天然气田采气配套工艺技术的应用研究

我国油气田的类型绝大多数为断块气田,这种气田由于其所在区域的各种自然地理环境构造比较复杂,因此达到高产、稳产所需要的技术压力很大。在这样的开发生产背景下,加强天然气田采气配套工艺技术应用研究十分必要。本文概述分析了天然气田采气配套工艺技术的评价及必要性等基本理论;从水力压裂技术、排液采气技术以及机抽排水采气技术等方面分析了采气配套工艺的技术方法;最后结合具体案例分析了天然气田采气配套工艺技术的实际应用。通过本文的研究分析,总结概括了更为完善的采气配套工艺技术,为今后天然气田采气配套工艺技术有效应用提供一些借鉴和参考。

潜山油井机采配套技术研究与应用

文章介绍了机采配套技术,针对潜山油井随着油田的不断开发,压力、产量递减加快、油井含水上升等问题现状,针对性开展潜山油井机采配套技术研究与应用。选取最佳适合兴古潜山油井的最佳举升方式,实现高温、高气液比、高矿化度条件下得高效稳产,解决潜山油田开发中的一系列问题,同时具有广泛的应用前景。

乌苏市棉花采摘综合机械化技术的探讨

棉花机械化采收不是一项单纯的技术,而是一项系统工程,不是有了采棉机就能实现机械化采收,而是一系列新技术新机具综合集成应用才能取得成功的。

Experimental study on supporting technology of gob-side entry with different roof conditions

Aiming to effectively solve the problem of deep mining with safety and high efficiency, according to geological conditions, production and stress analysis in roadway surrounding rock, experimental studies on roadway supporting of workface 103 under three types of roof conditions with different supporting technologies and parameters were carried out based on the theory of supporting technology of gob-side entry. The results show the supporting of gob-side entry retaining is successful, and the deep surrounding rock is effectively controlled by field monitoring and drilling-hole photos. After stress in surrounding rock of roadways restores stable, the final roadway deformation of surrounding rock of haulage roadway and air-roadway are both about 300 mm; width of gob-side entry is 3.8-4.0 m and average height is 2.0-2.2 m; roadway section is above 8.0 m^2, which solves the problems of gob-side entry retaining support strength and safe mining; necessary conditions of mining safety in workface 103 are met.

苏里格气田单井智能管理系统的开发与应用

随着苏里格气田开采开采程度的不断深入,气井携液量明显增加,需要进行排水采气。试验应用智能投棒、智能注剂、智能开关井等远程智能化排水采气配套技术。通过对现场设备的自动化、智能化,可以继续保持气井增产,有效降低员工工作强度,节约生产运行成本,提高排水采气工作效率。