Subcritical water extraction derived lignin for creation of sustainable reinforced composite materials - ScienceDirect
This study aims to provide an algorithmic solution to create convertible products, which is then used to fabricate composite components. The shortest optimization path is adapted to this specific conversion problem. The first task was consecutive subcritical water processing and enzymatic hydrolysis optimized by response surface methodology, whereas the second task focused on lignin added composite material to fabricate reinforcement composite and reduce resin rate. The maximum fermentable sugar amount was obtained as 310.9 g/kg under the optimized conditions of 150 bar, 150.9 °C at a flow rate of 8 ml/min for 45 min...
