INIS
capture
100%
applications
100%
carbon
100%
industrial sector
100%
hydrogen production
100%
kazakhstan
100%
carbon dioxide
54%
storage
45%
geochemistry
36%
industry
27%
simulation
27%
hydrogen
18%
alloys
18%
oil fields
18%
implementation
18%
hydrogen storage
18%
life cycle assessment
18%
modeling
18%
levels
9%
energy
9%
industrial plants
9%
organic matter
9%
geologic formations
9%
carbon footprint
9%
fuel cells
9%
research programs
9%
railways
9%
technology assessment
9%
capacity
9%
air pollution abatement
9%
carbon neutrality
9%
core flooding systems
9%
dissolution
9%
universities
9%
electrochemistry
9%
safety
9%
transport
9%
resource assessment
9%
ph value
9%
Keyphrases
Hydrogen Production Technology
100%
Carbon Capture Sequestration
100%
Carbon Neutralization
100%
Industrial Sector
100%
Kazakhstan
100%
Carbon Capture
100%
Oil Field
18%
Hydrogen Storage Alloy
18%
CO2 Geological Storage
18%
CO2 Storage
18%
Assessment Protocol
9%
Green Hydrogen
9%
Green Hydrogen Production
9%
Computational Simulation
9%
Scientific Level
9%
Hydrogen Energy Technologies
9%
Life Cycle Assessment Analysis
9%
Blue Hydrogen
9%
Blue Hydrogen Production
9%
Technology Application
9%
Storage Simulation
9%
Central Asia
9%
Technology Assessment
9%
Commonwealth of Independent States
9%
Pressure Effect
9%
Flooding System
9%
Reactive Transport
9%
Fuel Cell
9%
Geophysical Response
9%
Geological Medium
9%
Ti-based
9%
Core Flooding
9%
Experimental Task
9%
CO2 Dissolution
9%
Life Cycle Assessment
9%
Geochemical Modeling
9%
Mechanical Alloying Method
9%
Geological Formation
9%
Optimal Storage
9%
Railway
9%
Resource Assessment
9%
Carbon Footprint
9%
R&D Capability
9%
Industrial Facilities
9%
GHG Emission Reduction
9%
Low-carbon Technology
9%
Pressure-temperature
9%
Natural Organic Matter
9%
Storage Conditions
9%
Carbon Neutrality
9%
Undergraduate Students
9%
Geological Parameters
9%
University-industry Collaboration
9%
Reduction Capacity
9%
Collaborative Research
9%
Earth and Planetary Sciences
Kazakhstan
100%
Hydrogen Production
100%
Carbon Dioxide
36%
Life Cycle Assessment
18%
Oil Field
18%
CO2 Geological Storage
18%
Carbon Neutrality
9%
Electrochemistry
9%
Natural Organic Matter
9%
Alloying
9%
Reactive Transport Modeling
9%
Geochemistry
9%
Emission Reduction
9%
Greenhouse Gas Emission
9%
Commonwealth of Independent States
9%
Energy Technology
9%
Technology Assessment
9%
Carbon Footprint
9%
Resource Assessment
9%