Skip to main navigation
Skip to search
Skip to main content
TU Delft Research Portal Home
Help & FAQ
Home
Research units
Researchers
Research output
Datasets
Projects
Equipment
Press/Media
Prizes
Activities
Search by expertise, name or affiliation
CH4 and CO2 utilisation by unsteady-state operation
D. Pinto
ChemE/Catalysis Engineering
Research output
:
Thesis
›
Dissertation (TU Delft)
221
Downloads (Pure)
Overview
Fingerprint
Fingerprint
Dive into the research topics of 'CH4 and CO2 utilisation by unsteady-state operation'. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
INIS
air
10%
applications
10%
biogas
10%
biomass
10%
capture
20%
carbon cycle
10%
carbon dioxide
100%
carbon footprint
10%
carboxylic acids
10%
catalysis
60%
catalysts
20%
chemical feedstocks
10%
chemical industry
10%
chemical reactions
10%
chemistry
10%
combustion
20%
commodities
10%
comparative evaluations
10%
constraints
20%
control
10%
conversion
60%
cost
10%
deactivation
10%
efficiency
10%
emission
10%
energy
20%
exploitation
10%
flue gas
10%
food industry
10%
fossils
10%
fuels
20%
heat
10%
hydrocarbons
30%
interactions
10%
methane
100%
molecules
20%
natural gas
10%
oils
20%
operation
100%
performance
10%
production
30%
purity
10%
shale gas
10%
solutions
10%
sorption
10%
stability
20%
steady-state conditions
20%
steam
10%
synthesis
20%
thermodynamics
30%
urea
10%
values
20%
Engineering
Acid
12%
Application
12%
Biogas
12%
Biomass
12%
Carbon Dioxide Capture
25%
Carbon Dioxide Utilization
100%
Carbon Footprint
12%
Catalyst
12%
Catalyst Deactivation
12%
Chemical Looping
12%
Chemical Production
12%
CO2 Conversion
12%
Combines
12%
Combustion
12%
Conversion Efficiency
12%
Cycles
12%
Deep Understanding
12%
Desired Product
12%
Energy Engineering
12%
Energy Production
12%
Flue Gas
12%
Fuel
12%
Fuel Production
12%
High Pressure
12%
High Purity
12%
High Temperature
12%
Limitations
12%
Low Conversion
12%
Low Cost
12%
Low Potential
12%
Mechanisms
12%
Methane
100%
Natural Gas
12%
Oil
25%
Performance
12%
Product
25%
Product Formation
12%
Production
12%
Reactant
12%
Reaction Condition
12%
Renewables
12%
Shale Gas
12%
State Condition
12%
State Operation
100%
Steam Reforming
12%
Syngas
25%
Thermodynamic Stability
12%
Thermodynamics
25%
Transients
12%
Chemical Engineering
Biogas
12%
Carbon
25%
Carbon Dioxide Utilization
100%
Carboxylic Acid
12%
Catalyst Deactivation
12%
Combustion
25%
Hydrocarbon
37%
Methane
100%
Sorption
12%
Temperature
12%
Thermodynamics
37%
Urea
12%
Keyphrases
Acid Food
33%
Catalytic Activation
33%
Conversion Control
33%
Industrial Flue Gas
33%
Intensive Production
33%
Reactive Compounds
33%
Sorption-enhanced Reaction
33%
Unsteady-state Operation
100%