Production Optimization with Systems Analysis
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Production Optimization with Systems Analysis Course
Introduction:
You obtain a comprehensive coverage of the use of NODALÄ (or systems) analysis in the petroleum producing industry. Your new understanding allows you to fully appreciate how changes in one part of a production system affect the system as a whole, and hence, the field productivity. You work with field conditions and system profitability for increased bottom line results. NODALÄ systems analysis has been sweeping the industry in the past few years. With it as a tool, you can achieve a much keener overview of the system, while increasing the predictability (and production) of each part of the system. This is a key tool for turning around the "Band-Aid" approach that has been prevalent for so long. This is the best tool currently available for improving production at lowest cost. Don't miss it! This course goes further than others in the industry—the same techniques are applicable to ESP's, transient pressure tests, casing design, gravel packing and economics! Don't be satisfied with learning only about production and gas lift!
Who Should Attend?
The course is intended for heads and main specialists of production-planning departments involved in cementing equipment selection and control; heads and main specialists of production-planning departments.
Course Outlines:
Well production; production logging; cement quality control. Well stimulation options, types and applicability.
Well completion; perforation technology; horizontal well completion; coiled tubing application for well completion purposes.
Near-wellbore area stimulation: hydro mechanical stimulation, pressure drawdown, thermal methods, etc.; formation stimulation: water flooding, gel injection, thermal injection, gas injection. Hydraulic fracturing: functions, acid frac, fracturing horizontal and deviated wells.
Production technology: optimizing well and surface equipment; checking production in the availability of the perforation system; production monitoring for accounting purposes; well production and surface equipment capacity; selecting well operation regime.
Optimizing gathering and delivery systems: recording and analyzing production data; integrated optimization of oil gathering and delivery systems; optimized short-term production prediction.
