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TACOMA MASTER PLANNING RESULTS IN COORDINATED AND PRIORITIZED CIP FUNDING FOR AUTOMATION PROJECTS

机译:塔科马大师规划导致自动化项目协调和优先考虑的CIP资金

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The City of Tacoma Public Works Environmental Services Wastewater Management operates two wastewater treatment plants, maintains more than 700 miles of sewer pipeline, and serves more than 90,000 customers. In 2008, Environmental Services staff were challenged with a directive to increase operational efficiency by improving process automation. However, the existing distributed control system (DCS) is more than 20 years old and in need of replacement. The DCS consists of database servers, operator and engineering workstations, controllers with local input/output (I/O) subsystems, and remote I/O subsystems with limited connectivity to other systems. In addition to this existing control system, several processes within the facility were either operated via local stand-alone programmable logic controllers (PLCs) of various makes and models or operated manually. The DCS and PLC control systems had minimal as-built software or hardware documentation. To achieve this directive, City staff formed an Automation Team consisting of key Operations, Maintenance, Engineering, and Management staff, and Brown and Caldwell to develop a Master Automation Plan (MAP). The primary goals envisioned for the MAP were to provide a roadmap and framework for all future automation projects, build consensus around the future control system, institute control system standards, and provide a tool for long-term capital improvement planning. Completed in the first quarter of 2009, the MAP established a model for the Automation Team to review newly requested automation projects against the City’s defined automation needs, rather than an Automation Team member’s personal interests or the project initiator’s influence. During the MAP project, a project evaluation model was developed and applied to a backlog of 41 existing automation project requests from Operations, Maintenance, and Engineering personnel. The Automation Team has been given the authority to evaluate and prioritize new automation projects and make recommendations for the Capital Improvement Plan (CIP) funding based on criteria established and documented in the MAP. However, full acceptance of the Automation Team as a decision-making body has been difficult for the City and is still evolving to support Management needs and staff desires. While the concept has been embraced, the difficulties of deferring decisions and relinquishing funding authority have been challenging. The MAP has achieved the goal of bringing together competing groups within the City’s Engineering, Operations, and Maintenance staff to discuss the long-term automation objectives. While all staff are moving forward to optimize the control system’s applications, the approach to achieving the long-term goals and objectives provided in the MAP are still being defined in detail by the City of Tacoma.
机译:塔科马公共工程环境服务废水管理的城市经营着两家污水处理厂,维持700多英里远的下水道管道,并提供超过90,000客户。 2008年,环境服务工作人员用指令的挑战通过改进流程自动化,以提高运营效率。然而,现有的分布式控制系统(DCS)是超过20岁,需要更换。的DCS包括数据库服务器,操作者和工程工作站,与局部输入/输出(I / O)子系统控制器和远程I / O子系统与有限的连接到其他系统。除了这种现有的控制系统,该设施内的几个进程经由本地独立的可编程逻辑控制器的各种品牌和型号的或手动操作的(PLC)的任一进行操作。该DCS和PLC控制系统具有最小的完工软件或硬件文档。为了实现这个指令,市的工作人员形成了自动化团队,包括按键操作,维护,工程和管理人员,以及布朗和考德威尔开发主自动化计划(MAP)。设想地图中的主要目标是,为所有未来的自动化项目的路线图和框架,围绕未来控制制度的建立共识,制定控制体系标准,并提供长期资本规划改进的工具。在2009年第一季度完成,MAP建立了一个模型,自动化小组审查新请求的自动化项目对城市的定义自动化需求,而不是一个自动化团队成员的个人利益或项目发起者的影响。在MAP项目,项目评价模型的开发和应用,从运营,维护和工程人员41所现有的自动化项目申请的积压。自动化团队已考虑到评估和优先考虑新的自动化项目,并提出建议对资本改进计划(CIP)的权威供资基础上建立的,并在MAP记录标准。然而,完全接受自动化队作为决策机构已经很难为城市,并仍在不断发展,以支持管理需求和员工的愿望。虽然这个概念已经被接受,推迟决定和放弃的资金权力的困难,不断挑战。地图已经实现了使城市的工程,运营和维护人员一起内竞争小组,讨论长期目标的自动化的目标。虽然所有的工作人员正在向前推进,以优化控制系统的应用,实现在MAP所提供的长期目标和目的的做法仍在详细由城市塔科马的定义。

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