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N-methylmorpholine N-oxide
100%
Techno-economic Analysis
100%
Fiber Production
100%
Lyocell Fiber
100%
Simulation-based
100%
Design Process
60%
Lyocell
40%
Recycling Efficiency
40%
Cost Items
40%
Simulation Model
20%
Raw Material Cost
20%
Commercially Available
20%
Design Parameters
20%
Production Cost
20%
Thermodynamic Model
20%
Process Simulation
20%
Cost Factors
20%
Design Decisions
20%
Process Modeling
20%
Washing Process
20%
Design Information
20%
Water Use
20%
Recovery System
20%
Capital Expenses
20%
Process Cost
20%
Technical Process
20%
Vapor-liquid Equilibrium
20%
Low Impact
20%
Cost Modeling
20%
Steady-state Process
20%
Model Selection
20%
Equilibrium Thermodynamics
20%
Model Parameterization
20%
Man-made Cellulosic Fibers
20%
Dissolving Wood Pulp
20%
Solvent Recovery
20%
Material Capital
20%
Modeling Decisions
20%
Economic Assumptions
20%
INIS
simulation
100%
fibers
100%
production
100%
cost
100%
oxides
100%
economic analysis
100%
design
66%
efficiency
33%
modeling
33%
recycling
33%
solvents
33%
washing
33%
wood
16%
economics
16%
information
16%
data
16%
pulps
16%
operation
16%
steady-state conditions
16%
men
16%
demand
16%
recovery
16%
supply
16%
equilibrium
16%
raw materials
16%
vapors
16%
liquids
16%
manufacturing
16%
thermodynamic model
16%
capital
16%
water use
16%
Engineering
Process Design
100%
Lyocell Fiber
100%
Lyocell
66%
Process Simulation
33%
Design Parameter
33%
Thermodynamic Model
33%
Design Information
33%
Material Cost
33%
Vapor-Liquid Equilibrium
33%
Cost Modeling
33%
State Process
33%
Illustrates
33%
Cellulose Fiber
33%
Simulation Mode
33%
Material Science
Oxide Compound
100%
Process Simulation
20%
Chemical Engineering
Techno-economic Analysis
100%