Life cycle assessment of carbon fiber and bio-fiber composites prepared via vacuum bagging technique

Over the past few decades, increasing demand for light weight material have grown in various applications including aerospace, and other structural with added focus on green engineering sustainability. Particularly aerospace industries, utilisation of carbon fiber composites results increased rate pollution due to its inability be repaired recycled. Therefore, it is envisaged that migrating biocomposites could solution forward depending manufacturing techniques. This life cycle assessment concentrates understanding emission vacuum bagged recycling abilities. In this study, indicated a global warming potential (GWP) 54 kgCO2Eq. whereas showcased 12 implies GWP were approximately four times less than if pesticides spinning are controlled, further reduced along overall energy consumption emissions. Although lower environmental impact mostly every scenario, transition towards still requires research fulfil gaps regards enhancement mechanical properties compared composites.