利用生命周期评估方法研究选定树种人工林对国有木材公司仓库加工木制品的温室气体排放

D. Senadheera, D. Ranasinghe, W. Wahala, H. Amarasekera
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引用次数: 0

摘要

生命周期评价(LCA)为在产品、过程或活动的生命周期内评价环境绩效提供了一个方法学框架。在斯里兰卡,以木材为基础的工业的大部分木材来自家庭花园和政府拥有的森林种植园。国家木材公司(STC)是国有人工林木材采伐的权威机构。这项LCA研究是为了计算STC木材从种植园到成品的温室气体(GHG)排放。该研究集中在柚木、桉树和红木物种上,因为它们代表了具有重要意义的快速移动的商业木材。评估边界是从收获到产品。采用更新后的排放因子计算co2当量单位。当考虑到过程中的排放时,最高的排放记录在锯木过程中(48%来自锯木,9%来自堆焊,9%来自干燥)。运输占总排放量的31.25%,收获占6%。其他间接排放占2.75%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Greenhouse Gas Emissions from Plantation to the Proceeded Wood Products via State Timber Corporation Depots for Selected Tree Species using Life Cycle Assessment
Life Cycle Assessment (LCA) provides a methodological framework for evaluating environmental performance over the life cycle of a product, process, or an activity. In Sri Lanka, majority of timber for wood based industries comes from homegardens and Government owned forest plantations. State Timber Corporation (STC) is the authoritative body for timber harvesting in state owned forest plantations. This LCA study was carried out to calculate Greenhouse Gas (GHG) emissions of the STC timber movements from the plantation to the finished product. The study concentrated on teak, eucalypt and mahogany species as they represented fast moving commercial timber of high significance. Assessment boundary was from the harvesting to the product. Updated emission factors were used to calculate the CO 2 eq units. When considering the emissions during the process, the highest was recorded in the sawmilling process (48% from sawing, 9% from surfacing and 9% from drying). The transportation accounted for 31.25% of emissions while harvesting contributed to 6%. Other indirect emissions accounted for 2.75%.
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