Medical Washer Disinfectant- A Case of Life Cycle Assessment.

University essay from Högskolan i Halmstad/Akademin för företagande, innovation och hållbarhet

Author: Albin Varghese; [2022]

Keywords: ;

Abstract: This study is based Getinge AB striver to become more successful with their manufacturing production line by using a Life Cycle Assessment tool for their product the Sterilizing Machine S-8668T. There is a new way of thinking in modern time and company policy says to reduce carbon dioxide until the year 2025. If the company succeeds with making a “greener production” meaning reducing carbon dioxide, the company is making even more supreme products this according to climate change. Life Cycle Assessment (LCA) -tools are becoming more tested with orders from quality management in the company to make a product more environmentally friendly. In this study all the parts in Getinge AB S-8668T machine examined and tested with LCA- tool software and the result should be according to other scientific study on the subject a real-life saver for environment by reducing the manufacturing pollution in although production, in some cases other company have reduced their manufacturing production carbon dioxide up to 70 precent according to software Sustainable Minds. With this knowledge Getinge AB, leading company in Sweden in Medical Sterilizing machines applying this in ongoing manufacturing and products. Majority of leading company’s like Getinge AB agrees that climate change is an issue and know that an audit of the products manufacturing stages pollution levels should be overview. To reduce pollution for healthier environment is known on every leading company’s quality policy and saves the earth from over pollution of toxic gases like carbon dioxide (CO2) that occur during manufacturing production. This policy motivates customers, stockbrokers and employed staff in the company due to a healthier work environment and being in front in the production. The study includes the products life cycle all the way from manufacturing, assembling, transportation, production and “end of life routines” disposal procedures

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