While co-design methods are becoming more popular in healthcare; there is a gap within the peer-reviewed literature on how to do co-design in practice. This paper addresses this gap by delineating the approach taken in the co-design of a collective leadership intervention to improve healthcare team performance and patient safety culture. Over the course of six workshops healthcare staff, patient representatives and advocates, and health systems researchers collaboratively co-designed the intervention. The inputs to the process, exercises and activities that took place during the workshops and the outputs of the workshops are described. The co-design method, while challenging at times, had many benefits including grounding the intervention in the real-world experiences of healthcare teams. Implications of the method for health systems research are discussed.

English, Alan, and Rovner, Jerry (John Brown); Davies, Simon (Davy Process Technology). The physical and chemical properties of methanol (methyl alcohol), CH 3 OH, are summarized. The evolution of the current low pressure technology based on synthesis gas is presented. The mechanism and functionality of the methanol synthesis catalyst are discussed. Synthesis gas generation processes and feedstocks are described in detail, as are various methanol reactor configurations. The status of current research for future methanol processes, including direct oxidation routes, is summarized. Health and safety aspects of methanol storage and handling are discussed. Worldwide production and consumption data for 1992–1993 are given, together with corresponding end‐use methanol product specification requirements V.

No abstract

No abstract

No abstract