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Thermodynamic Optimization of Industrial Energy Systems

This reprint, entitled "Thermodynamic Optimization of Industrial Energy Systems", explores the application of thermodynamic principles and process integration methods to enhance energy efficiency and minimize environmental impact in industrial processes. It bridges thermodynamics and engineering des...

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Salvato in:
Natura: Online
Lingua:inglese
Pubblicazione: MDPI - Multidisciplinary Digital Publishing Institute 2025
Soggetti:
waste heat recovery
plasma gasification
silicon arc furnace
medical waste
system integration
Tesla valve
optimization
diodicity
thermo-hydraulic performance
artificial neural network
biomass gasification
decarbonization
bioproducts
exergy analysis
energy integration
annealing continuous furnace
computational fluid dynamics
machine learning
diesel engine
heat exchanger
exergy destruction
exergoeconomic correlation
exergoeconomic cost assessment
exergoeconomic factor
concentrating solar power
supercritical CO2
optimum configuration
techno–economic assessment
pinch analysis
exergy
cogeneration plant
operating scenarios
ProSimPlus®
biorefinery
MILP superstructure
carbon credit
process integration
biofuels
heat integration
combined cooling and power
exergoeconomic analysis
externally fired gas turbine
absorption refrigeration cycle
multi-objective optimization
bio-energy
BECCS
sugarcane bagasse
polygeneration
carbon dioxide
supercritical cycle
advanced exergy-based analysis
n/a
thema EDItEUR::G Reference, Information and Interdisciplinary subjects::GP Research and information: general
thema EDItEUR::P Mathematics and Science::PG Astronomy, space and time
Accesso online:ONIX_20250220_9783725828487_461
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Riassunto:This reprint, entitled "Thermodynamic Optimization of Industrial Energy Systems", explores the application of thermodynamic principles and process integration methods to enhance energy efficiency and minimize environmental impact in industrial processes. It bridges thermodynamics and engineering design, offering practical examples of energy system optimization approaches. By focusing on sustainability and innovation, this equips professionals and researchers with the knowledge needed to meet energy transition challenges in a rapidly evolving industrial landscape.

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