Resource type
Date created
2014-08
Authors/Contributors
Author: Chen, Michael Chien-Wei
Abstract
Lignin is a rich renewable source of aromatic compounds. As a potentialpetroleum feedstock replacement, lignin can reduce environmental impacts such ascarbon emission. Due to its complex chemical structure, lignin is currently underutilized.Exploiting lignin as a precursor for carbon fibre adds high economic value to lignin andencourages further development in lignin extraction technology. This report includes apreliminary cost analysis and identifies the key aspects of lignin-based carbon fibrecommercialization based on the TCOS framework. Technologically, melt spinning andshorter oxidation time give lignin carbon fibre a cost advantage and environmentalbenefit. Organizationally, lignin-based carbon fibre is patentable. The challenges areseeking financial gains and demonstrating the societal benefits. Commercially, lignincarbon fibre has a cost advantage and positive consumer perception. Successfullyaddressing TCOS uncertainties can potentially open the door for lignin as a carbon fibreprecursor, a $2.25 billion market in 2020.
Document
Description
MOT MBA Project-Simon Fraser University
Copyright statement
Copyright is held by the author(s).
Scholarly level
Peer reviewed?
No
Language
English
Member of collection
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Commercial Viability Analysis of Lignin Based CF_Michael Chen (Revised).pdf | 1.06 MB |