Keyphrases
Enhanced Oil Recovery
100%
Natural Chemicals
100%
Faculty Development
55%
Grant Program
55%
Kazakhstan
30%
Chemical Enhanced Oil Recovery (cEOR)
30%
Reservoir Conditions
15%
Green Chemicals
15%
Petroleum-derived
10%
Sacrificial Agent
10%
Oil Recovery
10%
Polymeric Surfactant
10%
Recovery Project
10%
Natural Plants
5%
Microscopic Displacement
5%
New View
5%
Success Rate
5%
Chemical Composition
5%
Plant Sources
5%
Fluid-filled
5%
Flow Behavior
5%
Chemical Combination
5%
Oil Technology
5%
Oil Sector
5%
Gas Sector
5%
Oil Viscosity
5%
Practical Data
5%
Environmentalism
5%
Industry Evaluation
5%
Macroscopic Displacement
5%
Project Profitability
5%
Climatic Diversity
5%
Warm Weather
5%
Biological Diversity
5%
Progressive Mechanism
5%
Soil Conditions
5%
Chemical Solution
5%
Oil Price Fluctuations
5%
Chemical Utilization
5%
Electrolyte Temperature
5%
Chemical Usage
5%
Concentration Influence
5%
Cold Weather
5%
Agricultural Systems
5%
Chemical Applications
5%
Surfactant Agent
5%
Displacement Efficiency
5%
Chemical Retention
5%
Duplication
5%
Capillary Force
5%
Environmentalists
5%
Plant-available
5%
Geological Characteristics
5%
Plant-based
5%
Mobility Ratio
5%
Petroleum
5%
Large-scale Application
5%
Functional Properties
5%
Gas Industry
5%
Surfactant
5%
Technical Factors
5%
EOR Methods
5%
Effective Concentration
5%
Oil Mobility
5%
Solution Flow
5%
Oil Production
5%
Interfacial Tension
5%
Oil Industry
5%
Large Field
5%
Oil Price
5%
Adsorption
5%
Trapped Oil
5%
Non-renewable Energy
5%
Gel Polymer
5%
United Nations
5%
Energy Demand
5%
Chemical Adsorption
5%
Crude Oil
5%
Oil Type
5%
Mandal
5%
Modern Practices
5%
Petroleum Engineers
5%
Oil Availability
5%
Chemical Gels
5%
Engineering
Natural Chemical
100%
Enhanced Oil Recovery
100%
Surfactant
15%
Reservoir Condition
15%
Sacrificial Agent
10%
Adsorption
10%
Oil Price
10%
Oil Recovery
10%
Acceptable Solution
5%
Environmentalist
5%
Functional Property
5%
Soil Condition
5%
Success Rate
5%
Mobility Ratio
5%
Petroleum Industry
5%
Application Field
5%
Crude Oil
5%
Displacement Efficiency
5%
Deep Understanding
5%
Non-Renewable Energy
5%
Oil Production
5%
Flow Behavior
5%
Capillary Force
5%
Limitations
5%
Logical Step
5%
Oil Concentration
5%
Oil Viscosity
5%
Petroleum Engineer
5%
Detailed Evaluation
5%
Polymer Gel
5%
Electrolyte Concentration
5%
Renewable Energy Source
5%
INIS
oils
100%
recovery
100%
evaluation
100%
applications
15%
kazakhstan
13%
proposals
9%
petroleum
9%
polymers
6%
surfactants
6%