Engineering
Aqueous Phase
100%
Scavenging
84%
Hydrogen Sulfide
84%
Offshore Oil
57%
Offshore Gas
57%
Phase Reaction
49%
Experimental Observation
38%
Fouling
30%
Ph Dependent
23%
Feasibility Study
23%
Kinetic Model
23%
Raman Peak
19%
Protonation
15%
Injection System
15%
Environmental Impact Factor
15%
Gas Production
15%
Gas Streams
15%
Petroleum Industry
11%
Raman Spectrum
11%
Reaction Scheme
7%
Initial Concentration
7%
Concentration Ratio
7%
Optimization Method
7%
Rate Constant
7%
Irreversibility
7%
Reacting System
7%
Activation Energy
7%
Room Temperature
7%
Keyphrases
Offshore Oil
46%
Offshore Gas
46%
Scavenger
46%
Quill
30%
Formaldehyde Releasers
30%
Fouling
30%
Atomizer
30%
Refinery
30%
Bisulfide
23%
In Situ Raman Spectroscopy
15%
H2S Removal
15%
Injection System
15%
Experimental Kinetics
15%
Environmental Impact Factor
15%
Processing Temperature
15%
Increasing Process
15%
Technical Recommendation
15%
Aqueous-phase Reaction
15%
Hydrogen Sulfide Removal
15%
GAS Process
15%
Gas Stream
15%
Reaction Kinetics
15%
Oil Production
15%
Aqueous Phase
15%
Absorption Rate
15%
Process Configuration
15%
Large Gain
15%
Water Discharge
15%
Triazine
15%
Gas Production
15%
Kinetic Data
15%
Kinetic Model
15%
High Cost
15%
Protonation Behavior
11%
1,3,5-thiadiazines
11%
Raman Peak
5%