GAZ AND GAS CONDENSATE WORK AND PREPARATION SYSTEMS METHODS OF USE ANALYSIS
Keywords:
Kalit so‘zlar: gaz, gazkondensat, konlar, qazib olish, quduq, tizim, modellashtirish, yig'ish, tayyorlash, bosim, ob'ekt. Ключевые слова: газ, газовый конденсат, месторождения, добыча, скважина, система, моделирование, сбор, подготовка, давление, объект. Key words: gas, gas condensate, fields, production, well, system, modeling, collection, preparation, pressure, object.Abstract
ANNOTATION
One of the most important components of the country's gas industry
development strategy is the State Program for the Creation of a Unified System of Gas
Production, Transportation and Supply in 2007. Solving the problems of effective gas
pipeline management includes a set of tasks for modeling and optimal planning of the
operating modes of the entire chain of gas pipeline technological facilities. The solution
to these problems is based on the integration of models of facilities managed by the gas
production company, from wells to the compression compressor station (SCS).
Currently, there is a significant gap between the capabilities of modern gas
production, gathering and processing modeling systems, such as PIPESIM, OLGA
(Schlumberger) and others, and the needs of subsoil users to solve problems of
modeling and controlling the operating modes of objects that perform these processes
as a single system. These gaps are mainly due to the lack of mathematical models and
algorithms for modeling stable and unstable operating modes of the entire gas
production organization, which usually includes wells, gas well networks, field gas
gathering networks (GFG), gas primary treatment facilities (GPTP), inter-field gas
gathering collectors (IGGC), integrated gas complex treatment facilities (IGCP),
compression compressor stations (SCS) and main gas pipelines (MGP).
Thus , the development of mathematical methods and algorithms that solve the
technological problems of modeling and management of gas production complex
regimes is currently an urgent task.
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