Potential of Biomass Based Electricity Generation in Sri Lanka

Biomass has attracted much attention as a primary energy source for electricity generation due to its potential to supply low cost fuel source with considerable environmental and socio-economic benefits. Despite having favorable climatic conditions to grow and use biomass for electricity generation,...

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Main Author: KP Ariyadasa
Format: Article
Language:English
Published: University of Sri Jayewardenepura 2015-12-01
Series:Journal of Tropical Forestry and Environment
Online Access:http://journals.sjp.ac.lk/index.php/JTFE/article/view/2654
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spelling doaj-06e09aee20074b418658ab186df799662020-11-24T22:01:09ZengUniversity of Sri JayewardenepuraJournal of Tropical Forestry and Environment2235-93702235-93622015-12-01522393Potential of Biomass Based Electricity Generation in Sri LankaKP AriyadasaBiomass has attracted much attention as a primary energy source for electricity generation due to its potential to supply low cost fuel source with considerable environmental and socio-economic benefits. Despite having favorable climatic conditions to grow and use biomass for electricity generation, biomass based electricity generation in Sri Lanka is lagging behind due to many reasons. Many countries rely on the agricultural or forestry by-products or residuals as the main source of biomass for electricity generation mainly due to the comparatively low cost and sustainable supply of these by-products. Sri Lanka does not have this advantage and has to rely mainly on purposely grown biomass for electricity generation. Development of short rotation energy plantations seems to be the best option available for Sri Lanka to produce biomass for commercial scale electricity generation. The highly favorable growing conditions, availability of promising tree species and a variety of plantation management options and significant environmental and socio-economic benefits associated with energy plantation development greatly favor this option. This paper examines the potential of using plantation grown biomass as a fuel source for electricity generation in Sri Lanka.http://journals.sjp.ac.lk/index.php/JTFE/article/view/2654
collection DOAJ
language English
format Article
sources DOAJ
author KP Ariyadasa
spellingShingle KP Ariyadasa
Potential of Biomass Based Electricity Generation in Sri Lanka
Journal of Tropical Forestry and Environment
author_facet KP Ariyadasa
author_sort KP Ariyadasa
title Potential of Biomass Based Electricity Generation in Sri Lanka
title_short Potential of Biomass Based Electricity Generation in Sri Lanka
title_full Potential of Biomass Based Electricity Generation in Sri Lanka
title_fullStr Potential of Biomass Based Electricity Generation in Sri Lanka
title_full_unstemmed Potential of Biomass Based Electricity Generation in Sri Lanka
title_sort potential of biomass based electricity generation in sri lanka
publisher University of Sri Jayewardenepura
series Journal of Tropical Forestry and Environment
issn 2235-9370
2235-9362
publishDate 2015-12-01
description Biomass has attracted much attention as a primary energy source for electricity generation due to its potential to supply low cost fuel source with considerable environmental and socio-economic benefits. Despite having favorable climatic conditions to grow and use biomass for electricity generation, biomass based electricity generation in Sri Lanka is lagging behind due to many reasons. Many countries rely on the agricultural or forestry by-products or residuals as the main source of biomass for electricity generation mainly due to the comparatively low cost and sustainable supply of these by-products. Sri Lanka does not have this advantage and has to rely mainly on purposely grown biomass for electricity generation. Development of short rotation energy plantations seems to be the best option available for Sri Lanka to produce biomass for commercial scale electricity generation. The highly favorable growing conditions, availability of promising tree species and a variety of plantation management options and significant environmental and socio-economic benefits associated with energy plantation development greatly favor this option. This paper examines the potential of using plantation grown biomass as a fuel source for electricity generation in Sri Lanka.
url http://journals.sjp.ac.lk/index.php/JTFE/article/view/2654
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