Implementation of Wireless “Intelligent” Pump IV Infusion Technology in a Not-for-Profit Academic Hospital Setting

Abstract

Purpose This paper describes the implementation of wireless “intelligent” pump intravenous (IV) infusion technology in a not-for-profit academic, multicampus hospital system in the United States. Methods The process of implementing a novel infusion system in a multicampus health care institution (main campus plus three satellite campuses) is described. Details are provided regarding the timelines involved, the process for the development of the drug libraries, and the initial implementation within and across campuses. Results In early 2004, with the end of the device purchase contract period nearing, a multidisciplinary committee evaluated potential IV infusion pumps for hospital use. In April 2004, the committee selected the Plum A+ infusion system with Hospira MedNet software and wireless capabilities (Hospira Inc., Lake Forest, IL). Implementation of the single-channel IV infusion system took place July through October 2005 following installation of the wireless infrastructure throughout the multicampus facility. Implementation occurred in July, one campus at a time; the three smaller satellite campuses went “live” before the main campus. Implementation of the triple-channel IV infusion system took place in March 2006 when the wireless infrastructure was completed and fully functional throughout the campuses, software was upgraded, and drug library revisions were completed and uploaded. Conclusion “Intelligent” pump technology provided a framework to standardize drug concentrations used in the intensive care units. Implementation occurred transparently without any compromise of patient care. Many lessons were learned during implementation that explained the initial suboptimal compliance with safety software use. In response, the committee developed strategies to increase software utilization rates, which resulted in improved acceptance by nursing staff and steadily improving compliance rates. Wireless technology has supported remote device management, prospective monitoring, the avoidance of medication error, and the timely education of health care professionals regarding potential medication errors.