• LCA-DATABASE

122 Universities Are Using China’s Native LCA Database — Is Yours on the List?

As of July this year, faculty, graduate students and research teams across 122 universities rely on this China-native LCA dataset library. It is widely adopted across materials, chemical engineering, energy, mechanical engineering, steel, non-ferrous metals and nearly all disciplines focused on carbon footprint accounting, eco-design and low-carbon sustainability research. Scroll down to check the full list of participating institutions and find peers working in your research field.

122 Universities Are Using China’s Native LCA Database — Is Yours on the List?
  • LCA-DATABASE
  • Industry Database

Beyond ecoinvent: What LCA Databases Are Available on HiQLCD?

In recent years, HiQLCD has integrated mainstream domestic and international databases and standardized interoperability at the technical level. To date, the platform covers three categories: general-purpose databases, China industry-specific databases, and global sectoral databases, with a total of over 200,000 LCA datasets.

Beyond ecoinvent: What LCA Databases Are Available on HiQLCD?
  • LCA Data IOP
  • LCA-DATABASE
  • Industry Database

Why are International LCA Experts Starting to Actively Use China Data?

One year ago, they asked, “Who are you?” One year later, they ask, “How can we use it in projects?” The international LCA community’s attitude toward China databases has shifted in substance from “being reviewed” to “being relied on.” This Europe visit revealed earlier than expected a signal that otherwise might have taken much longer to emerge.

Why are International LCA Experts Starting to Actively Use China Data?
  • LCA-DATABASE

HiQLCD supported a Nature subjournal publication: LCA clarifies “greener” in catalysis innovation

Recently, a joint research team from Xiamen University (Prof. Wang Ye and Prof. Cheng Kang), Tsinghua University (Assoc. Prof. Wang Xiaonan), and the Shanghai Advanced Research Institute of the Chinese Academy of Sciences (Senior Engineer Sun Fanfei) published a paper in *Nature Communications* titled “Atomically dispersed Pd-Mn dual-metal doped CeO₂ nanorods for efficient methane oxychlorination.” Zhao Kai, a 2022 PhD student at Tsinghua University and former HiQLCD intern, is co-first author.

HiQLCD supported a Nature subjournal publication: LCA clarifies “greener” in catalysis innovation
  • Insight

Why Choosing a High-quality LCA Database Matters

Welcome to the First Post in Our Series on the Importance of Choosing the Right LCA Database.In this series, we’ll dive into why selecting a professional LCA database is crucial for obtaining reliable and actionable insights. Over the next few posts, we will explore three key aspects: methodology, representativeness, and result accuracy—helping you make informed decisions for your sustainability initiatives.

Why Choosing a High-quality LCA Database Matters
  • Insight

🎥 Carbon Focus | 2-Minute Expert Insights

In the latest episode of Carbon Focus 🌍, a Sustainability Expert from the Green Product Evaluation Center of the China Non-Ferrous Metals Industry Association discusses the progress and challenges of China’s low-carbon transition in the aluminum industry. She highlights that while green processes and the use of green power ⚡ are on the rise, existing databases still lack the precision to reflect local processes, energy structures, and regional differences. Accurate data will enhance carbon footp

🎥 Carbon Focus | 2-Minute Expert Insights
  • Insight

🎥 Carbon Focus | 2-Minute Expert Insights

Welcome to Carbon Focus, where we bring in industry experts to share their unique insights and practical experiences! In today’s video, our expert discusses why a localized LCA database is so important for China’s steel industry .

🎥 Carbon Focus | 2-Minute Expert Insights
  • Insight

One chart to understand steel industry data

As a global leader in steel production and consumption, China’s steel manufacturing processes are influenced by significant regional and technological differences. 🌍⚙️ As shown in the chart below, factors such as different raw material selections and compositions (e.g., ore grade or scrap steel ratio) and energy mix (e.g., coal, natural gas, electricity) vary across regions, directly impacting carbon emissions levels. 📊🔋

One chart to understand steel industry data
  • Insight

📹Carbon Focus | 2-Minute Expert Insights

In this episode, we explore the urgent data needs within the non-ferrous metals industries. What are the key missing data points crucial for accurate carbon footprint calculations? We uncover how addressing these gaps can empower industries to make better sustainability decisions. 🌱

📹Carbon Focus | 2-Minute Expert Insights
  • Insight

📹Carbon Focus | 2-Minute Expert Insights

In this episode, we explore the steel industry’s unique production processes and the critical data gaps that are preventing accurate carbon footprint calculations. From iron ore mining to coke usage, these upstream processes are key drivers of emissions. Establishing basic energy and raw material databases is crucial for more accurate carbon accounting. 🌱

📹Carbon Focus | 2-Minute Expert Insights

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