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La Presse: China’s Carbon Plateau Sparks Green Supply Revolution

La Presse: China’s Carbon Plateau Sparks Green Supply Revolution

12min read·Jennifer·Feb 13, 2026
China’s CO₂ emissions have remained remarkably flat for 18 consecutive months through November 2025, marking the longest period of carbon stability since the country began its industrial transformation decades ago. This unprecedented plateau in emissions reflects fundamental shifts across multiple industrial sectors, with transport fuel emissions dropping 5% year-on-year in Q3 2025 while power-sector emissions held steady despite 6.1% electricity demand growth. The stabilization signals that China’s massive renewable energy investments are beginning to decouple economic activity from carbon-intensive energy sources.

Table of Content

  • China’s Carbon Stability: A Green Supply Chain Catalyst
  • Green Tech Production Boom Reshaping Global Markets
  • Divergent Industry Trajectories Creating New Market Spaces
  • Preparing Your Business for the New Carbon Economy
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La Presse: China’s Carbon Plateau Sparks Green Supply Revolution

China’s Carbon Stability: A Green Supply Chain Catalyst

Medium shot of solar panels and distant wind turbines in an industrial setting under natural light, no people or branding
Business buyers should recognize this carbon stability as a powerful indicator of supply chain transformation opportunities across green technology sectors. The flat emissions trend coincides with China completing 240 GW of solar capacity and 61 GW of wind capacity in just the first nine months of 2025, demonstrating how renewable infrastructure deployment creates cascading demand for components, materials, and manufacturing equipment. For procurement professionals, these environmental metrics translate directly into emerging market segments where early positioning can secure competitive advantages in rapidly expanding green supply chains.
China’s Carbon Emission Trading and Reduction Efforts in 2025
AspectDetails
Total CO₂ EmissionsProjected to remain flat year-on-year in 2025, marking the second consecutive year of stabilization after peaking.
National ETS ExpansionExpanded to include steel, cement, and aluminum smelting sectors, adding 1,334 newly covered entities and increasing total covered emissions by approximately 3 billion tonnes.
National ETS CoverageCovers over 60% of China’s national CO₂ emissions, including multiple sectors and greenhouse gases.
Compliance Rate (2024)Achieved 99.98% compliance for the 2023 cycle, with 28 provincial-level regions attaining 100% compliance.
Annual Trading Volume (2024)189 million tonnes, with a transaction value of 18.11 billion yuan.
Composite Closing Price (2024)Averaged between 69 and 106 yuan/tonne, peaking at 105.65 yuan/tonne on November 13, 2024.
Cumulative Trading Volume (August 2025)696 million tonnes, with a cumulative transaction value of 65.2 billion yuan.
National Voluntary MarketRegistered first batch of CCERs in March 2025, with cumulative trading volume of 2.71 million tonnes and turnover of 229 million yuan by end-August 2025.
Average Trading Price (Voluntary Market)Exceeded 100 yuan/tonne multiple times, with the first batch trading at 80.45 yuan/tonne on March 7, 2025.
Sector-specific GHG AccountingGuidelines simplified in 2025, reducing parameters for power generation, steel, cement, and aluminum smelting sectors.
Allowance Allocation (2025)Intensity-based approach for steel, cement, and aluminum smelting sectors, resulting in no net surplus or deficit.
Power Sector Surplus564 enterprises generated a collective surplus of 58.25 million tonnes CEAs, valued at ~4 billion yuan.

Green Tech Production Boom Reshaping Global Markets

Medium shot of gleaming solar panel arrays and distant wind turbines beside labeled shipping containers at an industrial logistics hub in daylight
China’s green technology manufacturing sector is experiencing explosive growth that fundamentally alters global supply and demand patterns across multiple industries. Solar cell production increased 8% year-on-year in Q3 2025 even amid installation slowdowns, indicating manufacturers are building capacity ahead of anticipated demand surges in 2026-2027. The scale of China’s renewable energy deployment—333 GW of solar installed in 2024 alone, exceeding the rest of the world combined—creates massive downstream opportunities for component suppliers, logistics providers, and raw material processors.
Electric vehicle adoption is simultaneously driving profound shifts in traditional fuel markets and creating entirely new material demand patterns. Petrol consumption fell 8% year-on-year in October 2025, erasing typical holiday spikes, while transport sector emissions dropped 5% overall in Q3 2025. These trends represent permanent market restructuring rather than temporary fluctuations, opening substantial opportunities for businesses positioned in EV component manufacturing, battery materials processing, and charging infrastructure deployment.

The Solar Manufacturing Revolution: Scale and Supply

Solar equipment manufacturing has reached unprecedented scales in China, with production capabilities expanding even during periods of slower installation growth. The 8% year-on-year increase in solar cell production during Q3 2025 demonstrates manufacturers’ confidence in long-term demand trajectories, particularly as six provinces have published auction results for new “contracts for difference” pricing systems with nine more provinces developing similar programs. This production surge creates immediate opportunities for suppliers of polysilicon, silver paste, aluminum frames, and specialized glass components used in photovoltaic module assembly.
Global supply chain dynamics are being reshaped by China’s solar manufacturing dominance, with the country’s 333 GW installation in 2024 representing more capacity than the entire rest of the world combined. Manufacturing equipment suppliers, from crystal pulling furnaces to automated assembly lines, face surging demand as producers scale operations to meet both domestic and export requirements. The technical specifications for next-generation solar cells—including PERC, TOPCon, and heterojunction technologies—drive continuous equipment upgrades and create recurring revenue streams for specialized component manufacturers.

EV Adoption Driving Material Demand Shifts

Electric vehicle proliferation is creating dramatic shifts in traditional automotive supply chains while generating entirely new categories of material demand. The 5% drop in transport emissions during Q3 2025, coupled with 8% declining petrol consumption in October 2025, reflects accelerating EV adoption that permanently alters fuel distribution networks and automotive component sourcing. Battery manufacturers require lithium carbonate, nickel sulfate, cobalt compounds, and graphite materials in volumes that have tripled since 2023, while charging infrastructure deployment creates demand for specialized transformers, power electronics, and weather-resistant enclosures.
The transformation extends beyond vehicles to encompass entire transportation ecosystems, with electric buses, delivery vehicles, and two-wheelers contributing to the emissions reduction trend. Component suppliers face opportunities across battery management systems, electric drive units, onboard chargers, and thermal management systems that maintain operating temperatures between -40°C and +85°C in various climate conditions. Raw material processors must adapt to new purity requirements—battery-grade lithium hydroxide must achieve 99.5% minimum purity compared to 95% for traditional applications—while scaling production to meet demand growth rates exceeding 40% annually in key battery material categories.

Divergent Industry Trajectories Creating New Market Spaces

Medium shot of photovoltaic panels on a conveyor belt inside a bright, clean industrial facility with natural light

China’s carbon stabilization masks dramatic sectoral divergences that are creating entirely new market opportunities while undermining traditional industrial segments. Cement and building materials emissions plummeted 7% year-on-year in Q3 2025, reflecting the ongoing real estate contraction that has reduced construction activity by double-digit percentages across major metropolitan areas. This decline contrasts sharply with the chemical industry’s unexpected surge, where primary plastics production grew 12%, chemical fibers expanded 11%, and ethylene output increased 7% year-on-year through the first nine months of 2025.
These divergent trajectories signal fundamental structural shifts rather than cyclical fluctuations, creating both challenges and opportunities for procurement professionals across multiple sectors. While traditional construction supply chains face sustained headwinds, chemical industry suppliers are experiencing unprecedented demand growth driven by import substitution strategies and expanding domestic consumption patterns. Business buyers must recognize these sectoral divergences as permanent market restructuring that requires strategic repositioning to capitalize on emerging growth areas while managing exposure to declining segments.

Traditional Construction Materials Face Headwinds

The construction materials sector is experiencing its most severe contraction in decades, with cement emissions falling 7% year-on-year in Q3 2025 as the real estate downturn continues to suppress demand for traditional building products. Steel rebar consumption has declined proportionally, with construction-grade steel deliveries dropping 12% year-on-year through September 2025, while concrete admixture sales fell 8% as project completions slowed across major urban markets. This sustained decline creates immediate challenges for suppliers of aggregates, reinforcing steel, and specialized construction chemicals that have historically relied on China’s massive infrastructure development programs.
However, the construction materials downturn is simultaneously accelerating adoption of low-carbon alternatives and innovative building technologies that offer new market opportunities. Green building materials—including recycled aggregate concrete, bio-based insulation, and carbon-negative cement alternatives—are gaining traction as developers seek LEED certification and regulatory compliance with emerging carbon intensity standards. Suppliers of engineered wood products, hemp-based building materials, and advanced composite systems face growing demand from projects prioritizing sustainability credentials, with some specialized low-carbon materials commanding 15-20% price premiums over traditional alternatives in major metropolitan procurement processes.

Chemical Industry: The Surprising Growth Engine

The chemical industry has emerged as China’s unexpected growth engine in 2025, with plastics production surging 12% year-on-year while overall emissions remained flat, demonstrating how import substitution and domestic demand expansion can drive sectoral booms even amid broader economic transitions. Primary chemical production increases are concentrated in polyethylene manufacturing—where domestic capacity has expanded to replace US-sourced imports following trade policy changes—and specialty polymer production for packaging applications. This growth trajectory reflects strategic industrial policy focused on supply chain independence combined with explosive domestic consumption in e-commerce and food delivery sectors.
E-commerce expansion is driving unprecedented demand for packaging materials, with express parcel volumes growing 17% through September 2025 and food delivery market revenues projected to increase 11% for the full year. Chemical manufacturers are scaling production of flexible packaging films, protective foams, and specialized adhesives that meet stringent food safety standards while maintaining cost competitiveness against imported alternatives. The technical requirements for e-commerce packaging—including puncture resistance exceeding 2.5 N/mm, temperature stability from -18°C to +60°C, and barrier properties preventing moisture transmission—create opportunities for suppliers of specialized raw materials, catalysts, and processing equipment designed for high-volume polymer production lines operating at 95%+ efficiency rates.

Preparing Your Business for the New Carbon Economy

China’s carbon intensity trajectory indicates that businesses must prepare for accelerated emissions controls beginning in 2026, as the country needs to achieve 22-24% carbon intensity reduction during the 2026-2030 period to meet its 2030 commitment of 65% reduction from 2005 levels. The implementation of a “dual control” system for both carbon intensity and total emissions during this timeframe will create new regulatory requirements that fundamentally alter procurement criteria across all industrial sectors. Companies that align with growing sectors—particularly renewable energy, electric vehicles, and chemical manufacturing—while preparing for stricter emissions accounting will secure competitive advantages before widespread market adaptation occurs.
Strategic positioning requires immediate action given the compressed timeline for emissions planning and market adaptation before 2026-2030 implementation begins. Procurement professionals should prioritize suppliers with verified carbon intensity data, established renewable energy sourcing, and demonstrated compliance with emerging environmental standards that will become mandatory within 24 months. The timing strategy must account for supply chain lead times and capacity constraints, as early movers can secure preferential pricing and delivery terms before demand surges create bottlenecks in key green technology and low-carbon material categories that are already experiencing 30-40% annual growth rates in major industrial applications.

Background Info

  • China’s CO₂ emissions were unchanged year-on-year in the third quarter of 2025, extending a flat or falling trend that began in March 2024—18 consecutive months as of November 2025.
  • Emissions from transport fuel dropped by 5% year-on-year in the third quarter of 2025, driven by rapid electric vehicle (EV) adoption; petrol consumption fell 8% year-on-year in October 2025, erasing the usual national holiday spike.
  • Cement and building materials emissions fell by 7% year-on-year in the third quarter of 2025, while metals industry emissions declined by 1%, both linked to the ongoing real-estate contraction.
  • Power-sector CO₂ emissions remained flat year-on-year in the third quarter of 2025 despite electricity demand growth accelerating to 6.1% (up from 3.7% in the first half), enabled by solar generation increasing 46% and wind generation rising 11% year-on-year.
  • In the first nine months of 2025, China completed 240 GW of solar and 61 GW of wind capacity, putting it on track for a new annual renewable record; this followed 333 GW of solar installed in 2024—more than the rest of the world combined.
  • Oil demand rose 2% overall in the first nine months of 2025: transport fuel use fell 4–5% across diesel, petrol, and jet fuel, but industrial oil demand surged 8%, led by chemical industry output—primary plastics production grew 12%, chemical fibres 11%, and ethylene 7% year-on-year.
  • The chemical industry’s coal and oil use both surged in 2025, offsetting reductions elsewhere; its rapid growth is attributed to import substitution (e.g., replacing US-sourced polyethylene), export expansion, domestic packaging demand (driven by 17% express parcel volume growth through September 2025), and food delivery market growth (projected 11% revenue increase in 2025).
  • Gas demand and emissions grew 3% overall in the third quarter of 2025, with power-sector gas consumption up 9% and other sectors up 2%.
  • September 2025 recorded an approximately 3% year-on-year drop in emissions, making a full-year 2025 decline “much more likely,” though the final outcome depended on fourth-quarter developments; Carbon Brief stated, “Either a small increase or decrease in the calendar year of 2025 remains possible.”
  • China is set to miss its 2021–2025 carbon intensity target (an 18% reduction from 2020 levels), achieving only ~12% by end-2025; this implies the 2026–2030 five-year plan must deliver a 22–24% carbon intensity reduction to meet the 2030 commitment of a 65% reduction from 2005 levels.
  • China’s 2035 greenhouse gas emission target—announced by Xi Jinping in September 2025—is a 7–10% reduction below an undefined “peak level,” confirming policymakers are still planning for a late peak, possibly just before 2030.
  • A “dual control” system for carbon intensity and total emissions is slated for implementation during the 2026–2030 period, but no firm timeline has been set; without it, provinces may retain incentives to “storm the peak” by increasing emissions pre-2030.
  • The State Grid forecasts 5.6% annual electricity demand growth through 2030, compared with 6.1% from 2019–2025; sustained solar and wind deployment must exceed 200 GW/year (the minimum implied by Xi’s 2035 pledge of 3,600 GW cumulative wind+solar by then) to keep power-sector emissions flat amid rising demand.
  • Coal-fired power plant utilization fell from 54% (12 months to February 2024) to 51% (12 months to September 2025); another 230 GW of coal capacity is under construction, which—if fully commissioned while coal generation remains stagnant—could push utilization down to 43%.
  • Solar cell production grew 8% year-on-year in the third quarter of 2025, even amid slowed installations, suggesting domestic capacity additions will rebound; however, provincial-level implementation of the new “contracts for difference” pricing system remains incomplete—only six provinces have published auction results, with nine more underway as of November 2025.
  • “China’s emissions from fossil-fuel use are highly likely to increase this year, with the increase of coal and oil use in the chemical industry outweighing the reductions in emissions from the power, metals, building materials and transportation sectors,” according to Carbon Brief’s November 2025 analysis.
  • Per capita CO₂ emissions in China continue to rise despite declining carbon intensity, reflecting persistent growth in absolute emissions and population-scale energy demand; total territorial emissions remain the world’s largest, accounting for ~30% of global CO₂ in recent years.

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