Kinetics of Phosphorus Removal from High-Phosphorus Iron Ores by HCl Leaching
p.455
p.455
Adsorption Properties of Silver Ions on Thiourea-Formaldehyde Resin
p.459
p.459
Study on the Unstable Seepage Flow Model and the Productivity Characteristics in Tight Gas Heterogeneity Reservoir
p.465
p.465
Preliminary Study on Tracer of High Temperature and High Salinity Resistant
p.473
p.473
MG-Solid Gas Source Heavy Oil Thermal Recovery Technology
p.477
p.477
The Numerical Simulation of the Pressure Buildup Process of Cavity Completion for CBM Wells
p.481
p.481
Study on the Optimal Design Methodology of Fracture Spacing in Low-Permeability Reservoir Horizontal Well
p.487
p.487
Research of Interlayer Interference and Development Strategy of Multilayer Commingled Production Gas Reservoir
p.497
p.497
Reserch on Flow Field around the Eyeholes of Perforating Completion Based on ANSYS
p.503
p.503
MG-Solid Gas Source Heavy Oil Thermal Recovery Technology
Abstract:
MG-solid gas source is mainly composed of PH (phenols) and NI (nitrate) two kinds of solid components, in the presence of catalyst, which will start to react and produce CO2, N2 and RNH2(R: methyl or H) mixed gas at 50°C ~ 380°C (adjustable) called MG for short. Its profile control, heavy oil viscosity reduction and cleanup functions can be widely used in heavy oil thermal recovery, better than the N2 gas.
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Periodical:
Advanced Materials Research (Volume 868)
Pages:
477-480
Citation:
Online since:
December 2013
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© 2014 Trans Tech Publications Ltd. All Rights Reserved
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