Due to the lacks of the corresponding temperature well-test interpreting method and software, the temperature data of nearly ten thousand wells per year cannot be made full use in Daqing Oilfield. According to Fourier ' s Law, The analyzing expressions of the intake layer' s temperature and thermomechanic parameters of the formations and flowrate are derived. On the basis of energy conservation, the reservoir thermomechanic evaluation and flowrate calculation are carried out by means of the formation information of the measured temperatures changed with the time. The results show that the thermomechanic parameters of the oil reservoirs obtained from the temperature data can provide the new evaluating method for the seeking of the injector data. This method acquires much better effects in the practical application.%由于没有相应的温度试井解释方法和软件,使得大庆油田每年测得的近万口井的温度资料不能被充分利用.根据傅里叶定律推导出吸入层温度、地层热力学参数和流量的解析表达式,在能量守恒基础上利用所测温度随时间变化的地层信息进行了储层热力学评价及流量计算.结果表明,由温度资料得到的油藏热力学参数能为注入井数据的求取提供新的评价手段.该方法在实际应用中效果较好.
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