Enhancement of Industrial Energy Efficiency and Sustainability 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>contaminated soil||polluted soil||thermal desorption||thermal remediation||energy analysis and exergy analysis||energy saving||heat integration||operability||retrofit||oil refinery||interviews||heat transfer||waste heat recovery||dusty flue gas||granular bed||buried tubes||iron and steel industry||techno-economic pathways||decarbonization||CO2 emissions||carbon abatement measures||construction||building||supply chain||roadmap||heavy industry||carbon abatement||emissions reduction||climate transition||multi-agent cooperation||reduced-dimension Q(λ)||optimal carbon-energy combined-flow||energy efficiency||compressed air systems||energy efficiency measures||nonenergy benefits||assessment factors||industrial energy efficiency||energy efficiency culture||energy efficiency practices||energy management||cogeneration||trigeneration||sustainability||tropical climate country||biomass||advanced exergoeconomic analysis||spray dryer||exergy destruction cost rate||energy management practices||assessment model