Keywords: واحد جداسازی هوا; CO2 capture; Oxy-fuel combustion; Process control; Dynamic exergy method; Dynamic simulation; Air separation unit;
مقالات ISI واحد جداسازی هوا (ترجمه نشده)
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Keywords: واحد جداسازی هوا; Wind farm; Monte Carlo simulation method; Copula theory; Air separation unit; Cryogenic energy storage; Markov approach; Reliability;
Keywords: واحد جداسازی هوا; ASC; advanced supercritical; ASU; air separation unit; CAC; CO2 avoidance cost; CCS; CO2 capture and storage; CEPCI; chemical engineering plant cost index; CGCU; coldgasclean-up; CLOP; chemical looping oxygen production; FOAK; first of a kind; HGCU; hot g
Keywords: واحد جداسازی هوا; Air separation unit; Derivative-free optimization; Model predictive control; ASPEN simulation environment;
Keywords: واحد جداسازی هوا; ASU; Air separation unit; ATR; Autothermal reforming; BFB; Bubbling fluidized bed; BIGCC; Biomass integrated gasification combined cycle; BtL; Biomass-to-liquids; CCE; Carbon conversion efficiency, %; CCG; CHOREN coal gasification technology; CCS; Carbon
Keywords: واحد جداسازی هوا; Oxy-combustion; Coal-fired power plant; Energy storage; Cryogenic oxygen storage; Process modelling; Process simulation; Techno-economic analysis; ASU; air separation unit; CCS; carbon capture and storage; CPU; CO2 compression and purification unit; CFPP;
Keywords: واحد جداسازی هوا; IGCC; Oxy-combustion; Ultra supercritical pulverized coal combustion; Aspen Plus; Economic analysis; Levelized cost of electricity (LCOE); ASU; air separation unit; BEC; bare erected cost (kâ¬); CCS; carbon capture and storage; CCTS; carbon capture, tran
Keywords: واحد جداسازی هوا; ASU; air separation unit; ATR; auto thermal reforming; BR; bi-reforming; CR; combined reforming; DMR; dry methane reforming; GWP; Global Warming Potential; HI; heat integration; LCIA; Life Cycle Impact Assessment; POX; partial oxidation; PSA; pressure swi
Keywords: واحد جداسازی هوا; ACR; Autothermal Cyclic Reforming; AFC; alkaline fuel cell; ASU; Air separation unit; ATR; Autothermal reforming; ATRB; autothermal reforming of biogas; BNFC; Bio-nanostructured filamentous carbon; BOP; balance of plant; CHP; combined heat and power; COD;
Keywords: واحد جداسازی هوا; Nonlinear optimization; Semi-closed oxygen-combustion combined cycle; Thermodynamic and cost modeling; Carbon capture; Gas turbine; Air separation unit;
Keywords: واحد جداسازی هوا; 4GDH; 4th Generation District Heating; ASU; air separation unit; DH; district heating; DHW; domestic hot-water; LHV; lower heating value; M; moisture; M1; methanator 1; M2; methanator 2; M3; methanator 3; PtG; Power to Gas; SNG; synthetic natural gas; Z;
Keywords: واحد جداسازی هوا; Air separation unit; Vapor recompression; Oxy combustion
Keywords: واحد جداسازی هوا; ASU; air separation unit; bpd; barrels per day; CAPEX; capital expenditure; CCU; carbon capture and utilization; CTL; coal-to-liquids; DME; dimethyl ether; FOB; free-on-board; FT; fischer-tropsch; HHV; higher heating value; IGCC; integrated gasification c
Keywords: واحد جداسازی هوا; Oxy-combustion; High-temperature membranes; Air separation unit; Carbon capture and storage; Economic analysis; Waste heat recovery;
Keywords: واحد جداسازی هوا; Power-to-gas; Oxyfuel combustion; Methanation; ASU; air separation unit; FG; flue gas; LHV; lower heating value; M1; methanator 1; M2; methanator 2; M3; methanator 3; PtG; power to gas; SNG; synthetic natural gas;
Keywords: واحد جداسازی هوا; Liquid air energy storage; Pressurized oxy-coal combustion; Air separation unit; Process integration; Process simulation;
Keywords: واحد جداسازی هوا; Diesel; Gasification; Miscanthus; Coal; Feasibility; CO2; CtL; coal to liquids; CBtL; combined coal and biomass to liquids; FT; Fischer-Tropsch; BtL; biomass to liquids; GHG; greenhouse gas; ASU; air separation unit; WGS; water gas shift; LTFT; low-temp
Keywords: واحد جداسازی هوا; Process optimization; Heat integration; Distillation; Air separation unit; Coal oxycombustion; Mathematical programming with complementarity constraints;
Keywords: واحد جداسازی هوا; AGR; acid gas removal; ASU; Air Separation Unit; ATJ; Alcohol-to-Jet fuel; ATR; Autothermal Reformer; CAPEX; capital expenditure; CCU; carbon capture and utilization; FTS; Fischer Tropsch Synthesis; GT; gas turbine; HA; higher alcohols; HC; hydrocarbons;
Keywords: واحد جداسازی هوا; ASU; Air Separation Unit; CF; capacity factor; CCS; Carbon Capture and Storage; ECN; Energy research Centre of The Netherlands; ECF; European Climate Foundation; EU; European Union; FOM; fixed operation and maintenance; HRSG; hear recovery steam generator
Keywords: واحد جداسازی هوا; Air Separation Unit; Compressor Modeling; Dynamic Simulation
Keywords: واحد جداسازی هوا; Supercritical power plant; Oxy-combustion; High-temperature membranes; Air separation unit; CO2 processing unit;
Keywords: واحد جداسازی هوا; AIR; air stream into primary/secondary oxidant; ASU; air separation unit; CPU; CO2 purification unit; CFB; circulating fluidized bed; FG; flue gas side; GOX; gaseous oxygen stream into primary/secondary oxidant; HP; high pressure; IP; intermediate pressur
Keywords: واحد جداسازی هوا; ACQS; air quality control system; AD; Aspen Plus Dynamics; AH; air heater; AP; Aspen Plus; ASU; air separation unit; AT1, 2, 3; spray water attemperators; BI_O2; boiler inlet O2; CC_O2; flue gas O2 control; CC_OXY; oxidant O2 control; CCS; carbon capture
Keywords: واحد جداسازی هوا; Process simulation; CFD; Power; Carbon capture; Oxyfuel; Heat transfer; APECS; advanced process engineering co-simulator; ASU; air separation unit; CCS; carbon capture and storage; CFD; computational fluid dynamics; IAPWS; International Association for th
Keywords: واحد جداسازی هوا; Thermal energy recovery; Low-grade heat; Heat transfer; District heating; Efficiency; Modelling; ASU; air separation unit; CCS; carbon capture and storage/sequestration; CFD; computational fluid dynamics; CHP; combined heat and power; CV; calorific value;
Keywords: واحد جداسازی هوا; Calcium looping; CO2 capture; Pilot plant; Dual fluidized bed; Oxy-fuel regenerator; ASU; Air separation unit; CaL; Calcium/carbonate looping; CFB; Circulating fluidized bed; IHCaL; Indirectly heated carbonate looping process; LHV; Lower heating value; PS
CO2-free coal-fired power generation by partial oxy-fuel and post-combustion CO2 capture: Techno-economic analysis
Keywords: واحد جداسازی هوا; ABS; absorption column; ASU; air separation unit; BEC; bare erected cost; BF; baghouse filters; CCS; carbon capture and storage; CCTS; carbon capture, transport and storage; CCU; carbon capture and utilization; COE; cost of electricity; CPU; CO2 capture a
Systems analysis of pressurized chemical looping combustion for SAGD applications
Keywords: واحد جداسازی هوا; ASU; air separation unit; BFW; boiler feed-water; CAPEX; capital expenditures; CFB; circulating fluidized bed; CLC; chemical looping combustion; COSIA; Canada's Oil Sands Innovation Alliance; CPF; central processing facility; FCC; fluid catalytic cracke
Pinch point analysis of heat exchange for liquid nature gas (LNG) cryogenic energy using in air separation unit
Keywords: واحد جداسازی هوا; Pinch point; LNG; Air separation unit; The cryogenic energy utilization rate; Analyse Pinch; GNL; Unité de séparation d'air; Taux d'utilisation de l'énergie cryogénique; ASU; air separation unit; CEASU; cryogenic energy used in air separation unit; Hi
Trends in CO2 conversion and utilization: A review from process systems perspective
Keywords: واحد جداسازی هوا; Ar; argon; ASU; air separation unit; ATR; auto-thermal reforming; BiR; bi-reforming; BPO; benzoyl peroxide; BTL; biomass to liquid; CCS; carbon capture and storage; CCU; CO2 capture and utilization; CCUS; CO2 capture sequestration and utilization; CFA; ca
An operational approach for the designing of an energy integrated oxy-fuel CFB power plant
Keywords: واحد جداسازی هوا; ASU; air separation unit; CCS; carbon capture and storage; CFB; circulating fluidized bed; CPU; CO2 compression and purification unit; EHE; external heat exchanger; ESP; electrostatic precipitator; FBHE; fluidized bed heat exchanger; FG; flue gas; FW; fee
Long-term pilot testing of the carbonate looping process in 1Â MWth scale
Keywords: واحد جداسازی هوا; ASU; Air separation unit; CaL; Calcium/carbonate looping; CFB; Circulating fluidized bed; IHCaL; Indirectly heated carbonate looping process; LHV; Lower heating value; PSD; Particle size distribution; TGA; Thermogravimetric analysis; XRF; X-ray fluorescen
Future applications of hydrogen production and CO2 utilization for energy storage: Hybrid Power to Gas-Oxycombustion power plants
Keywords: واحد جداسازی هوا; Power-to-Gas; Oxycombustion; Methanation; Integration; Combined cycle; ASU; air separation unit; HEN; heat exchangers network; LHV; lower heating value; M; moisture; Oxy-CC; oxycombustion combined cycle; PtG; power to gas; SNG; synthetic natural gas; Z; a
Integration of IGCC and methane reforming process for power generation with CO2 capture
Keywords: واحد جداسازی هوا; AGR; acid gas removal; ASU; air separation unit; ATR; auto-thermal reforming; CAPEX; capital expenditure; CC; combined cycle; CCS; carbon dioxide capture and storage; CCU; carbon capture and utilization; COE; cost of electricity; DRM; dry reforming of met
Deployment of infrastructure configurations for large-scale CO2 capture in industrial zones: A case study for the Rotterdam Botlek area (part B)
Keywords: واحد جداسازی هوا; CCS; Industry; Techno-economic; Regional case study; ASU; air separation unit; BEP; break-even points; CC; carbon capture; CCS; carbon capture and storage; CHP; combined heat and power; DPC; drying purification cooling; EB; east Botlek; El; electricity im
Towards retrofitting integrated gasification combined cycle (IGCC) power plants with solid oxide fuel cells (SOFC) and CO2 capture - A thermodynamic case study
Keywords: واحد جداسازی هوا; ASU; Air Separation Unit; CC; CO2 capture; CCS; carbon capture and storage; CO2; Carbon Dioxide; COS; carbonyl sulphide; EU; European Union; GCU; gas cleaning unit; GHG; greenhouse gas; GT; gas turbine; HRSG; heat recovery steam generator; HP; high pressu
Minimization of CO2 capture energy penalty in second generation oxy-fuel power plants
Keywords: واحد جداسازی هوا; ASU; air separation unit; CAPEX; capital expenditure; CCS; carbon capture and storage; CFB; circulating fluidized bed; CP; heat capacity flow rate; CPU; CO2 compression and purification unit; HEN; heat exchanger network; HP; high pressure; LHV; lower heat
Techno-economic analysis of a 15Â MW corn-rape oxy-combustion power plant
Keywords: واحد جداسازی هوا; OECD; Organization for economic co-operation and development; CCS; carbon capture and storage; RYIELD; aspen block for simulating solid reactions with yield specifications; RGIBBS; aspen block for simulating solid reactions by minimizing the free Gibbs en
MILP-based optimization of oxygen distribution system in integrated steel mills
Keywords: واحد جداسازی هوا; Iron and steel making; MILP; Oxygen distribution system; Scheduling; Air separation unit;
Oxy-combustion power plant integration in an oil refinery to reduce CO2 emissions
Keywords: واحد جداسازی هوا; AD; atmospheric distillation; ASU; air separation unit; BOF; basic oxygen furnace; CAPEX; capital expenditure; CCS; carbon capture and storage; CCP; CO2 Capture Project; CHP; combined heat and power; COP; coefficient of performance; CP; heat capacity flow
A technical evaluation, performance analysis and risk assessment of multiple novel oxy-turbine power cycles with complete CO2 capture
Keywords: واحد جداسازی هوا; Carbon capture and storage; Oxy-turbine power cycle; Air separation unit; Combined cycle gas turbine; Techno-economic analysis; PESTLE risk analysis; AHPS; advanced oxy-fuel hybrid power system; ASU; air separation unit; AZEP; advanced zero emission power
Comparative thermodynamic analysis of biomass gasification-based light olefin production using methanol or DME as the platform chemical
Keywords: واحد جداسازی هوا; ASU; air separation unit; DME; dimethyl ether; DTG; dimethyl ether-to-gasoline; DTO; dimethyl ether-to-olefins; FCC; fluid catalytic cracking; FT; Fischer Tropsch; FTO; Fischer Tropsch-to-olefins; GHG; greenhouse gas; HHV; higher heating value; HVC; high-
Exergy and energy analysis of a load regulation method of CVO of air separation unit
Keywords: واحد جداسازی هوا; Air separation unit; Variable load; Exergy analysis; Energy consumption; CO2 emission
Plantwide control and operating strategy for air separation unit in oxy-combustion power plants
Keywords: واحد جداسازی هوا; Plantwide control; Oxy-combustion; Air separation unit; Flexible operations; Dynamic simulation;
Energy and exergy analysis of chemical looping combustion technology and comparison with pre-combustion and oxy-fuel combustion technologies for CO2 capture
Keywords: واحد جداسازی هوا; AGR; acid-gas removal; ASU; air separation unit; CDCLC; coal direct chemical looping combustion; CLC; chemical looping combustion; DEA; diethanolamine; GT; gas turbine; HP; high pressure; HRSG; heat recovery steam generator; IEA; international energy ag
Influence of four-end HTM (high temperature membrane) parameters on the thermodynamic and economic characteristics of a supercritical power plant
Keywords: واحد جداسازی هوا; Oxy-combustion; High temperature membranes; Air separation unit; Economic analysis; Risk analysis; Monte Carlo method;
Integration of calcium looping technology in existing cement plant for CO2 capture: Process modeling and technical considerations
Keywords: واحد جداسازی هوا; ASU; Air Separation Unit; BMC; Bed Material Cooler; BMH; Bed Material Heater; EOR; Enhanced Oil Recovery; FG; flue gas; HP PH; high pressure preheater; HP SH; high pressure superheater; HPST; high pressure steam turbine; HRSG; heat recovery steam generati
Integration of membrane technology into hydrogen production plants with CO2 capture: An economic performance assessment study
Keywords: واحد جداسازی هوا; ASU; air separation unit; CCS; carbon capture and sequestration; CPI; Consumer Price Index; CMR; catalytic membrane reactor; ENPV; expected net present value; FCI; fixed capital ınvestment; GPV; gross present value; HTS; high temperature shift; HP; hydro
Techno-economic performance and spatial footprint of infrastructure configurations for large scale CO2 capture in industrial zones
Keywords: واحد جداسازی هوا; ADIP-X; mixture of methyldiethanolamine, piperazine and water; ASU; air separation unit; ATR; autothermal reforming; CC; carbon capture; CCS; carbon capture and storage; CHP; combined heat and power; DCC; direct contact cooling; DCCI; downstream capital c