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首页> 外文会议>JAERI-Conf 2005-005; FNCA Workshop on Application of Electron Accelerator: EB Treatment of Flue Gases; 20040906-10; Beijing(CN) >INDONESIAN COUNTRY REPORT
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INDONESIAN COUNTRY REPORT

机译：印尼国家报告

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Application of electron accelerator has been carried out in Indonesia since 300 keV, 20 A and 2 MeV 200 mA electron beam equipments were installed in BATAN Pasar Jum'at, Jakarta. Both of them are used to radiation curing of surface coating and cable irradiation. EB Flue Gas treatment is interested after coal power plant had problem concerning to SO_x and NO_x emission regulation. After January 2000, to the maximum of SO_2 emission is limited to 750 mg/m~3 and NO_x emission is limited to 850 mg/m~3. Mean while availability of coal deposit contain less than 0,5 % sulfur is less than 10%. It means most of coal will produce SO_x emission higher than 750 mg/m~3. Indonesia Power Company as one of government company and part of national electric company is aware of that our power plant will face some problem in the future. Indonesia Power Company requested to BATAN to apply nuclear technology for reducing SO_x emission to obey the above government regulation in Suralaya Power Plant located at West Java, Indonesia. Suralaya Power Plant has been chosen to study EB Flue Gas Treatment, because Suralaya Power Plant is the most difficult to install flue gas treatment and hasn't possibilities if utilize a conventional technology. For doing this request, BATAN started to study EB Flue Gas Treatment in January 2001 after joint operation Memorandum of Understanding on application of EB Flue Gas Treatment in Power Plant between BATAN (National Nuclear Energy Agency), BPPT (Technology Implementation and Assessment Agency) and Indonesia Power Company was signed. In this case, Indonesia Power Company as a utility of flue gas treatment installation and the biggest owner of Power Plant in Indonesia, BPPT is the one of agency to study appropriate energy requirement in Indonesia, and BATAN has task promote and implement nuclear technology.
机译：自从在雅加达的BATAN Pasar Jum'at安装了300 keV，20 A和2 MeV 200 mA电子束设备以来，印度尼西亚已经在应用电子加速器。它们都用于表面涂层的辐射固化和电缆辐射。燃煤电厂遇到有关SO_x和NO_x排放法规的问题后，EB烟气处理引起了人们的兴趣。 2000年1月以后，SO_2的最大排放量限制为750 mg / m〜3，NO_x的排放量限制为850 mg / m〜3。平均而言，尽管煤沉积物的可利用量少于0.5％，但少于10％。这意味着大多数煤炭将产生高于750 mg / m〜3的SO_x排放。作为政府公司之一和国家电力公司的一部分的印度尼西亚电力公司意识到，我们的电厂将来将面临一些问题。印度尼西亚电力公司要求BATAN在印度尼西亚西爪哇省的苏拉拉亚发电厂应用核技术来减少SO_x排放，以遵守上述政府法规。选择Suralaya电厂来研究EB烟气处理，因为Suralaya电厂是最难安装的烟气处理装置，如果使用常规技术则不可能。为了满足这一要求，BATAN在BATAN（国家核能局），BPPT（技术实施和评估局）与美国国家核能局联合开展了关于在电厂中应用EB烟气处理的谅解备忘录后，于2001年1月开始研究EB烟气处理。印尼电力公司签署。在这种情况下，印度尼西亚电力公司是烟气处理装置的公用事业公司，并且是印度尼西亚电厂的最大所有者，BPPT是研究印度尼西亚适当能源需求的机构之一，而BATAN则负责推广和实施核技术。

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