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- 저자 : Noble Denis (검색결과 3 건)
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Denis Noble 한국한의학연구원 2012 Integrative Medicine Research Vol.1 No.1
The recent growth of the systems approach to biology provides a better conceptual framework within which to interpret holistic approaches to medicine. The reason is that systems biology respects the way in which the whole constrains the parts to behave in ways that are different from what they would do in isolation. Holistic treatments depend on the same insight and can therefore be successful in practice where reductionist approaches would fail.
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Potential of Jackfruit Waste as Anaerobic Digestion and Slow Pyrolysis Feedstock
Nsubuga Denis,Banadda Noble,Kabenge Isa,Wydra Kerstin D. 한국농업기계학회 2021 바이오시스템공학 Vol.46 No.2
Purpose The estimated annual worldwide production of jackfruit peelings (JP) and jackfruit seeds is 2.96 million tonnes. This study assesses the suitability of this jackfruit waste from soft and firm jackfruit varieties as potential feedstocks for anaerobic digestion and slow pyrolysis. Methods Proximate, ultimate, calorific values, thermogravimetric, compositional and lignocellulosic analyses were conducted. Results The volatile matter, fixed carbon, hydrogen and carbon content of soft and firm jackfruit waste (peelings and seeds) ranged between 76.81 and 78.83%, 18.28 and 19.42%, 5.43 and 7.13% and 43.89 and 48.08%, respectively. The higher heating values (HHV) of soft and firm jackfruit waste ranged between 17.42 and 19.81 MJ/kg. The ash content of jackfruit waste from both varieties varied within the recommended range of less than 8%. The starch content of jackfruit peelings and seeds from both soft and firm varieties ranged between 29.05 and 59.54% while the sugar content of jackfruit peelings and seeds from soft and firm varieties ranged from 2.04 to 68.8%. The maximum weight degradation rate for the jackfruit waste for both jackfruit varieties occurred in the temperature range of 450–550 °C which is within the slow pyrolysis regime. Generally, cellulose formed the biggest proportions of the lignocellulosic composition followed by hemicellulose and lignin. Conclusion Jackfruit waste from both soft and firm varieties is a potential feed stock for slow pyrolysis while soft variety jackfruit waste is more suitable for biogas production compared to the firm jackfruit wastes.
ScienceON
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