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Medium chain carboxylic acids production from waste biomass: Current advances and perspectives.

Research paper by Qinglian Q Wu, Xian X Bao, Wanqian W Guo, Bing B Wang, Yunxi Y Li, Haichao H Luo, Huazhe H Wang, Nanqi N Ren

Indexed on: 21 Mar '19Published on: 09 Mar '19Published in: Biotechnology Advances



Abstract

Alternative chemicals to diverse fossil-fuel-based products is urgently needed to mitigate the adverse impacts of fossil fuel depletion on human development. To this end, researchers have focused on the production of biochemical from readily available and affordable waste biomass. This is consistent with current guidelines for sustainable development and provides great advantages related to economy and environment. The search for suitable biochemical products is in progress worldwide. Therefore, this review recommends a biochemical (i.e., medium chain carboxylic acids (MCCAs)) utilizing an emerging biotechnological production platform called the chain elongation (CE) process. This work covers comprehensive introduction of the CE mechanism, functional microbes, available feedstock types and corresponding utilization strategies, major methods to enhance the performance of MCCAs production, and the challenges that need to be addressed for practical application. This work is expected to provide a thorough understanding of the CE technology, to guide and inspire researchers to solve existing problems in depth, and motivate large-scale MCCAs production. Copyright © 2019. Published by Elsevier Inc.