Keyphrases
Energy Recovery Device
98%
Self-sustaining
98%
Nano Membrane Toilet
78%
Water Recovery System
78%
Human Feces
78%
Combustion Performance
78%
Feces
78%
Net Power Output
58%
Combustion
58%
Solar Tower
49%
Phase Change Material
39%
Sustainable Building
39%
Comprehensive Literature Review
39%
Passive Cooling
39%
SO 2
39%
Absorption Cooling System
39%
Solar Trough
39%
Calcium Oxide
39%
Sulfation
39%
Sorbent
39%
Supercritical CO2 Cycle
39%
Process Optimization
39%
Thermodynamic Performance
39%
Oxide-based
39%
Coal-fired Power Generation System
39%
Exergy
39%
CO 2
39%
Performance Analysis
39%
Wood Biomass
39%
Simulant
39%
Energy Recovery
39%
Household Scale
39%
Sanitary Systems
39%
Human Excreta
39%
Carbon-based Electrocatalyst
39%
Sustainable Desalination
39%
Zero Liquid Discharge
39%
Reversible Solid Oxide Fuel Cell (RSOFC)
39%
Simultaneous Design
39%
Power-to-ammonia
39%
Thermal Spray Coatings
39%
Power Cycle
39%
Design Optimization
39%
Concentrated Solar Power
39%
Dopant
39%
CO2-based Mixture
39%
Power Applications
39%
Brine Treatment
39%
Crystallization Separation
39%
Natural Gas Flaring
39%
Engineering
Energy Engineering
100%
Net Power Output
78%
Experimental Investigation
78%
Zero Liquid Discharge
78%
Electrical Power
78%
Power Output
78%
Test Rig
65%
Electric Power Plant
58%
Irradiance
52%
Sustainable Building
39%
Phase Change Material
39%
Solar Field
39%
Solar Energy
39%
Performance Analysis
39%
Power Generation System
39%
Cooling System
39%
Steam Generator
39%
Hydrogen Evolution Reaction
39%
Concentrated Solar Power
39%
Power Cycle
39%
Design Optimization
39%
Dopants
39%
Hot Water
39%
Natural Gas
39%
Flaring Gas
39%
Ammonia Water
39%
Photovoltaic Panel
39%
Berthing
39%
Port Terminals
39%
Triple Point
39%
Cold Flow
39%
Circulating Fluidized Bed
39%
Draught Gasifier
39%
Fluidised Bed Reactor
39%
Downdraft
32%
Fuel Pellet
32%
Ignition Fuel
32%
Operating Range
32%
Sustainable Development
32%
Equivalence Ratio
32%
Combustor
32%
Sustainable Future
32%
Airflow Rate
32%
Experimental Result
32%
Energy Conversion
32%
Combustion Temperature
32%
Air-to-Fuel Ratio
32%
Energy Content
32%
Optimum Condition
32%
Natural Resources
32%