TUD Industrial Database (v1.1)

This database supports modeling transformation pathways in Germany’s process industry sector by providing techno-economic data for processes associated with at least one conventional or low carbon production system having as main output alumina, ammonia, bricks, chlorine, clinker, container glass, corrugated board, float glass, high value chemicals, methanol, newspaper, other graphic paper, primary aluminum, primary copper, primary steel, quicklime, refractories, secondary aluminum, secondary steel, soda ash, tissue, or urea. The techno-economic data comprise availability factors and lifetimes of industrial process facilities, normalized investments for both new conventional process facilities and for the defossilization of existing process facilities, energy and raw material inputs, by-product outputs, and market entry years of processes. Additionally, the database provides both statistics and scenario assumptions on annual industrial production volumes, purchase prices for inputs, sales prices for by-products, European Emission Allowance prices, and carbon dioxide intensities of the inputs used in the processes. To reflect variability in literature values, especially regarding energy and material flows, investments, and other techno-economic assumptions, the dataset provides intervals consisting of a reference value (REF) representing the median of the available data, as well as an upper bound (UB) reflecting the less optimistic and a lower bound (LB) representing the more optimistic range of specifications regarding costs available for a process.

本数据库可为德国流程工业领域转型路径的建模工作提供支撑，针对关联至少一套以氧化铝、氨、砖瓦、氯气、熟料、容器玻璃、瓦楞纸板、浮法玻璃、高值化学品、甲醇、新闻纸、其他印刷用纸、原生铝、粗铜、粗钢、生石灰、耐火材料、再生铝、再生钢、纯碱、生活用纸或尿素为主要产出的常规或低碳生产系统的各类流程，提供技术经济数据。该技术经济数据涵盖工业流程设施的可用率与服役寿命、新建常规流程设施及现有流程设施脱碳改造的标准化投资额、能源与原材料投入、副产品产出，以及各类流程的市场导入年份。此外，本数据库还提供与以下内容相关的统计数据与情景假设：年度工业生产量、投入品采购价格、副产品销售价格、欧盟排放配额（European Emission Allowance）价格，以及流程所用投入品的二氧化碳排放强度。为反映文献数据中的变异性（尤其在能源与物料流、投资额及其他技术经济假设维度），本数据集提供区间化参数：包含代表可用数据中位数的参考值（REF），以及分别对应相对保守与相对乐观的成本设定区间的上限值（UB）与下限值（LB）。