Reducing perioperative red blood cell unit issue orders, returns, and waste using failure modes and effects analysis

Abstract

Background Surgical transfusion has an outsized impact on hospital‐based transfusion services, leading to blood product waste and unnecessary costs. The objective of this study was to design and implement a streamlined, reliable process for perioperative blood issue ordering and delivery to reduce waste. Study Design and Methods To address the high rates of surgical blood issue requests and red blood cell (RBC) unit waste at a large academic medical center, a failure modes and effects analysis was used to systematically examine perioperative blood management practices. Based on identified failure modes (e.g., miscommunication, knowledge gaps), a multi‐component action plan was devised involving process changes, education, electronic clinical decision support, audit, and feedback. Changes in RBC unit issue requests, returns, waste, labor, and cost were measured pre‐ and post‐intervention. Results The number of perioperative RBC unit issue requests decreased from 358 per month (SD 24) pre‐intervention to 282 per month (SD 16) post‐intervention (p < .001), resulting in an estimated savings of 8.9 h per month in blood bank staff labor. The issue‐to‐transfusion ratio decreased from 2.7 to 2.1 (p < .001). Perioperative RBC unit waste decreased from 4.5% of units issued pre‐intervention to 0.8% of units issued post‐intervention (p < .001), saving an estimated $148,543 in RBC unit acquisition costs and $546,093 in overhead costs per year. Discussion Our intervention, designed based on a structured failure modes analysis, achieved sustained reductions in perioperative RBC unit issue orders, returns, and waste, with associated benefits for blood conservation and transfusion program costs.

Application of Failure Mode and Effects Analysis (FMEA) to Optimize Acute Kidney Injury Management Process- a multicenter study in China

“…For risk evaluation and management to enhance the quality of care and medication safety, various methods are available, for example, among fault tree analysis, root cause analysis, and failure mode and effect analysis (FMEA) (9) FMEA is a tool that collects the risk of failure events and prevents them from happening in the future (10). According to Anjalee L and et al, the bene t of this method is "proactive prevention" rather than "late rescue" (11,12).…”