Integrated Unit Technology for Gas Field Surface Gathering and Transmission

Jin Li; Jian Yang Zhao

doi:10.4028/www.scientific.net/AMM.271-272.1328

Paper Titles

Hydrodynamic Performance Analysis of the Bionic Impeller Equipped with Little Angle Arc Lamina
p.1307

Hyperbolic Heat Conduction for a Layered Medium of Finite Thickness with an Interface Crack
p.1312

Improved Channel Estimation for OFDM Systems by Exploiting Ordered Space
p.1317

Innovative Design of Range Hood Based on Folding Structure
p.1323

Integrated Unit Technology for Gas Field Surface Gathering and Transmission
p.1328

Measuring Data Registration Based on Triangle Constraint
p.1346

Model Reconstruction of Engine Case Based on MBD
p.1351

Modeling and Simulation of Stick-Slip Motion of a Position Stage
p.1356

Numerical Analysis of Flow Field and Performance Optimization of Axial-Flow Pressure Reducing Valve
p.1362

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 271-272Integrated Unit Technology for Gas Field Surface...

Integrated Unit Technology for Gas Field Surface Gathering and Transmission

Abstract:

In combination with the author's experiences in design for integrated unit for natural gas field gathering and transmission, this paper describes conventional practices and technical characteristics of integrated unit in the processes of standardization design and modularization establishment and analyzes the initial application of pneumatic control ball valve, wedge-shaped flowmeter and other new technologies for surface facilities in the gas field. As a result, a new design idea is proposed in this paper, i.e., to improve the integration level of surface facilities, to minimize power consumption and maintenance works and to realize unattended work mode.