科学技术与工程
科學技術與工程
과학기술여공정
Science Technology and Engineering
2015年
29期
109-113
,共5页
王磊%杨栋%康志勤%赵阳升%赵林
王磊%楊棟%康誌勤%趙暘升%趙林
왕뢰%양동%강지근%조양승%조림
热重仪%热解实验%显微CT%油页岩
熱重儀%熱解實驗%顯微CT%油頁巖
열중의%열해실험%현미CT%유혈암
thermal gravimetric analysis%pyrolysis experiments%CT experimental analyticl system%oil shale
利用热重仪对新疆油页岩进行不同温度下的热解实验,结果显示热解温度高低和油页岩在特定温度下的热解时间都会明显影响到油页岩的失重率,热解新疆油页岩的最佳温度值为500℃;通过高精度显微CT实验系统对热解后油页岩的细观进行测试,得到注蒸汽原位开采油页岩是完全可行的结论,这对油页岩原位开采技术的发展具有重要意义。
利用熱重儀對新疆油頁巖進行不同溫度下的熱解實驗,結果顯示熱解溫度高低和油頁巖在特定溫度下的熱解時間都會明顯影響到油頁巖的失重率,熱解新疆油頁巖的最佳溫度值為500℃;通過高精度顯微CT實驗繫統對熱解後油頁巖的細觀進行測試,得到註蒸汽原位開採油頁巖是完全可行的結論,這對油頁巖原位開採技術的髮展具有重要意義。
이용열중의대신강유혈암진행불동온도하적열해실험,결과현시열해온도고저화유혈암재특정온도하적열해시간도회명현영향도유혈암적실중솔,열해신강유혈암적최가온도치위500℃;통과고정도현미CT실험계통대열해후유혈암적세관진행측시,득도주증기원위개채유혈암시완전가행적결론,저대유혈암원위개채기술적발전구유중요의의。
The pyrolysis experiments under different temperatures of Xinjiang oil shale was analyzed by means of thermal gravimetric analysis .the result shows:both the pyrolysis temperature and the duration at the temperature have a great influence on oil shale weightlessness rate ,and the best pyrolysis temperature of the Xinjiang oil shale is 500 ℃.Based on CT experimental analyticl system , analysis of micro state of superheated steam pyrolysis oil shale in-situ stress state .A conclusion was made:it is feasible to simulate the process of extraction of oil shale at in-situ stress state ,which has important significance for the development of extraction of oil shale at in-situ stress state .