甘蔗糖业2026，Vol.55Issue(3)：109-117,9.DOI:10.3969/j.issn.1005-9695.2026.03.012
基于EP3D软件的糖厂P&ID高效协同设计与数据集成应用
Application of Efficient Collaborative Design and Data Integration for Sugar Factory P&ID Based on EP3D Software
摘要
Abstract
To address the problems in traditional AutoCAD-based Piping and Instrumentation Diagram(P&ID)design for sugar factories,such as non-standard symbol representation,separation of process data from graphics,difficulties in multi-disciplinary collaboration,and reliance on manual material take-off,this paper aims to explore an efficient collaborative design and data integration method based on EP3D software to achieve digital transformation of sugar factory P&ID design.Taking a newly built sugar factory in China with a daily sugarcane processing capacity of 10 000 tons as the engineering background,the domestic EP3D software-featuring a built-in industry-standard symbol library,structured data management,real-time collaborative design,and automatic report generation-was adopted to systematically implement standardized modeling mechanisms,a data-driven design process,multi-disciplinary online collaboration,and a design verification and output system.The results show that P&ID design for the sugar factory based on the EP3D software can shorten the design cycle by approximately 50％and reduce the design error rate by 70％compared with the traditional approach,upgrading the design mode from static drafting to dynamic data modeling.It is concluded that EP3D can effectively resolve key issues in sugar factory P&ID design,including standardization,collaboration,data consistency,and output efficiency,providing a reliable technical pathway and engineering reference for the digital and intelligent transformation of engineering design in the sugar industry.关键词
糖厂/管道及仪表流程图/协同设计/数据驱动/数字化交付Key words
Sugar factory/P&ID/Collaborative design/Data-driven/Digital delivery分类
轻工纺织引用本文复制引用
冯红伟,李进华,韦藤青,凌霄,刘健,李伟霄..基于EP3D软件的糖厂P&ID高效协同设计与数据集成应用[J].甘蔗糖业,2026,55(3):109-117,9.基金项目
海诚股份科技创新基金计划(HSJS2022YY04) （HSJS2022YY04）
中国轻工业南宁设计工程有限公司科研项目(RDY202310201) （RDY202310201）
