The Overview of Indonesia Coal Bed Methane Resources

Edy Nursanto, Shofa Rijalul Haq, Inmarlinianto Inmarlinianto
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Abstract

Coal Bed Methane (CBM) is generated by coal layers, there is a preceding process, which is the formation of coal (coalification). Coalification begins with the burial of organic material originating from plants. The burial, lasting hundreds of millions of years, results in increasing temperatures and pressures, causing physical and chemical changes to the organic material. Methane gas, the largest component of CBM, is formed. Two processes: biogenic and thermogenic. In the early stages of coalification, biogenic methane gas is produced as a byproduct of the activities of decomposing microorganisms (anaerobic bacteria), similar to what occurs in the decomposition of organic waste.  Only about 5 to 20 percent is stored within coal. There are four mechanisms for gas storage in coal: absorption, adsorption, free gas, and gas dissolved in water.  Among these four mechanisms, adsorption is the most significant, accounting for 98 percent of the stored CBM in a combined system of micropores (coal matrix) and cleats. Coal Bed Methane resources in Indonesia can be found across South Kalimantan, East Kalimantan, Sumatra, and Java.
印度尼西亚煤层气资源概况
煤层甲烷(CBM)是由煤层产生的,有一个前置过程,即煤的形成(煤化)。煤化过程始于源于植物的有机物质的埋藏。经过数亿年的埋藏,温度和压力不断升高,导致有机物质发生物理和化学变化。煤层气的最大成分甲烷气体由此形成。有两个过程:生物成因和热成因。在煤化的早期阶段,生物煤层气是分解微生物(厌氧细菌)活动的副产品,类似于有机废物的分解过程。 煤炭中仅储存了约 5%至 20%。煤中储存瓦斯有四种机制:吸收、吸附、游离瓦斯和瓦斯溶于水。 在这四种机制中,吸附是最重要的一种,占微孔(煤基质)和裂隙组合系统中煤层气储存量的 98%。印度尼西亚的煤层气资源遍布南加里曼丹、东加里曼丹、苏门答腊和爪哇岛。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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