China Sets 2030 Industrial Carbon Targets as Emissions Control System Takes Shape

Factories and computing facilities face new carbon goals

China plans to establish about 400 carbon footprint accounting rules and standards for key industrial products and build about 500 national zero carbon factories and computing facilities by 2030, under a new plan covering industry and information technology.

The Ministry of Industry and Information Technology made the plan public on October 21, 2026. It calls for carbon dioxide emissions per unit of industrial value added to fall by at least 17% from 2025 levels by 2030, alongside a reduction of at least 10% in energy consumption per unit of value added at industrial enterprises above the designated size threshold.

The Implementation Plan for Accelerating the Establishment of a Carbon Emissions Dual Control System in Industry and Information Technology covers 2026 to 2030. Its central task is to build a system that manages both the amount of carbon emitted and the emissions associated with producing economic value.

Steelworks, chemical plants and building materials producers are among the established industries targeted. Solar manufacturing and computing facilities also face attention because their energy demand is growing quickly. The ministry is extending carbon management across factories, industrial parks, products, investment projects and local governments.

For businesses, the changes reach beyond installing more efficient equipment. Companies will need better emissions accounts, cleaner sources of electricity and heat, and more consistent information about the carbon associated with their products. Local authorities will face closer scrutiny of how new industrial projects affect emissions.

What does controlling carbon in two ways mean?

China's dual control system tracks two different measures. Total emissions are the amount of carbon dioxide released. Emissions intensity measures how much is released for each unit of economic output. A factory can reduce its intensity by making the same value of goods with less carbon pollution.

Industrial value added means the economic value created through production after subtracting the value of inputs bought from other businesses. The ministry's 17% target therefore concerns emissions relative to the value industry creates, while the 10% target concerns energy used relative to that value.

Using an index makes the targets easier to picture. If industrial carbon intensity stood at 100 in 2025, a reduction of at least 17% would bring it to 83 or lower in 2030. An energy intensity index starting at 100 would need to fall to 90 or lower.

Production growth still matters. If factories expand their output sufficiently, total emissions can rise even while emissions per unit of output fall. Managing both measures gives authorities a way to track cleaner production and the amount of pollution entering the atmosphere.

The General Office of the State Council's August 2024 policy announcement set the national framework: intensity control would take priority during 2026 to 2030, supported by control of total emissions. The new industrial plan turns that framework into tasks for particular sectors and businesses.

How the policy developed

China's move toward carbon control follows an earlier system focused on total energy consumption and energy use relative to economic output. Tracking carbon more directly gives greater weight to the energy source: electricity generated from wind or solar power has a different emissions profile from electricity generated by burning coal.

The policy has developed through several stages:

• 2021: China announced that it would gradually move from dual control of energy consumption to dual control of carbon emissions.
• July 2023: The Central Committee for Comprehensively Deepening Reform endorsed the shift.
• August 2, 2024: The State Council released its national work plan for establishing the carbon emissions dual control system.
• By the end of 2025: The work plan called for stronger measurement, accounting and monitoring capacity, alongside trials of local carbon budgets.
• October 21, 2026: The ministry publicly released the industrial implementation plan covering 2026 to 2030.
• By 2030: The industrial standards, facility construction and intensity reduction targets are due.

The 2024 framework also called for carbon indicators to enter national economic and social development planning and assessments of local government performance. After China reaches its emissions peak, the framework shifts toward making total emissions control the primary measure, with intensity control supporting it.

Traditional industry and new energy demand share the focus

Steel, nonferrous metals, petrochemicals, chemicals and building materials are central to the ministry's enforcement plans. Authorities are instructed to strengthen industrial energy conservation inspections and apply the Measures for Industrial Energy Conservation Supervision.

Solar manufacturing and computing facilities are included alongside those established sectors. Producing equipment for clean energy still requires energy, while facilities that process and store digital information need electricity to run equipment and cooling systems.

Wei Yiming, director of the Beijing Laboratory of Carbon Neutrality Systems Engineering at the Beijing Institute of Technology, said the plan addresses both traditional industries with high energy consumption and emerging areas experiencing rapid growth. His assessment was that existing industrial emissions need to be reduced while growth in new sources is managed.

The ministry also wants stronger standards for energy consumption limits, carbon emissions limits and the efficiency of major energy consuming equipment. These measures connect inspections with clearer technical requirements, giving regulators and companies common benchmarks for assessing performance.

Industry coverage is one part of a broader structure. The plan divides its work into four areas: key sectors; enterprises and industrial parks; industrial products; and local authorities and projects. Together, they connect national goals with decisions about equipment, factory operations and new construction.

What the 500 zero carbon facilities would involve

The target of about 500 applies to national zero carbon factories and zero carbon computing facilities combined. The public announcement gives no breakdown between the two categories or detailed timetable for individual facilities.

Eligible businesses are encouraged to use direct connections to green electricity and systems that coordinate electricity supply, the power grid, demand and energy storage. In practical terms, this means planning electricity generation and factory consumption together, with storage helping to balance differences between when power is produced and when it is needed.

The plan calls for greater use of zero carbon electricity, heat, hydrogen and fuels. It also encourages qualifying localities to develop provincial zero carbon factories and computing facilities, extending the approach beyond the national programme.

Industrial parks and supply chains are included too. New projects should be guided toward zero carbon parks, while businesses are encouraged to develop supply chains with lower or zero carbon emissions. A factory's choices can therefore affect requirements for its energy suppliers, materials providers and logistics arrangements.

Digital management is another proposed tool. Tracking energy use and emissions more closely can help companies identify inefficient equipment, compare production processes and manage demand. The plan supports the development of large artificial intelligence models for industrial energy conservation and carbon reduction, alongside intelligent equipment.

Which technologies are being encouraged?

The ministry identifies efficient motors, transformers, industrial heat pumps, cooling and heating equipment, equipment for producing hydrogen through water electrolysis, and information and communications equipment as priorities for development and wider use.

Industrial heat pumps move heat to where it is needed rather than relying entirely on generating new heat through combustion. Water electrolysis uses electricity to split water into hydrogen and oxygen. Using electricity from clean sources can reduce the emissions associated with producing that hydrogen.

Liu Wenqiang, of the China Electronics Information Industry Development Research Institute, said replacing other energy sources with electricity and increasing green energy use were expected to contribute about 25% of carbon reductions during the 15th Five Year Plan period. He identified high temperature heat pumps, industrial green microgrids, and green hydrogen, ammonia and methanol as areas needing development.

The ministry's programme also calls for manufacturing pilot platforms and innovation centres. Pilot facilities allow technologies to be tested at a stage between laboratory research and full commercial production, helping businesses work out whether a process can operate reliably at a larger scale.

Ling Yiqun, vice president of the China Petroleum and Chemical Industry Federation, said these priorities fit work already being pursued in petrochemicals and chemicals. He cited refining using green hydrogen, green ammonia and methanol, electrification, and carbon capture, utilisation and storage. The last of these involves collecting carbon dioxide for use or storage instead of releasing it into the atmosphere.

Why 400 product accounting standards matter

The target of about 400 carbon footprint accounting rules and standards addresses a practical problem: companies need consistent methods to calculate emissions associated with industrial products. Without a shared method, buyers and regulators have difficulty comparing figures calculated using different assumptions.

A product carbon footprint counts emissions across specified stages of its life, such as raw material production and manufacturing. The accounting rules define what activities are included and how their emissions should be calculated.

The ministry plans to combine standards, supporting databases and practical applications to build the industrial product carbon footprint management system. This connects measurement with decisions businesses make when choosing materials, production processes and suppliers.

The State Council's 2024 framework had already called for product carbon footprint accounting and carbon label certification. It also called for a national database of greenhouse gas emission factors to be completed and regularly updated. An emission factor is a value used to estimate the emissions associated with an activity, such as consuming a quantity of fuel.

Reliable databases are particularly useful when a manufacturer cannot measure every emission directly. Shared calculation values and product rules can make the resulting accounts more consistent across companies and regions.

Local budgets and new projects face closer checks

Local authorities are expected to establish emissions accounting mechanisms, identify their starting emissions levels and manage increases from industrial development. The plan also calls for carbon emissions replacement arrangements and evaluations for industrial projects with high energy consumption and high emissions.

Carbon emissions replacement links a project's added emissions to reductions elsewhere under the applicable arrangements. The ministry places this alongside project evaluation and assessments of progress toward carbon peaking and carbon neutrality.

The national framework also introduces local carbon budgets. Much like a financial budget tracks money, a carbon budget tracks planned emissions against a goal. During 2026 to 2030, provinces are to prepare and adjust these budgets using their intensity reduction targets.

Liu Wenqiang, identified as Party secretary of the China Electronics Information Industry Development Research Institute in remarks accompanying the plan's release, described its role in connecting different levels of carbon management. In translated remarks, he said:

The issuance and implementation of the plan provides clear guidance for establishing and improving policies and systems for local carbon assessment, sector carbon control, enterprise carbon management, project carbon evaluation and product carbon footprints in industry and information technology, and will provide strong support for carbon peaking in these fields.

The State Council framework also calls for regular emissions monitoring, warnings where emissions are growing rapidly, and expansion of the national carbon emissions trading market. Those measures give authorities several ways to connect development decisions with emissions performance.

How the targets fit the wider climate challenge

The Centre for Research on Energy and Clean Air's 2024 policy analysis described the national work plan as China's first on carbon emissions dual control. It said the shift directs attention toward the emissions results of energy use rather than energy consumption alone.

The centre noted that China's national carbon intensity target for 2020 to 2025 was an 18% reduction and assessed progress as lagging at the time. That earlier target measured emissions relative to the whole economy's output. The new industrial target uses industrial value added and a 2025 baseline, so the two percentages cover different measures and periods.

The centre's August 2024 assessment suggested emissions might have peaked in the first quarter of that year and declined in the second, supported by clean electricity growth and weaker cement and steel production. That was a contemporary estimate; the national policy goal remains to peak carbon emissions before 2030.

The centre also argued that alignment with the Paris Agreement's climate goals would require emissions to fall 30% below their peak by 2035. That assessment sets a longer term challenge beside the ministry's immediate tasks: better accounting, cleaner industrial energy, more efficient equipment and closer control of emissions from new development.

Key Points

• China's industrial carbon control plan covers 2026 to 2030 and was publicly released on October 21, 2026.
• By 2030, industrial carbon intensity is targeted to fall at least 17% from 2025, while energy intensity should fall at least 10%.
• The ministry plans about 400 product carbon footprint rules and standards and about 500 national zero carbon factories and computing facilities combined.
• Steel, chemicals and building materials share the focus with solar manufacturing and computing facilities.
• Factories, industrial parks, products, local governments and new projects will be covered by connected accounting and evaluation systems.
• National policy prioritises emissions intensity control during 2026 to 2030, with total emissions control becoming primary after emissions peak.