Keyphrases
Charaterization
100%
Membrane Materials
100%
Gas Purification
100%
Gas Separation
100%
Clay
100%
Gas Mixture
100%
Structural Stability
50%
Elevated Pressure
50%
High-purity Hydrogen
50%
High-temperature Gas
50%
Hydrocracking Reaction
50%
Aggressive Media
50%
Thermal Stable
50%
Petrochemical Industry
50%
Membrane Support
50%
Technical Aspects
50%
Oxide Ceramics
50%
Thermal-structural
50%
Separation Field
50%
Ceramic Membrane Tube
50%
Hydrogen Recovery
50%
Hydrotreating
50%
Membrane Characteristics
50%
Membrane Characterization
50%
Pressure Condition
50%
Chemical Stability
50%
Pressure Swing Adsorption
50%
Chemically Stable
50%
Pressure Medium
50%
Membrane Gas Separation
50%
Porous Metal Oxides
50%
Refinery Streams
50%
Gas Membrane
50%
Economic Safety
50%
Non-conventional Materials
50%
Gas Separation Membrane
50%
Membrane Operations
50%
Temperature Conditions
50%
Composite Membrane
50%
Membrane Preparation
50%
Membrane Processes
50%
Challenging Environments
50%
Process Intensification
50%
Main Technologies
50%
Inorganic Materials
50%
Environmental Regulation
50%
High Performance
50%
Active Research
50%
Cryogenic Distillation
50%
Water Treatment
50%
Petroleum
50%
Environmental Aspects
50%
Thermal Stability
50%
Hydrodesulfurization Activity
50%
High-performance Materials
50%
Gas Separation Processes
50%
Harsh Environment
50%
Preparation Method
50%
Elevated Temperature
50%
Membrane Technology
50%
Process Conditions
50%
Oman
50%
INIS
membranes
100%
purification
100%
gases
100%
hydrogen
23%
applications
17%
performance
11%
clays
11%
mixtures
11%
hydrocracking
5%
laboratories
5%
metals
5%
porous materials
5%
oman
5%
industry
5%
oxides
5%
water treatment
5%
cryogenics
5%
environment
5%
safety
5%
tubes
5%
purity
5%
demand
5%
adsorption
5%
streams
5%
separation processes
5%
distillation
5%
petroleum
5%
economics
5%
petroleum industry
5%
absorption
5%
pollution regulations
5%
stability
5%
universities
5%
cost
5%
operation
5%
ceramics
5%
recovery
5%
high temperature
5%
food
5%