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在“
自然资源管理
”中,
命中:
87
条,耗时:小于0.01 秒
1.
Applicability of Kinetic Models for In Situ Combustion Processes with Different
Oil
Types
作者:
Na Jia
;
David H.-S. Law
;
Paul Naccache
;
Marie Ann Giddins
关键词:
In situ combustion
;
Kinetic models
;
Combustion tube
;
Oil
recovery
刊名:Natural Resources Research
出版者:Springer US
年:2017
2.
Polymeric surfactants for enhanced
oil
recovery
: A review
作者:
Patrizio Raffa
;
p.raffa@rug.nl" class="auth_mail" title="E-mail the corresponding author
;
Antonius A. Broekhuis
;
Francesco Picchioni
关键词:
AA
;
acrylic acid
;
AM
;
acryl amide
;
ASP
;
alkali-polymer-surfactant flooding
;
BA
;
butyl acrylate
;
Ca
;
capillary number
;
DLS
;
dynamic light scattering
;
EA
;
ethyl acetate
;
EOR
;
enhanced
oil
recovery
;
HMPAM
;
hydrophobically modified poly(acryl amide)
;
HPAM
;
partially hydrolized poly(acryl amide)
;
IFT
;
interfacial tension
;
M
;
mobility ratio
;
PAM
;
poly(acryl amide)
;
PEO/PEG
;
poly(ethylene oxide)
;
PPO
;
poly(propylene oxide)
;
PVA
;
poly(vinyl alcohol)
;
SP
;
polymer-surfactant flooding
;
VA
;
vinyl acetate
刊名:Journal of Petroleum Science and Engineering
年:2016
3.
Microemulsion and phase behavior properties of (Dimeric ammonium surfactant salt - heavy crude
oil
- connate water) system
作者:
Ronald Nguelea
;
nguele.ronald@mine.kyushu-u.ac.jp" class="auth_mail" title="E-mail the corresponding author
;
Kyuro Sasakia
;
Hikmat Said-Al Salimb
;
Yuichi Sugaia
;
Arif Widiatmojoa
;
Masanori Nakanoc
关键词:
Microemulsion
;
Phase behavior
;
DIMERIC ammonium salt
;
Heavy
oil
recovery
刊名:Journal of Unconventional
Oil
and Gas Resources
年:2016
4.
Risk of Wax Precipitation in
Oil
Well
作者:
I. A. Struchkov
;
M. K. Rogachev
关键词:
Wax
;
Wax appearance temperature
;
Wax precipitation
;
Live
oil
sample
;
Production conditions
刊名:Natural Resources Research
出版者:Springer US
年:2017
5.
Geologic Carbon Storage Through Enhanced
Oil
Recovery
作者:
Bruce Hill
;
Susan Hovorka
;
Steve Melzer
关键词:
Carbon dioxide
;
Carbon sequestration
;
Geologic carbon storage
;
Enhanced
oil
recovery
;
Residual
oil
zones
;
Monitoring verification and accounting
刊名:Energy Procedia
年:2013
6.
The novel THAI–CAPRI technology and its comparison to other thermal methods for heavy
oil
recovery
and upgrading
作者:
Abarasi Hart (1)
关键词:
Heavy
oil
;
Upgrading
;
THAI–CAPRI process
刊名:Journal of Petroleum Exploration and Production Technology
年:2014
7.
A radiofrequency/microwave heating method for thermal heavy
oil
recovery
based on a novel tight-shell conceptual design
作者:
Matteo Bientinesia
;
matteo.bientinesi@polomagona.it
;
Luigi Petarcab
;
petarca@ing.unipi.it
;
Alessandro Ceruttic
;
a.cerutti@ids-spa.it
;
Mauro Bandinellic
;
Michela De Simonid
;
michela.de.simoni@eni.com
;
Matteo Manottid
;
Giuseppe Maddinellid
关键词:
enhanced
oil
recovery
;
thermal heavy
oil
recovery
;
electromagnetic heating
;
radiating antenna
;
oil
sand
;
modeling
刊名:Journal of Petroleum Science and Engineering
年:2013
8.
EOR Potential from CO2 Captured from Coal-Fired Power Plants in the Upper Cretaceous (Cenomanian) Woodbine Group, East Texas Basin, and Southeastern Texas Gulf Coast, USA
作者:
W. A. Ambrose
;
C. Breton
;
V. Nú?ez-López
;
G. Gülen
关键词:
Woodbine Group
;
enhanced
oil
recovery
;
clean coal
;
East Texas Basin
;
CO2 sequestration
刊名:Natural Resources Research
出版者:Springer Netherlands
年:2015
9.
Emerging challenges and potential futures for thermally enhanced
oil
recovery
作者:
A.R. Kovscek
;
kovscek@stanford.edu
关键词:
steam injection
;
enhanced
oil
recovery
;
unconventional resources
;
solar heat
;
solar EOR
刊名:Journal of Petroleum Science and Engineering
年:2012
10.
Assessment of Alaska’s North Slope
Oil
Field Capacity to Sequester CO2
作者:
Pascal Umekwe (1) (2) Joanna Mongrain (1) (3) Mohabbat Ahmadi (1) Catherine Hanks (4)
关键词:
CO2 sequestration
;
CO2 injection
;
enhanced
oil
recovery
;
water
;
alternating
;
gas
;
Alaska
oil
刊名:Natural Resources Research
年:2013
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