搞好油藏的注采系统调整，是高效开发低特低渗透油田的重要措施。
Successful adjustment of injection and production system is an important approach to exploit the low super low permeability reservoir efficiently.
目前，热采注汽锅炉的手动控制系统已不能满足生产需要，因此对其进行自动化改造。
At present, the manual control system can not meet the production requirement of heat injection boiler, so an auto-control conversion was done.
实践证明，在合理的注采压力系统下，潜油电泵可以应用于低渗透油田。
The practice proved that the technology can reduce flowing bottom hole pressure, minish interlayer interference under reasonable injecting-producing pressure system.
介绍了在不拆除现有保温层的情况下，管体腐蚀检测系统在稠油热采注汽管道中的应用。
The application of tube body corrosion detection system in the steam injection pipelines for hot extraction of thick oil is introduced when the existing insulation layer is not dismantled.
结果表明，管体腐蚀检测系统对稠油热采注汽管道的平均管壁厚度进行检测，可以达到预期效果并具有较高的灵敏度。
The results show that anticipated effect and superior sensitivity can be achieved by using this system to detect the average wall thickness of steam injection pipelines.
采自该气田20口井45块岩芯样品的流体包裹体系统分析揭示了该区复杂的天然气充注过程。
Based on 45 core samples from 20 Wells of the Shengping-Xingcheng gas field, systematic analysis of fluid inclusions was employed to study the complicated hydrocarbon charging histories.
为降低稠油热采燃料成本，利用ADAM5510构建了燃煤注汽锅炉控制系统。
The Steam-injection Boiler Burning Pulverized Coal Control System has been built using ADAM5510 in order to reduce the fuel cost.
运用采气实用计算理论，建立了注气井节点系统分析数学模型。
According to the practical computation theory of the gas production, the mathematical model for the nodal system analysis of the gas injection Wells is established.
该系统可高精度、智能化地实现注气与采气的整个模拟过程。
This system can simulate the process of injection and recovery pressure accurately and intelligently.
针对萨中高台子油层进入高含水后期，区块间压力差异较大，油水井数比偏高，井网密度低，计算了合理注采井数比及井网密度，评价了目前的注采压力系统。
Having entered into the later period of high water cut in Gaotaizi reservoir, pressure difference between blocks is bigger, oil-to-water-well ratio is higher and pattern density is lower.
针对萨中高台子油层进入高含水后期，区块间压力差异较大，油水井数比偏高，井网密度低，计算了合理注采井数比及井网密度，评价了目前的注采压力系统。
Having entered into the later period of high water cut in Gaotaizi reservoir, pressure difference between blocks is bigger, oil-to-water-well ratio is higher and pattern density is lower.
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