| 张志.面向智能化与绿色低碳的制浆造纸全生命周期一体化设计建设模式研究[J].中国造纸,2026,45(9):36-42 |
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| 面向智能化与绿色低碳的制浆造纸全生命周期一体化设计建设模式研究 |
| Study on Integrated Design and Construction Model for Full-Life-Cycle Development of the Pulp and Paper Industry Driven by Intelligence and Green Low-Carbon Goals |
| 收稿日期：2026-06-05 修订日期：2026-06-28 |
| DOI：10.11980/j.issn.0254-508X.2026.09.005 |
| 关键词: 制浆造纸 数据驱动 智能化 绿色低碳 一体化建设模式 |
| Key Words:pulp and paper data-driven intelligence green low-carbon integrated construction model |
| 基金项目: |
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| 摘要:针对当前项目建设过程中存在的数据割裂、生命周期数据难以贯通以及系统协同优化能力不足等问题，本文提出一种面向制浆造纸行业的数据驱动一体化建设模式；以生命周期数据贯通为主线，构建“目标+实施+支撑+扩展”支撑体系，分析数字对象在咨询设计、施工建设与运行维护全过程中的形成、扩展、沉淀与反馈机制，并研究生产、能源及碳排放等系统间的数据关联与协同优化路径。通过该模式，能有效推动项目由传统阶段式建设向持续优化型建设模式转变，为生产效率提升、能源利用优化及绿色低碳发展提供支撑。 |
| Abstract:In response to the problems of data fragmentation， limited lifecycle data integration， and insufficient system-level collaborative optimization in current project construction， this paper proposed a data-driven integrated construction model for the pulp and paper industry. Taking lifecycle data integration as the main thread， the paper constructed a “3S+EPC+T+X” support system， analyzed the formation， extension， accumulation， and feedback mechanisms of digital objects throughout the whole process of consulting and design， construction， operation， and maintenance， and further explores the data correlations and collaborative optimization pathways among production， energy， and carbon emission systems. Through this model， the project construction process could be effectively transformed from a traditional stage-based model to a continuously optimized model， thereby providing support for improving production efficiency， optimizing energy utilization， and promoting green and low-carbon development. |
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