Taroepratjeka, Dyah Asri Handayani and Tsuyoshi, Imai and Prapaipid, Chairattanamanokorn and Alissara, Reungsang and Yung-Tse, Hung (2021) Biohydrogen Production from Lignocellulosic Biomass by Extremely Halotolerant Bacterial Communities from a Salt Pan and Salt-Damaged Soil. Springer Link, 20. pp. 411-427. ISSN ISBN (p): 978-3-030-55171-1; ISBN (e): 978-3-030-55172-8

Preview

Text B1 Springer Book Chapter.pdf Download (473kB) | Preview

Abstract

Extremely halotolerant hydrogen-producing bacteria were investigated, owing to their ability to live in high salinity conditions. Based on this characteristic, it was hypothesized that extremely halophilic hydrogen-producing bacteria can tolerate high concentrations of Na+ ions. To test this hypothesis, we investigated the characteristics of extremely halotolerant hydrogen-producing bacteria obtained from salt-damaged soil in Khon Kaen and a commercial salt pan field near Bangkok (Samut Sakhon), Thailand. Results of this preliminary investigation showed that hydrogen production under saturated conditions of 26% (6 M) NaCl was possible after 1 year of acclimatization. The extremely halotolerant hydrogen-producing bacteria in this research were also confirmed to have a requirement for Cl� ions for hydrogen production. Therefore, these extremely halotolerant hydrogenproducing bacteria are suitable for hydrogen production from lignocellulosic biomass.

Actions (login required)

View Item