote the development of climate financing.
 
Climate financing plays an important role in supporting enterprises to raise funds for low-carbon transformation and is also critical for enterprises' climate risk management and opportunity identification.
 
The main topics covered in this lecture include:
 
An overview of global climate financing;
China's climate financing policies and progress;
The impact of climate financing on enterprise carbon neutrality and financial benefits;
Currently available standards and guidelines;
Case studies.
 
 
The thirteenth lecture focuses on the enterprise carbon asset management and the factors affecting carbon prices
Carbon asset management usually refers to a systematic set of measures based on the acquisition of carbon assets, including the development, planning, management, trading, and innovation of carbon assets. It is a process that relies on carbon assets to achieve enterprise value-added.
 
Carbon asset management is a core component of enterprise carbon neutrality action plans, including greenhouse gas accounting, emission reduction measures, offset mechanisms, financial solutions, and other management and specific implementation measures. This helps enterprises to use the price signal and resource allocation of carbon assets to promote technological innovation and improve management and operational levels, and achieve cost-effective carbon neutrality action plans.
 
The main topics covered in this lecture include:
 
Carbon asset management and driving factors;
Key contents of enterprise carbon asset management;
Factors affecting carbon prices;
Carbon finance and carbon asset management;
Domestic and international case studies.
 
 
The fourteenth lecture focuses on the support of green debt financing tools for enterprise carbon neutrality
Funding is a key guarantee for enterprises to achieve carbon neutrality.
 
Understanding the application of relevant policies and green debt financing tools both domestically and internationally can help enterprises broaden their financing channels for green projects and assets, and obtain support from financial policy tools to better achieve their net-zero emissions and sustainable development goals.
 
The main topics covered in this lecture include:
 
The development of green finance and green finance product systems;
Standards and key points of green debt financing tools;
Standards and application cases of green loans;
The practice of international debt financing tools using climate bonds as an example;
The practical points of domestic green debt financing tools using carbon-neutral bonds (green bonds) as an example.
 
 
The fifteenth lecture focuses on enterprise climate information disclosure requirements and case analysis, climate information disclosure requirements (carbon emission information, risks and oppportunities) case analysis.
Climate change and its systemic impact are undeniable facts, and the impact of climate-related risks on enterprise stable operation and financial planning is becoming increasingly significant.
 
Under the background of carbon neutrality goals both domestically and internationally, policies and markets are increasingly strict in terms of enterprise climate information disclosure. How to do related work well and communicate with stakeholders is an urgent issue that enterprises need to solve.
 
The main topics covered in this lecture include:
 
Driving factors for enterprise climate information disclosure;
Progress of climate information disclosure;
Overview of domestic requirements;
Core elements of TCFD;
Case studies.