What will be the trajectory of China’s carbon market over the next five years?

The year 2025 marks a pivotal juncture in the evolution of China’s carbon market system. With the launch of the 15th Five-Year Plan, the national carbon market is transitioning from an initial phase characterized primarily by policy‑driven constraints to a more advanced stage centered on price signals and market‑based efficiency. The “Opinions on Promoting Green and Low‑Carbon Transformation and Strengthening National Carbon Market Development,” issued jointly by the General Office of the CPC Central Committee and the General Office of the State Council, along with accompanying policies, has set the course for the next five years: shifting the carbon market from “building institutions” to “enhancing functionality.”

 

Against this backdrop, the carbon market has ceased to be merely a compliance tool and has instead emerged as a key factor shaping corporate investment decisions, industrial restructuring, and cross-border competitiveness. Drawing on operational data from the national carbon market as of September 2025, the latest policy framework, and current market practices, this paper systematically examines the current state of China’s carbon market, its principal drivers, and its phased trends. It further analyzes the core trajectories of change and potential risks over the next five years, offering actionable insights and guidance for market participants.

 

 

1

 

Market Status: Scaling Up

A Dual Breakthrough in Structural Optimization

 

At present, the national carbon market has moved beyond the phase of institutional setup and rule‑making adjustments and has entered a stage of deepening, characterized by trading stability, expanded coverage, and greater financial participation. In practice, the market’s price‑formation mechanism has become increasingly clear, trading volumes have grown steadily, and the financial attributes of carbon assets are beginning to emerge, laying the groundwork for subsequent sectoral expansion and institutional upgrades.

 

 

(1) Trading Performance: Long-term adjustments dominate, while short-term divergences widen.

 

The trading structure underscores the nature of emissions‑reduction instruments, with block‑trade transactions at its core. On September 3, 2025, the national carbon emission allowance (CEA) price fluctuated narrowly between RMB 68.69 and RMB 68.91 per tonne, closing at RMB 68.76 per tonne—up a marginal 0.01% from the opening price. Total daily trading volume reached 3.0725 million tonnes, with a turnover of RMB 199 million; block‑trade transactions accounted for 80.76% of the market, at an average price of RMB 63.75 per tonne, while listed‑trade transactions made up 19.24%, with an average price of RMB 68.36 per tonne, reflecting that the market’s primary function is to facilitate long‑term allocation and adjustment of allowances among enterprises.

 

Recent price action has been characterized by falling prices amid rising volumes: in August 2025, the CEA composite price declined from 72.43 yuan/ton at the start of the month to 69.23 yuan/ton at month‑end, a monthly drop of 4.39%, breaking below the 70‑yuan/ton threshold. Meanwhile, average daily trading volume stood at 552,600 tonnes, up 9% from July, reflecting widening divergence in market sentiment around current price levels. According to forecasts from Fudan University’s Center for Sustainable Development, the CEA mid‑month benchmark price for September 2025 is expected to be 70.42 yuan/ton, with buy‑side expectations at 68.46 yuan/ton and sell‑side expectations at 72.38 yuan/ton, suggesting a cautiously inclined short‑term market outlook.

 

(II) Scale and Structure: Expansion of Coverage and Acceleration of Paid Allocation

 

By 2025, the national carbon market is expected to exceed 11 billion tonnes in total allowances. Following the first round of critical expansion, the steel, cement, and aluminum smelting sectors have been formally brought under allowance‑based management, increasing the number of key emitting entities to approximately 3,700 and covering emissions of 8 billion tonnes—accounting for more than 60% of China’s total carbon emissions. Subsequent phases will progressively expand coverage: preparations for including the chemical and petrochemical industries will be completed by 2026, with the civil aviation and papermaking sectors joining in 2027, ultimately establishing a system that encompasses eight major industrial sectors and over 8,500 enterprises, thereby regulating more than 75% of the nation’s CO₂ emissions. In 2025, spot‑trading volume is projected to reach RMB 80–100 billion, roughly 3.5 times the level recorded in 2023.

 

The quota allocation mechanism is accelerating its transition from “fully free” to a “free-plus-fee” model, gradually enhancing the scarcity of allowances. Concurrently, carbon‑finance innovations are gaining momentum: as of the third quarter of 2025, commercial banks’ outstanding carbon‑pledge financing has exceeded RMB 60 billion; securities firms’ carbon‑market market‑making activities maintain an average daily trading volume of over 300,000 tonnes; and in pilot regions such as Guangdong and Hubei, cumulative financing through instruments like carbon‑allowance pledging and carbon forward contracts reached RMB 8.7 billion in 2023, up 215% year on year, with market liquidity continuing to improve.

 

 

2

 

Development trend: from a single market

Toward a comprehensive upgrade of diversified collaboration

 

Over the next five years, the evolution of China’s carbon market will no longer be confined to expanding its scale; instead, it will increasingly focus on structural optimization and functional upgrades. Moving from a single‑purpose compliance market, it will gradually transition into a comprehensive carbon pricing system that is broader in scope, richer in instruments, and more closely integrated, thereby becoming a critical infrastructure for advancing industrial emissions reductions and optimizing resource allocation.

 

(1) Gradual expansion of coverage to achieve comprehensive penetration across the industrial sector.

 

The expansion of the carbon market will proceed in phases according to a clearly defined timetable, with the core objective of achieving systematic coverage of major industrial emission sources. From an industry‑sector perspective, the market will broaden from a focus on the power generation sector to encompass high‑emission industries such as steel, cement, electrolytic aluminum, chemicals, petrochemicals, civil aviation, and paper manufacturing, gradually establishing a unified market that spans all eight major industrial sectors.

 

In terms of emission types, quota management will expand from focusing solely on carbon dioxide to include non-CO2 greenhouse gases such as methane, better aligning with the emission profiles of different sectors. This shift signifies that the national carbon market will evolve from a sector‑specific regulatory tool into a foundational industrial decarbonization framework with systemic binding force.

 

(II) Dualistic development of the market structure, with quotas and voluntary markets working in tandem.

 

The national carbon market will gradually develop a dual‑tier structure, with a mandatory emissions‑allowance market operating in parallel with a voluntary emissions‑reduction market. The allowance market will serve to cap total emissions and ensure compliance, while the voluntary emissions‑reduction market, through CCERs, will offer enterprises a more flexible pathway to achieve additional emission reductions.

 

As the methodological framework continues to mature, projects such as forestry carbon sinks, wetland restoration, and distributed energy will become key priorities under the CCER scheme, with their application scenarios expanding beyond quota offsetting to encompass green supply chain management, carbon neutrality for large-scale events, and carbon accounting in public institutions. Meanwhile, the accumulated experience from local carbon‑inclusive initiatives has fostered a broader base of participation in the voluntary market and provided practical case studies for national‑level institutional design.

 

(3) Financial attributes are steadily strengthening, and market vitality continues to improve.

 

The policy designates “enhancing market vitality” as its core objective, with a clear roadmap for carbon‑finance innovation. On the product front, foundational instruments such as carbon pledging and carbon repurchase are being advanced in a prudent and steady manner, while derivative products like carbon funds and carbon futures are being developed in a standardized way; by 2030, the carbon‑finance derivatives market is expected to have established a comprehensive product suite encompassing futures, options, and swaps. In terms of trading participants, financial institutions—including banks, insurers, and fund managers—are gradually being integrated into the trading system, and non‑compliance entities and individual investors are being admitted in an orderly fashion, fostering a diversified participation framework that brings together compliance‑obligated enterprises, financial institutions, and broader societal actors. According to data from the Shanghai Environment and Energy Exchange, carbon‑allowance trading volume in the third quarter of 2025 increased by 45% year on year, underscoring the market‑stimulating effect of expanding the scope of the scheme.

 

(4) Digital transformation is accelerating, and regulatory capabilities are undergoing a comprehensive upgrade.

 

To meet the demands of large-scale market management, digitalization has become a core enabler. Policy mandates the development of “end-to-end, digital, and intelligent” management, registration, and trading systems, while strengthening data security and service capabilities. At the accounting level, there is a shift toward an “automated monitoring approach,” with the implementation of a monthly evidence‑keeping regime for key parameters of key emission entities. At the regulatory level, big data, blockchain, the Internet of Things, and other technologies are being leveraged to establish a comprehensive, end-to‑end data‑quality oversight framework. To date, the Ministry of Ecology and Environment has completed the upgrade of the national carbon market management platform, enabling real-time monitoring and risk early warning for cross‑sectoral enterprises, thereby providing robust technological support for large‑scale market oversight.

 

 

3

 

Core Driver: Policy Guidance

The dual impetus of market empowerment

 

The carbon market is entering a phase of quality enhancement, which hinges both on the continued issuance of policies that ensure regulatory certainty and on the ability of market mechanisms to generate genuine incentives for emissions reductions. Over the next five years, policy constraints, sectoral expansion, financial participation, technological advances, and international pressures will converge to drive the carbon market’s transition from “passive compliance” to “proactive price formation.”

 

(1) Top-level policy design provides robust support.

 

The coordinated planning and deployment by the CPC Central Committee and the State Council have established the carbon market’s fundamental positioning and development trajectory. The “Opinions on Promoting Green and Low-Carbon Transformation and Strengthening National Carbon Market Development” sets out clear medium- and long-term goals: by 2027, the market will broadly cover the major emitting sectors in industry; by 2030, it will be fully operational as a national carbon market based on total‑quantity cap-and-trade, combining free allocation with auctioned allowances. The Ministry of Ecology and Environment has advocated a shift from intensity‑based to总量‑based control, while simultaneously reinforcing oversight of local pilot programs, clarifying that no new local or regional carbon markets will be established, and accelerating the construction of a unified national market to foster stable policy expectations. Meanwhile, the end-to-end institutional framework—covering quota allocation, data accounting, verification and compliance, and regulatory enforcement—has been steadily refined, providing robust safeguards for the market’s orderly operation.

 

(II) Industry Expansion Reshapes the Market Supply-and-Demand Dynamics

 

Industry expansion is a key factor shaping the supply-and-demand dynamics of the carbon market over the next five years. Under the established plan, once sectors such as steel, cement, and electrolytic aluminum are fully integrated by 2026, annual controlled emissions will increase by approximately 3 billion tonnes in a single step, significantly expanding the scale and scope of the national carbon market. By 2027, high-emission industries will be virtually fully covered.

 

Marginal abatement costs vary significantly across industries. Expanding the market will directly introduce a cross‑industry cost‑comparison mechanism, enabling firms to optimize their carbon‑asset allocation on a broader scale. This process will not only enhance market liquidity but also help ensure that carbon prices gradually reflect true abatement costs. At the same time, the newly included sectors exhibit high emission intensities, long value chains, and wide geographic dispersion, objectively necessitating an upgrade of the carbon market from a “single‑sector regulatory tool” to a more comprehensive, system‑wide emissions‑reduction framework.

 

(3) Market mechanisms stimulate endogenous emission-reduction incentives.

 

As market rules continue to improve, the carbon market’s endogenous incentive mechanisms are beginning to take effect. Among these changes, the adjustment of quota allocation methods has been the most decisive. The gradual increase in the share of allowances allocated through auctions has transformed quotas from a “system‑wide benefit” into a production factor with explicit costs, thereby subjecting firms’ emission‑reduction decisions directly to carbon price signals.

 

Meanwhile, the introduction of carbon‑finance instruments is reshaping how the market operates. The gradual rollout of derivatives helps enhance price‑discovery efficiency and risk‑management capabilities, attracting a broader range of non‑compliant entities to participate in trading. Meanwhile, the CCER market, by providing revenue streams for projects such as forestry carbon sinks and methane utilization, fosters a positive feedback loop—“emission reduction–trading–reinvestment”—thereby offering a buffer for high‑cost emission‑reduction sectors.

 

(4) Technological Innovation Overcomes Development Bottlenecks

 

Technological advancement is a crucial foundation for the effective functioning of carbon markets. On the one hand, monitoring and accounting technologies are continuously being upgraded. The deployment of satellite remote sensing, drone‑based inspections, and other tools has expanded emissions monitoring from post‑event verification to end-to-end oversight, thereby providing the technical underpinnings necessary for large‑scale market operations.

 

On the other hand, data governance capabilities have been significantly strengthened. The application of blockchain technology in carbon‑asset traceability has enhanced the credibility of emissions data and transaction records, while reducing the scope for human intervention. Meanwhile, the gradual reinforcement of price signals is steering capital toward low‑carbon technology R&D, leading to sustained increases in investment in key technologies such as CCUS. As a result, technological progress and market mechanisms are beginning to reinforce one another.

 

(5) International Collaboration Drives Market Upgrading

 

The accelerating development of international carbon pricing mechanisms has provided the Chinese carbon market with external benchmarks and tangible pressure. Following the full implementation of the European Union’s Carbon Border Adjustment Mechanism (CBAM), carbon costs have become explicitly higher for export‑oriented sectors such as steel and aluminum, transforming carbon asset management from a compliance issue into a competitive one.

 

Against this backdrop, the institutional refinement and price efficiency of China’s domestic carbon market have become increasingly critical. The advancement of cross‑border carbon‑asset trading pilots has paved the way for exploring regional carbon‑pricing mechanisms. At the policy level, the explicit commitment to enhancing the international recognition of CCERs signals that, in the future, China’s carbon market will progressively engage in the global carbon‑market architecture through regulatory alignment and mutual recognition of standards.

 

 

4

 

Phased trend:

The Three Major Cycles of阶梯式增长

 

Under the combined influence of policy dynamics and market mechanisms, the national carbon price is expected to exhibit distinct phase‑specific characteristics between 2025 and 2030. Overall, carbon prices are unlikely to rise in a linear fashion; rather, they are more likely to follow a stepwise trajectory—“volatility and bottoming out—central‑trend upward shift—accelerated ascent”—with markedly different driving factors at each stage.

 

(1) Short-term (Q4 2025–2026): Volatility and bottom-building, seeking equilibrium.

 

The price range is RMB 60–75 per ton, with the key features being policy‑transition adjustments and preparatory measures ahead of industry expansion. In the fourth quarter of 2025, as the market enters the traditional compliance cycle, concentrated corporate procurement may drive a modest rebound in prices. However, the off‑peak industrial season in September–October will lead to a decline in output across sectors such as thermal power and steel, weakening quota demand on a temporary basis and capping upward price momentum. In 2026, detailed rules governing industry expansion will shape market sentiment; initial price movements may see brief adjustments, but support around RMB 60 per ton remains robust. As new industries and enterprises join the market, spot‑trading volume in 2026 could surpass RMB 120 billion.

 

(II) Mid-term (2027–2028): Steady upward trend, with the central tendency shifting higher.

 

The price range is RMB 80–120 per ton, with the core rationale being that effective total‑quantity control and paid allocation are making scarcity more apparent. With the full implementation of the total‑quantity control mechanism and paid allocation in 2027, supply and demand will be fundamentally reshaped. Following the comprehensive inclusion of sectors such as power, steel, and building materials, genuine quota‑related demand will be fully unleashed; according to projections by the Planning Institute of the Ministry of Ecology and Environment, carbon prices could exceed RMB 100 per ton by 2028. Meanwhile, with the launch of carbon futures and other derivatives in 2027, the share of financial trading is expected to rise from the current 10% to over 30%, enhancing price‑discovery functions. The refinement of the CCER mechanism will establish a coordinated trading framework between allowances and voluntary emission reductions, thereby alleviating decarbonization pressures in certain industries.

 

(3) Long-term (2029–2030): Accelerated upward trajectory, benchmarked against international standards.

 

The price range stands at RMB 120–180 per ton, driven primarily by the ongoing tightening of overall allowances and mounting pressure to align with international benchmarks. By 2029–2030, the carbon market is expected to reach maturity, with the total allowance cap declining annually in line with the “dual carbon” targets—drawing on the EU’s annual reduction rate of 1.74%—thereby further intensifying scarcity. Hard‑to‑meet targets, such as shifting steel production to short‑process routes and substituting fossil fuels in cement manufacturing, will compel companies to purchase high‑priced allowances. At the global level, the IMF projects an average carbon price of USD 85 per ton by 2030 (roughly RMB 600), and although China’s domestic carbon pricing is unlikely to fully match this level, the trend toward convergence is clear. Coupled with the still‑substantial costs of technologies like carbon capture, utilization, and storage (CCUS)—around RMB 380 per ton—these factors will collectively underpin a faster upward trajectory for carbon prices.

 

 

 

5

 

Evolution of Market Structure:

Diversification, refinement, and integration

 

As the market expands and its institutional framework matures, the structure of China’s national carbon market is undergoing profound transformation. Over the next five years, trading participants, product offerings, and regional dynamics will be adjusted in tandem, with the market’s operating logic shifting gradually from compliance‑centric to one centered on price formation and allocative efficiency, bringing its overall configuration closer to that of a mature carbon market.

 

(1) Trading Entities: From “Regulation-Driven” to “Multi-Stakeholder Participation”

 

Market participants will evolve from a current focus on compliance‑obligated enterprises to a more diversified landscape featuring “compliance‑obligated firms, financial institutions, and investment funds.” Policy measures are encouraging banks, securities firms, and fund managers to enter the market through carbon‑pledge financing, carbon funds, and market‑making activities. Specialized carbon‑asset management entities are expanding rapidly, while state‑owned central enterprises, local SOEs, and private firms are engaging in both competition and collaboration, fostering a new ecosystem. International carbon‑asset management firms are accelerating their presence, bringing cutting‑edge expertise and elevating the market’s level of professionalization. Meanwhile, individual investors will participate in the voluntary carbon market in an orderly manner via inclusive carbon‑offset mechanisms, spurring broader societal enthusiasm for emissions reductions.

 

(II) Product Portfolio: From “Spot‑Driven” to “Multi‑Tiered Derivatives”

 

The product lineup will evolve from a primarily spot‑trading focus to a more diversified “spot plus derivatives” framework. Following the official launch of carbon futures in 2026–2027, derivative instruments such as options and swaps will be introduced in succession; meanwhile, innovative products like carbon index funds and carbon‑asset securitization will offer investors a broader range of allocation choices. CCERs and allowances will develop in tandem, with CCER projects in green energy, carbon capture, forestry carbon sinks, and other sectors taking center stage, creating a complementary relationship with the allowance market and expanding the boundaries of market functionality.

 

(3) Regional Layout: From “Pilot Programs in Dispersed Areas” to “Nationwide Uniformity”

 

Local carbon‑pricing pilots will phase out in line with policy, while the national unified market will be further consolidated, eliminating regional price disparities and trading barriers. (Previously, pilot carbon prices in Hubei and Shanghai were roughly 10%–15% below the national average; these differences will gradually dissipate following integration.) Regions such as the Yangtze River Delta and the Guangdong–Hong Kong–Macao Greater Bay Area will explore cross‑provincial carbon‑emission accounting and carbon‑asset‑trading mechanisms, fostering a framework of coordinated emission reductions across jurisdictions, enhancing the representativeness and authority of the national unified carbon price, and preventing market fragmentation and resource misallocation.

 

 

 

6

 

Risks and Scenarios:

Market Outlook Under Uncertainty

 

Although medium- and long-term trends are relatively clear, the carbon market remains subject to phased volatility risks due to multiple uncertainties stemming from policy implementation, economic cycles, and the international environment. Under different scenarios, carbon price trajectories may diverge significantly, underscoring the need for prudent risk management.

 

(1) Five Core Risks

 

Policy implementation risks: If quota adjustments or the actual rollout of paid allocation ratios fall short of expectations, or if the pace of phasing out local pilot programs changes, market confidence will be directly affected.

 

Economic cycle risk: Manufacturing contraction reduces quota demand, while economic overheating drives up carbon emissions, and two-way volatility increases the difficulty of market forecasting.

 

Data quality risks: If carbon‑emission data manipulation is not effectively curbed, it will undermine the market’s credibility and compromise the fairness of quota allocation.

 

International Coordination Risks: Trade tensions could impede the internationalization of carbon markets, while changes in the implementation intensity of the EU’s CBAM will have differentiated impacts on exporting firms.

 

Technology‑substitution risk: Rapid cost reductions in renewable energy or the emergence of breakthrough decarbonization technologies could ease the emission‑reduction pressure on carbon markets.

 

(II) Three-Scenario Forecasting

 

 

 

 

7

 

Technical Support: Strengthening the Market

The Technological Cornerstone of Healthy Development

 

The technological framework serves as the foundation for ensuring the long-term stability of the carbon market. Over the next five years, the focus of technological advancement will not be on isolated breakthroughs, but on establishing a coordinated support system that spans the entire lifecycle—covering data management, trading, and emissions reduction.

 

(1) End-to-End Data Quality Management: Blockchain + IoT + AI

 

Promote blockchain-based traceability of carbon assets by recording emissions data, quota allocations, and transaction histories on the chain as verifiable evidence, thereby addressing fraud at its source. Encourage key enterprises to install IoT‑enabled monitoring devices, such as CEMS systems, to enable real-time collection and automated transmission of carbon emission data. Leverage AI to refine accounting models and validate data against industry‑specific process parameters, ensuring fair quota allocation and establishing a trustworthy foundation for market operations.

 

(II) Empowering with Carbon-Finance Innovation: Big Data + Risk Monitoring

 

Integrate trading data, emission‑reduction costs, and macroeconomic indicators to build big‑data models, providing a scientific basis for pricing carbon futures and other derivatives; establish a real‑time risk‑monitoring platform, set price‑volatility thresholds (e.g., a volatility cap of ≤15% under an optimistic scenario), and issue early warnings for abnormal trading activities; leverage blockchain technology to ensure asset‑rights confirmation for carbon‑pledge and repurchase transactions, thereby supporting the orderly expansion of carbon‑finance scale.

 

(3) Low-Carbon Technology Synergy: CCER + Green Electricity Traceability

 

Promote technological upgrades in CCER by leveraging material innovations and process optimizations to further reduce CCUS costs from RMB 380 per ton. Develop a green‑electricity consumption‑traceability system to accurately quantify corporate green‑electricity usage, ensuring the authenticity of green‑electricity‑based emission‑reduction quotas. Employ AI to optimize short‑process steelmaking and cement alternative‑fuel technologies, thereby lowering unit carbon intensity and fostering synergies between technological decarbonization and market‑based mechanisms.

 

(4) National Unified Technology Platform: Cloud Computing + Distributed Architecture

 

Upgrade the trading system to support efficient cross‑regional, multi‑stakeholder transactions and eliminate “price gaps”; introduce an additional market‑operation analytics module to generate real‑time supply‑and‑demand statistics, providing data‑driven insights for policy adjustments and enhancing both the operational efficiency and the precision of regulation in the national unified market.

 

 

8

 

Practical Pathways and Stakeholder Recommendations

 

Against the backdrop of both policy certainty and market growth, carbon‑market participants must shift from a compliance‑driven to a strategic mindset, proactively positioning themselves to capture institutional benefits while keeping risks under control.

 

(1) Four Major Practical Approaches

 

Strengthening the Data and Institutional Foundations: refining the industry’s accounting standards framework, establishing a three-tier verification system—“enterprise self-assessment–third-party verification–government oversight”—clarifying the rights and responsibilities of all stakeholders, and enhancing market credibility.

 

Deepen innovation in market mechanisms: prioritize the launch of foundational carbon‑finance products such as carbon pledging and carbon repurchase; conduct pilot programs for carbon futures at an appropriate time; and steadily introduce a diversified range of trading participants to invigorate market dynamism.

 

Strengthen regional and sectoral coordination: establish a cross‑regional quota reallocation mechanism, form industry alliances to develop targeted emissions‑reduction plans, standardize the functions of local pilot and innovation initiatives, and foster policy synergy.

 

Advancing international cooperation and alignment: Participating in the development of international carbon market standards, promoting mutual recognition between CCER and mainstream international voluntary emission reduction standards, deepening cross‑national carbon market collaboration, and helping enterprises navigate international carbon‑related barriers.

 

(II) Recommendations for Targeted Stakeholders

 

Carbon‑emitting enterprises: Integrate carbon assets into their strategic planning, closely monitor the 2026 industry expansion guidelines and the 2027 adjustments to the paid allocation ratio; establish a carbon‑asset ledger and flexibly deploy carbon‑finance instruments to hedge price risks; proactively develop green‑power and CCER projects to build diversified decarbonization pathways.

 

Financial institutions: Expand the scale of carbon‑pledge financing and strengthen their market‑making capabilities; launch innovative products such as carbon index funds and participate in the development of carbon‑finance infrastructure; after 2027, prioritize the deployment of risk‑management services related to carbon futures, seizing opportunities in the derivatives market.

 

Export-oriented enterprises (in the steel and aluminum sectors): Establish a full‑chain carbon‑cost accounting system, proactively secure allowances and CCERs, optimize the low‑carbon footprint of their supply chains, incorporate carbon costs into pricing strategies, and proactively address the impact of international carbon border adjustment mechanisms such as the EU’s CBAM.

 

Investors: Allocate to carbon‑index funds and carbon‑asset securitization products over the medium to long term; prioritize investment opportunities in green‑power operations, CCUS, carbon monitoring (MRV), blockchain‑based carbon traceability, and related sectors, thereby capturing the market’s growth dividends.

 

 

9

 

Conclusion

 

The period from 2025 to 2030 will be a pivotal five-year phase in China’s carbon market, marking its transition from quantitative accumulation to qualitative leapfrogging. Under the dual impetus of stringent policy guidance and endogenous market forces, the carbon market will progressively achieve its development objectives: broader coverage, more refined institutional design, diversified financial instruments, and intelligent regulatory capabilities. In the face of management challenges arising from sectoral expansion, risks associated with carbon price volatility, and the complex requirements of international alignment, market participants must stay attuned to the policy rhythm, leverage technological innovation, and seize opportunities while effectively managing risks. By strengthening foundational infrastructure, innovating mechanisms, fostering collaborative governance, and promoting open cooperation, China’s carbon market will not only serve as a central instrument for advancing the green transformation of the economy but will also contribute a “China solution” to global climate governance, providing robust support for achieving the goals of peaking carbon emissions before 2030 and attaining carbon neutrality before 2060.