HySum New Materials Participates in the Global Release of the “100% Green Electricity · 2025 Consensus” at COP30 in Belém, Brazil
The 30th Conference of the Parties (COP30) to the United Nations Framework Convention on Climate Change was held in Belém, Brazil, from November 10 to 21. During the conference, the “100% Green Electricity · 2025 Consensus,” jointly endorsed by HySum New Materials and multiple Chinese business organizations, was formally released to the global community at the official side event titled “China’s Business Community Contributing to Global Climate Transition.”
This marks the first time the Consensus has appeared on the core stage of global climate governance since its initial launch in Beijing in September 2025, symbolizing a significant step forward for the Chinese business community in advancing renewable electricity adoption and supporting the global net-zero transition.
Three Pillars of the “100% Green Electricity” Initiative
The initiative focuses on three major action directions:
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Encouraging transparent disclosure of renewable electricity usage ratios
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Expanding renewable electricity consumption across more end-use scenarios and industries
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Supporting more enterprises to achieve 100% renewable electricity usage before 2050
These actions align with international calls for clean energy transition, decarbonized manufacturing, green supply chains, and long-term climate resilience.
HySum’s Leadership in Sustainable and Recyclable High-Barrier Packaging
As a leading enterprise in high-barrier recyclable Flexible Packaging materials, HySum New Materials is among the first in the soft-packaging sector to actively respond to the 100% Green Electricity · 2025 Consensus.
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HySum’s Suzhou Base was recently selected as a 2025 Jiangsu Provincial Green Factory, demonstrating authoritative recognition of its achievements in green manufacturing, energy conservation, recyclable materials, and clean production systems.
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The company integrates mono-material recyclable structures, high-barrier sustainable materials, and eco-friendly packaging technologies into its long-term development strategy.
Advancing Sustainable Material Science and Digital Carbon Management
In the field of scientific research, HySum has jointly established the Advanced Low-Dimensional Materials Center with Donghua University, exploring next-generation packaging technologies from the perspective of material structure innovation and sustainable design.
HySum also launched the industry’s first carbon footprint visualization platform for flexible packaging, enabling:
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Full-process digital carbon emission management
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Transparent footprint tracking
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Data-driven CO₂ reduction pathways
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More intelligent and scientific sustainability decision-making
This tool helps enterprises accelerate their transition toward low-carbon, circular, and high-efficiency manufacturing models.
A Long-Term, Systematic Commitment to the Global Net-Zero Future
Through its participation in the 100% Green Electricity · 2025 Consensus, HySum New Materials demonstrates a long-term and systematic approach to green transformation, aligning with global expectations for renewable energy adoption, sustainable packaging, and resilient supply chains.
Looking ahead, HySum will continue to leverage material science innovation to drive a cleaner, more circular, and more resilient industrial future, working hand in hand with partners worldwide to build a sustainable ecosystem where people and nature coexist in harmony.