The selected articles cover the main aspects of the future lignocellulosic biorefinery system that includes the production, separation and purification of biobased fine chemicals and products. Focuses are on the development of the state of the art technologies in the biorefinery system which covers: (1) the upstream thermochemical and biochemical conversion processes such as gasification, pyrolysis, enzymatic hydrolysis and microbial fermentation for the production of bio-based fine chemicals and products; and (2) the downstream separation and purification/upgrading of liquid and gaseous bio-based products utilising advance membrane separation technology. In this special issue, the technologies utilised are uniquely developed to tailor for local LCB, and definitely can serve for Malaysian future biorefinery. Additionally, the publication highlights the techno-economic assessment of the integration of these upstream and downstream biorefinery technologies with respect to the supply chain and distribution structure of the LCB feedstock itself, and its potential products and byproducts.
The publication of this Journal of Physical Science special issue has been realised through collaboration among the Long-term Research Grant Scheme (LRGS) project groups, the committee of 4th Conference on Future Biorefineries 2016 and the publisher, Penerbit Universiti Sains Malaysia.
Low Siew Chun and Shuhaida Harun