Yutong Bus Releases 2025 Sustainability Report

Chinese bus maker reports 13% cut in carbon intensity

Yutong Bus published its 2025 sustainability report on April 2, 2026. The Chinese commercial vehicle manufacturer reported a 13.20% year-on-year reduction in carbon emission intensity. The company also disclosed progress on new energy vehicle deployment and resource efficiency across global operations.

The report covers the 2025 reporting period. It includes data on energy consumption, manufacturing emissions, and product lifecycle assessments. Yutong operates manufacturing facilities in China and supplies buses to markets including Europe, Latin America, and Africa.

For UK businesses monitoring supply chain sustainability, the report offers insight into transport sector decarbonisation. However, the figures relate primarily to manufacturing operations in China. Direct relevance to UK procurement depends on specific contract terms and scope of supply.

Manufacturing emissions fell below internal targets

Yutong saved 1,130 megawatt hours of electricity during 2025. The company also conserved 730,000 cubic meters of natural gas. These savings equate to approximately 1,110 tons of standard coal. Consequently, the manufacturer avoided 7,920 tons of carbon dioxide emissions.

The 13.20% reduction in carbon intensity exceeded the company’s internal target of 8%. Carbon intensity measures emissions per unit of production output. This metric allows comparison across different production volumes.

Water recycling reached 98.32% in production processes. This figure reflects operational efficiency in manufacturing sites. The company operates primarily in regions where water scarcity presents commercial and regulatory risk.

Yutong achieved EcoVadis Gold Medal status in 2025. EcoVadis operates a supplier sustainability rating system used by multinational corporations. The rating covers environment, labour practices, ethics, and sustainable procurement. Gold status places suppliers in the top 5% of assessed companies.

Furthermore, the company’s brand valuation exceeded 100 billion yuan for the first time. Brand valuation methodologies vary by assessor. Nevertheless, the figure indicates market positioning in China’s commercial vehicle sector.

New energy vehicle deployment reached 210,000 units

By the end of 2025, Yutong had deployed over 210,000 new energy buses worldwide. This cumulative total includes battery electric and hydrogen fuel cell vehicles. The majority operate in Chinese cities under national transport electrification policies.

The manufacturer promoted 896 hydrogen fuel cell buses during the reporting period. Hydrogen buses remain a small proportion of total sales. However, they represent strategic positioning in markets exploring alternatives to battery electric vehicles.

Yutong established a Fuel Cell and Hydrogen Energy Engineering Technology Research Centre. Research facilities support product development for markets with hydrogen infrastructure plans. UK bus operators considering hydrogen technology may encounter Yutong products through tender processes.

Seventeen products completed Life Cycle Assessment and Environmental Product Declaration processes. LCA quantifies environmental impacts from raw material extraction through end-of-life disposal. EPD provides standardised reporting of LCA results for procurement comparison.

Eight electric bus models achieved over 95% reusability and recyclability under ISO 14021:2016. This standard specifies requirements for environmental claims. High recyclability scores address end-of-life waste concerns in public sector tenders.

Long-term carbon targets extend to 2050

Yutong committed to a 20% greenhouse gas reduction from 2023 baseline levels by 2030. The company also targets a 40% reduction in carbon intensity over the same period. Carbon intensity targets allow for business growth while reducing emissions per unit.

By 2040, Yutong aims to use 100% clean electricity across operations. This target depends on grid decarbonisation in China and other manufacturing locations. Clean electricity definitions vary by jurisdiction and reporting framework.

The manufacturer set a net-zero emissions target for 2050 covering the entire value chain. Value chain emissions include raw material extraction, component manufacturing, vehicle use, and end-of-life processing. Achieving net-zero across this scope requires supplier engagement and customer behaviour change.

Separately, Yutong reported a goal to reduce lifecycle carbon footprint per vehicle by 40% between 2018 and 2025. This target focuses on product design and manufacturing efficiency. Lifecycle emissions during vehicle operation depend on electricity grid carbon intensity in the country of use.

These timelines align with international frameworks including the Paris Agreement. However, methodologies for calculating and verifying value chain emissions vary significantly. UK businesses evaluating supplier claims should request details of scope boundaries and calculation methods.

Social responsibility programmes reached six-figure participation

Yutong’s Traffic Safety Public Welfare Tour reached over 140,000 participants globally during 2025. The programme provides road safety education in markets where the company operates. Such initiatives form part of corporate social responsibility strategies common among major manufacturers.

The company donated a cumulative total exceeding 300 million yuan to social and environmental causes. Donation programmes vary by region and focus area. Financial contributions represent one component of corporate sustainability reporting.

Yutong’s Zero Carbon Forest project planted over 83,700 trees during the reporting period. Tree planting took place in multiple countries including China, Chile, and the United Kingdom. The UK initiative involved partners Pelican and Carma, though specific locations and species were not disclosed in available materials.

In China, the company launched a programme in Minqin, Gansu province on Earth Day 2025. The initiative operates under the banner One Bus, One Tree. This links vehicle sales to afforestation efforts in arid regions facing desertification.

Tree planting programmes attract scrutiny regarding permanence, species selection, and carbon accounting methodologies. For businesses evaluating supplier sustainability claims, forestry offsets require verification of additionality and long-term maintenance commitments.

Core findings from the 2025 reporting period

• Yutong reduced carbon emission intensity by 13.20% year-on-year, exceeding its 8% reduction target through energy efficiency measures.
• The manufacturer saved 1,130 megawatt hours of electricity and 730,000 cubic meters of natural gas, avoiding 7,920 tons of carbon dioxide emissions.
• Water recycling in production processes reached 98.32%, addressing resource efficiency in manufacturing operations.
• Cumulative deployment of new energy buses surpassed 210,000 units globally, with 896 hydrogen fuel cell buses promoted during 2025.
• Seventeen products completed Life Cycle Assessment and Environmental Product Declaration, while eight electric bus models achieved over 95% reusability and recyclability.
• The company set targets for 20% greenhouse gas reduction and 40% carbon intensity decrease by 2030, with net-zero emissions across the value chain by 2050.

What UK businesses should consider about supplier sustainability data

Yutong’s report demonstrates the type of environmental disclosure increasingly common in supply chain relationships. UK businesses face growing pressure to understand and verify supplier sustainability claims. This pressure comes from multiple directions simultaneously.

Public sector procurement in particular now incorporates carbon reduction criteria. Procurement Policy Note 06/21 requires suppliers bidding for central government contracts above certain thresholds to publish carbon reduction plans. These plans must cover emissions from the supplier’s operations and supply chain.

For businesses tendering for public contracts, supplier data quality matters directly. You need verifiable evidence that upstream emissions align with your own commitments. Consequently, understanding what constitutes robust disclosure becomes commercially important.

EcoVadis ratings provide one benchmark for supplier sustainability performance. Many large corporations use EcoVadis assessments in supplier qualification processes. Therefore, suppliers with Gold or Platinum ratings may gain competitive advantage in tender situations. However, ratings reflect self-reported data subject to desk-based verification rather than on-site audit.

Life Cycle Assessment and Environmental Product Declaration offer more specific product-level data. LCA quantifies environmental impacts across the full product lifecycle. EPD standardises how this information is communicated, allowing comparison between competing products. For major capital purchases, requesting EPD documentation supports evidence-based procurement decisions.

Recycling and reusability claims require careful interpretation. ISO 14021:2016 sets standards for environmental claims to prevent greenwashing. Nevertheless, claimed percentages depend on assumptions about end-of-life infrastructure and processes. UK businesses should consider whether claimed recyclability rates reflect actual UK recycling capabilities.

Long-term net-zero commitments extending to 2050 present verification challenges. Most current corporate net-zero pledges rely on assumptions about future technology availability and policy support. Additionally, value chain emissions depend on actions by multiple parties beyond the reporting company’s direct control. Consequently, such commitments indicate direction of travel rather than guaranteed outcomes.

For businesses working with Chinese manufacturers, understanding China’s policy environment adds context. China operates national emissions trading schemes and industrial efficiency standards. These regulatory drivers influence corporate behaviour differently than UK or EU frameworks. Therefore, sustainability performance in China may not directly predict compliance with UK requirements.

Our sustainable procurement support helps businesses evaluate supplier environmental data and build this into tender processes. We work with companies to translate sustainability claims into practical procurement criteria that satisfy both commercial and compliance requirements.

Where to find authoritative information on transport emissions

The Department for Transport publishes policy and data on transport decarbonisation in the UK. This includes the Transport Decarbonisation Plan setting out government strategy for reaching net-zero transport emissions by 2050.

For businesses involved in public sector supply chains, Procurement Policy Note 06/21 sets out carbon reduction plan requirements. This guidance explains what suppliers must publish and how contracting authorities should evaluate submissions.

The Environment Agency provides guidance on environmental permitting and emissions reporting for UK operations. Companies operating manufacturing or transport facilities in the UK must comply with relevant environmental regulations administered by the agency.

The Institute of Environmental Management and Assessment offers professional standards and guidance for environmental practitioners. IEMA publishes resources on carbon management, environmental reporting, and sustainability strategy relevant to UK businesses.

For international standards on environmental claims and lifecycle assessment, the British Standards Institution provides access to ISO standards including ISO 14021 on environmental labels and declarations. These standards underpin credible environmental product claims in business-to-business transactions.