原油产量的精确预测是原油优化配产的前提。
It is considered as a prerequisite for the optimized oil production planning to accurately predict oil production.
通过采气曲线分析制定了气井合理的配产原则。
The reasonable probation plan is made by analysis gas productivity curve.
针对孤东油田合理配产的影响因素，开展了对策研究。
This paper analyses the influence coefficient of reasonable crude proration plan in Gudong Oilfield.
参考合理生产压差进行合理配产，可以避免储气库出砂。
Reasonable allocation at the reasonable producing pressure drop may avoid sand production of the gas storage.
文昌13-1油田砾石充填出砂模拟实验与合理配产研究。
The sanding experiment and rationally well fluid studied of Wenchang13-1 oil field.
采用气藏数值模拟手段，对单井配产及采气速度进行了研究。
Single well proration and gas recovery rate are studied through numerical simulation.
气井的产能是开发井网布署及合理配产的依据，受多种因素的影响。
Gas well productivity, influenced by many factors, is the basis of development well network deployment and rational proration.
得到的最低允许流动压力数值可作为油田配产和油田规划设计的重要依据。
The obtained lowest allowable flowing pressure value can be used as an important basis for allocation and design of an oil field.
其中地层压力随生产时间变化的动态模型，将改变传统的气井静态配产方法。
One of these kinetic models is the geologic strata pressure with productive time variety, which will change the traditional static optimization allocation.
建立了气井最大的日配产量、最长稳产年限、最大可采出量3个优化配产模型。
Also, 3 optimized production-allocating models are set up for the maximum daily allocating production of gas Wells, the longest stable producing life, and the largest accumulative production.
如何做好配产配成本这项工作，已成为各油田公司和采油厂进行研究和探索的焦点。
How to do this work excellently has become the focus of each oilfield enterprise and many oil extraction factories are keeping researching or investigating it since long before.
凝析气井流入动态分析是气藏工程研究、节点分析及产能计算与配产不可缺少的一部分。
Analysis of inflow performance is necessary for gas engineering, nodal system analysis, productivity calculation and gas production allocation.
对于储气库而言，出砂问题关系着储气库设备寿命的长短、配产的大小、完井方式等重要问题。
For the gas storage, sand production is concerned with many important matters such as the life of the equipments, allocation volume, well completion system.
解决该问题，对于做好气田动态监测、合理配产乃至编制开发调整方案都具有十分重要的意义。
Solving the problem is of great significance in gas dynamic monitoring, rational production adjustment and even programming development regulation.
能确定不同源岩层所作的贡献，进而对混层开采进行配产，并能为下伏油藏的存在提供快速的判识。
The isotopic analyses in commingled production could be used to allocate contributions of individual sands and distinguish underlying oil reservoirs.
对于低产气井配产，现场大量的采用绝对无阻流量的1/4~1/6进行配产，这是一种经验方法，运用过程中产生较大误差。
To prorating production for low production gas well, empirical method that of taking 1/4 to 1/6 of absolute AOF is used in field which has more errors.
在分析宝钢烧结配矿方案、工艺参数以及产质量指标三者相互关系的基础上，提出了两种优化烧结工艺参数的数学逻辑模型。
Two kinds of optimization logic model of sintering process are put forward after analyzing the relation of mix ore scheme, process parameters and product quality index of Baoshan iron plant.
配矿专家系统由三部分组成：配矿方案的产生模块、配矿调整指导系统和产、质量指标预测模型。
MES is consists of three parts: producing part of Matching scheme, forecast model of sinter quality and output, and the redressal system.
负责对产线各个工站进行合理排配，提升产线平衡率；
Responsible for arranging production line, improving production line balance rate;
负责对产线各个工站进行合理排配，提升产线平衡率；
Responsible for arranging production line, improving production line balance rate;
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