一、微波雷达持水率测井仪(Water-holding ratio parameters of microwave radar tool) 该仪器采用微波雷达探测技术直接检测原油的持水率大小,主要应用在原油勘探、开采、开发、提炼、储运等过程中对原油持水率的动态测探测。 The instrument uses microwave radar technology to directly detect water retention rate of the size of crude oil, mainly used in oil exploration, exploitation, development, refining, storage and transportation of crude oil in such processes as water retention rate of detection of the dynamic test. ●5-95%持水率范围内的水分测试; ●大斜井或水平井的持水率测试; ●适应300KBPS以上传输速率的测井要求; ●配套相关参数解决高含水的开采工艺问题; 二、采/注井节能增效系统 An output / injection wells, energy efficiency system 该系统使工作中的油、水井“泵况”和“井况”与优化后的“工况”结合,实现管理节能和设备自节能统一,达到增产,节电,减排的系统能效管理。应用在二次或三次开采作业中的节能、增产和减排运营。 The system enables the work of the oil, water wells, "pump state" and "Well Status" and the optimized "conditions" combined to achieve self-management of energy-saving and energy-saving equipment, uniform, to increase production, energy saving, emission reduction energy efficiency management system. Fragment Used in mining operations in two or three times the energy efficiency, increase production and emissions reduction operations. ●从动力测量、保护、诊断、调频向系统节能转变; ●提高原油、气产能的同时,保证地层注水和地表水循环合理利用; ●“泵况”、“井况”、“工况”疑似重合,降低成本; ●节电10%、增产10%、减排15%,综合效能达:20-35%。
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