... will be achieved by installation of parallel line sections (looping), maintaining pumping power at 15,000 hp at a throughput of 2.35 pumping power at 15,000 hp at a throughput of 2.35 MM B/D. MAINLINE PRIME MOVER REQUIREMENTS Performance of the mainline gas turbines is a critical factor affecting operation...

... is the optimum selection of unit geometry; while the second employs a special, low inertia (or high slip) prime mover, permitting the unit's speed variation to more closely respond to the torsional load demand. Following is a discussion of a comparative study using the most advanced predictive technique...

..."PREDICTING PRIME MOVER REQUIREMENTS POWER COSTS, AND ELECTRICAL DEMAND FOR BEAM PUMPING UNITS" J.P. BYRD W.L. BEASLEY this article begins on the next page F PETROLEUM SOCIETY OF CIM THIS IS A PREPRINT - SUBJECT TO CORRECTION PAPER NO. 374035 PREDICTING PRIME MOVER REQUIREMENTS, POWER COSTS...

... wells. The sucker rod lift system is made up of four components 1) prime mover, 2) pumping unit, 3) counterbalance to the rod loading, and 4) sucker rods and associated downhole equipment. The function of the pumping unit is to change the rotating motion of the prime mover into the vertical up and down...

... Biggs, K.J., Regional Market Manager Rolls-Royce (1971) Limited, United Kingdom The industralised (long life) version of an aircraft gas turbine was first introduced as a land-based industrial prime mover in 1958, at a power station in the United Kingdom, driving an alternator for peak lopping...

... artificial lift system pump stroke general method conventional unit loading dynamometer card Efficiency torque quantity Upstream Oil & Gas system performance upstroke gearbox overload beam pumping displacement prime mover pump displacement rod string peak torque...

... costly and limited to the amount and type of data handled. In the operation of Progressive Cavity Pumping Systems, Rod Torque is a simple measurement, which can be achieved inexpensively with all types of Prime Movers, where all pumping conditions are reflected in the torque in some manner. Data may...

... sucker rod pumping well system (from the prime mover to the downhole pump) into eleven dimensionless numbers which are used to aid the simulation of performance characteristics and design parameters. The final results consist of design parameters for various rod size-pump parameters for various rod size...

... engineering tool but has several limitations. These limitations include a simplified pumping unit geometry and polished rod motion, low slip prime movers and full pump fillage. Pioneering work by Gibbs in the 1960s resulted in the development of two mathematical models which form the basis for most...

... a light weight gas turbine prime mover, a light weight reduction gearbox and a CRP propeller. This-lead to the development of the "TURBOPITCH" Propulsion System. The following paper presents, in detail, the design and operation of the system. Although the individual items of the system were of designs...

... uniform rate. This decreased and more even rate of power that the reducer of the pumping unit requires of its prime mover, results in several marked advantages to the operator. Introduction As the depth of an oil well increases, certain quantities relating to mechanical or beam pumping—such as rod...