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Air injection LTO process: an IOR technique for light-oil reservoirs
S R Ren,
M Greaves
, R R Rathbone
Department of Chemical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
115
Citations (SciVal)
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Engineering & Materials Science
Recovery
100%
Oils
95%
In situ combustion
82%
Air
81%
Oxygen
59%
Petroleum reservoirs
45%
Crude oil
31%
Secondary recovery
28%
Batch reactors
23%
Water injection
21%
Enhanced recovery
21%
Reaction rates
20%
Thermal effects
18%
Carbon dioxide
17%
Nitrogen
17%
Hydrocarbons
16%
Viscosity
14%
Economics
11%
Gases
10%
Hot Temperature
8%
Earth & Environmental Sciences
oil
86%
air
80%
combustion
34%
heavy oil
32%
oxygen
28%
in situ
27%
recovery method
19%
enhanced oil recovery
17%
oxygen consumption
16%
nitrogen dioxide
16%
temperature effect
15%
reaction rate
14%
dip
13%
carbon dioxide
11%
viscosity
11%
hydrocarbon
10%
reactor
10%
permeability
9%
rate
9%
economics
8%
gas
7%
simulation
6%
water
4%
effect
3%