天然气工业
天然氣工業
천연기공업
NATURAL GASINDUSTRY
2009年
12期
90-93
,共4页
多气源%天然气%组分%互换性%对策%中国
多氣源%天然氣%組分%互換性%對策%中國
다기원%천연기%조분%호환성%대책%중국
multi-sourced%natural gas%component%interchangeability%countermeasure
随着天然气越来越多地应用于城市燃气系统,许多城市都将出现多种气源并存的格局.为此,介绍了多气源天然气互换性问题的由来及其可能产生的影响、常见的互换性判定方法和技术路线;追溯了LNG热值较高的历史原因;总结了国外天然气互换性问题的具体解决办法;分析了我国多气源天然气互换性研究的现状.最后提出了借鉴国外经验合理解决我国目前多气源天然气互换性问题的对策:加快确立相关行业标准,因地制宜地设定"适应多气源燃具的天然气设计基准参数",并据此合理引进气源,合理划分区域,按用户分类供气;同时应对燃具制造商提出"适应多气源燃具的设计要求",对未来入市的燃具提出明确要求.据此对现有天然气利用设备进行改造或调整,以顺利解决天然气互换性问题.
隨著天然氣越來越多地應用于城市燃氣繫統,許多城市都將齣現多種氣源併存的格跼.為此,介紹瞭多氣源天然氣互換性問題的由來及其可能產生的影響、常見的互換性判定方法和技術路線;追溯瞭LNG熱值較高的歷史原因;總結瞭國外天然氣互換性問題的具體解決辦法;分析瞭我國多氣源天然氣互換性研究的現狀.最後提齣瞭藉鑒國外經驗閤理解決我國目前多氣源天然氣互換性問題的對策:加快確立相關行業標準,因地製宜地設定"適應多氣源燃具的天然氣設計基準參數",併據此閤理引進氣源,閤理劃分區域,按用戶分類供氣;同時應對燃具製造商提齣"適應多氣源燃具的設計要求",對未來入市的燃具提齣明確要求.據此對現有天然氣利用設備進行改造或調整,以順利解決天然氣互換性問題.
수착천연기월래월다지응용우성시연기계통,허다성시도장출현다충기원병존적격국.위차,개소료다기원천연기호환성문제적유래급기가능산생적영향、상견적호환성판정방법화기술로선;추소료LNG열치교고적역사원인;총결료국외천연기호환성문제적구체해결판법;분석료아국다기원천연기호환성연구적현상.최후제출료차감국외경험합리해결아국목전다기원천연기호환성문제적대책:가쾌학립상관행업표준,인지제의지설정"괄응다기원연구적천연기설계기준삼수",병거차합리인진기원,합리화분구역,안용호분류공기;동시응대연구제조상제출"괄응다기원연구적설계요구",대미래입시적연구제출명학요구.거차대현유천연기이용설비진행개조혹조정,이순리해결천연기호환성문제.
Since being more and more widely used for combustion end uses in many cities of China, natural gas from different sources with different qualities is supplied at the same time for the same city. Therefore, this paper introduces the origin and potential bad effects of gas interchangeability in the gas supply system, the commonly-used discriminating methods and technical measures, dates back to the historical reason of high heating value of LNG, summarizes the concrete solutions of gas interchangeability abroad, and analyzes the current status of study on natural gas interchangeability in China. By learning good experiences from other countries, it finally makes the following suggestions for dealing with gas interchangeability in Chinese urban gas supply system: a. the related standard should be set up for natural gas market, and natural gas should be reasonably supplied according to differently divided regions and differently classified end users; the designed reference parameters should be determined for combustion burners more adaptable for differently sourced gases, the design requirements should be specified for combustion burner manufacturers, and the traditional end use equipments should be transformed and adjusted to meet the current need.