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Deployment of End to End Process Control for Encirc’s Elton site (DEEP Control)

为 Encirc 的 Elton 站点部署端到端流程控制（深度控制）

基本信息

批准号：
96515
负责人：
金额：
$ 320.31万
依托单位：
ENCIRC LIMITED
依托单位国家：
英国
项目类别：
Collaborative R&D
财政年份：
2021
资助国家：
英国
起止时间：
2021 至无数据
项目状态：
已结题

来源：
https://gtr.ukri.org/projects?ref=96515
关键词：
Deployment End Process Control Encirc

项目摘要

The 'Deployment of End to End Process Control for Encirc's Elton site (DEEP Control)' project will deliver energy savings through deployment of new end-to-end control systems linking processes across the two Encirc Elton container-glass furnaces and associated 14 forming lines to facilitate:1. Optimisation of furnaces to run at minimum energy whilst maintaining glass quality2. Increased packed-to-melt efficiency through reduced defects/rejects in forming processes3. Estimated total annual CO2 savings of more than 15kT/yearLack of communication between current furnace and forming areas of the production line delays feedback of issues, delaying corrective action and improvement opportunities.This project will use a MindSphere platform and Mendix-based dashboard to deploy new furnace and forming-section control systems, integrating both areas of the production process into one system. This will enable operators to maximise process efficiency through safely reducing the energy safety-margin required for reliable furnace operation. It will also help operators to identify operational trends so that processes can be corrected before defects occur. These control systems will be refined and optimised through a series of whole-line production trials.The new control systems to be deployed will be an enabler for implementation of future decarbonisation opportunities, e.g. hydrogen fuels and light-weighting of containers.

“为Encirc Elton工厂部署端到端过程控制（DEEP Control）”项目将通过部署新的端到端控制系统，将两个Encirc Elton容器玻璃炉和相关的14条成型线的过程连接起来，从而实现节能：优化熔炉，在保持玻璃质量的同时，以最低的能源运行。通过减少成型过程中的缺陷/废品率，提高了包装到熔体的效率。目前的熔炉和生产线的成型区域之间缺乏沟通，延迟了问题的反馈，延迟了纠正措施和改进机会。该项目将使用MindSphere平台和基于mendix的仪表盘来部署新的熔炉和成型段控制系统，将生产过程的两个领域集成到一个系统中。这将使操作人员能够通过安全降低可靠熔炉运行所需的能源安全裕度来最大限度地提高工艺效率。它还将帮助操作员识别操作趋势，以便在缺陷发生之前纠正过程。这些控制系统将通过一系列的全线生产试验进行改进和优化。即将部署的新控制系统将成为实现未来脱碳机会的推动者，例如氢燃料和集装箱轻量化。