NSTL国家科技图书文献中心

1. Energy, exergy, exergoeconomic, and exergoenvironmental analysis of an integrated hydrogen production and liquefaction process using the Allam-Z cycle, SOEC, and cryogenic refrigeration NSTL国家科技图书文献中心

Saadh, Mohamed J. | Santos, Diana Kather...... - 《International journal of hydrogen energy》 - 2025,100(Jan.) - 1246～1265 - 共20页

摘要： integrated hydrogen production and liquefaction process | This study conducts a detailed analysis of an | combining the Allam cycle, solid oxide electrolyzer cell | SOEC, and mixed refrigeration cryogenic processes | using the energy, exergy, exergoeconomic, and

关键词： Allam cycle | SOEC | Hydrogen | 4-E analysis | Cryogenic | Liquefication | PERFORMANCE ANALYSIS | HEAT-EXCHANGERS | GAS-TURBINE | OPTIMIZATION...

2. Achieving optimal energy efficiency, enhanced exergy performance, and comprehensive economic analysis in hydrogen refrigeration systems NSTL国家科技图书文献中心

Minji Park | Dela Quarme Gbadago ... - 《Energy》 - 2025,316(Feb.1) - 134541.1～134541.11 - 共11页

摘要： liquefaction process using an enhanced precooling Joule | -Brayton cycle. The hydrogen liquefaction* process is* | liquefaction process. Exergy analysis yielded an efficiency | process complexity, capital costs, and technical risks | entropy, accounting for non-ideal operation. The process

关键词： Hydrogen liquefaction process | Energy consumption | Optimization | Energy and exergy analyses | Cumulative cash flow

3. Upcycling Residual Carbon in Hydrothermal Processing Wastewater to Cultivate Gluconobacter oxydans NSTL国家科技图书文献中心

James L.Adair | Matteo Pecchi ... - 《ACS Sustainable Chemistry & Engineering》 - 2025,13(11) - 4471～4478 - 共8页

摘要：Hydrothermal carbonization and liquefaction | change growth for every process* temperature and AP* | (HTC,HTL)are wet biomass valorization techniques that | produce biofuels and a recalcitrant,carbon-laden aqueous | phase(AP)containing phenolics,furans,and organic

关键词： hydrothermal carbonization | hydrothermal liquefaction | gluconobacter oxydans | growth media | process water | carbon reuse

4. Study on the helium liquefaction characteristics in the Laval nozzle NSTL国家科技图书文献中心

Chen, Baosheng | Zou, Aihong ... - 《Cryogenics》 - 2025,146 - 104017～ - 共13页

摘要： liquefaction process are also explored. The results show that | Achieving helium liquefaction* is fundamental* | proposes a new type of device for helium liquefaction | helium liquefaction* equipment, it can achieve* | isentropic expansion and direct liquefaction* without any*

关键词： Helium liquefaction | Helium Laval nozzle | Liquefaction characteristics | Numerical simulation

5. Dual precooling enhanced nitrogen-expanded BOG reliquefaction process for LNG-fueled ships NSTL国家科技图书文献中心

Xiaofei Wen | Tianyou Zhou ... - 《International Journal of Refrigeration》 - 2025,172 - 284～294 - 共11页

摘要： liquefaction process is economically sound. Ultimately | reliquefaction process, operational expenses are minimized | process achieves an SEC of 1.017 kWh/kg_(LNG) and an | By re-liquefying the evaporated gas in the BOG | , simultaneously advancing environmental sustainability and

关键词： BOG reliquefaction | LNG-fueled ship | Precooling | Exergy effciency | Heat exchanger

6. Technical, economic, and environmental assessment of CO_₂ ship transport in carbon capture and storage NSTL国家科技图书文献中心

Seyedvahid Vakili | Panos Manias ... - 《Journal of Environmental Management》 - 2025,373(Jan.) - 123919.1～123919.24 - 共24页

摘要： liquefaction process. Carbon capture technology and port | covers carbon capture, liquefaction, maritime transport | Cost (LCC) analysis indicates that liquefaction* (£20* | CO_2 shipping is integral to expediting the | implementation Capture Utilization and Storage (CCUS

关键词： Carbon capture | CO_2 shipping | CO_2 transportation | CO_2 utilization and storage | Life cycle cost analysis | Net zero emission

7. A green and fast semi-liquefaction strategy: One-step preparation of high-yield nanocellulose particles NSTL国家科技图书文献中心

Miao, Guohua | Zhou, Yan ... - 《Carbohydrate Polymers》 - 2025,347 - 共11页

摘要： effects during the semi-liquefaction* process, which* | economical oxygen-alkali-ethanol (OAE) semi-liquefaction | semi-liquefaction* can simultaneously fractionate* | The complexity and cost of the biorefinery | industry hinder the high-value utilization of

关键词： Biomass | Ethanol induction | Oxygen-alkali hydrolysis | Nanocellulose particles

8. Kinetic study of the decommissioned wind turbine blade oxidative liquefaction based on differential scanning calorimetry NSTL国家科技图书文献中心

Szymon Sobek | Stefan Schmolzer ... - 《Energy》 - 2025,316(Feb.1) - 134651.1～134651.13 - 共13页

摘要： blades oxidative liquefaction* process kinetics. The* | decomposition of the epoxy during oxidative liquefaction* with* | the process. The decomposition pathway was proposed | autocatalytic epoxy decomposition during the process | Differential scanning calorimetry using high

关键词： Chemical recycling | Composite waste | DSC | Kinetics | Oxidative liquefaction | Wet oxidation | Wind turbine blades

9. Liquefaction of mixed plastic into fuels: A review of operating parameters affecting liquefaction efficiency NSTL国家科技图书文献中心

Saw, Poh Ai | Patah, Muhamad Fazly...... - 《Journal of industrial and engineering chemistry》 - 2025,142 - 1～17 - 共17页

摘要：. Thermochemical conversion, particularly through liquefaction | issue. This review delves into the liquefaction | emphasizes the necessity of optimizing liquefaction | challenges and limitations of current liquefaction | liquefaction technology. Recommendations for future research

关键词： Liquefaction | Thermochemical Conversion | Waste to Energy | Mixed Plastic | Depolymerization

10. Thermochemical liquefaction of thermoplastic into fuel using toluene: Product distribution and behaviour NSTL国家科技图书文献中心

Saw P.A. | Muhamad Fazly A.P.... - 《Energy conversion & management》 - 2025,323(Jan. Pt.A) - 1.1～1.12 - 共12页

摘要： to its resistance to degradation. Liquefaction, a | thermochemical conversion process, emerges as a promising | solvothermal liquefaction. This study comprehensively | examines the liquefaction* processes HDPE, LDPE, PS, and* | significantly impacts liquefaction* efficiency, with the*

摘要： integrated hydrogen production and liquefaction process | This study conducts a detailed analysis of an | combining the Allam cycle, solid oxide electrolyzer cell | SOEC, and mixed refrigeration cryogenic processes | using the energy, exergy, exergoeconomic, and

关键词： Allam cycle | SOEC | Hydrogen | 4-E analysis | Cryogenic | Liquefication | PERFORMANCE ANALYSIS | HEAT-EXCHANGERS | GAS-TURBINE | OPTIMIZATION...

摘要： liquefaction process using an enhanced precooling Joule | -Brayton cycle. The hydrogen liquefaction* process is* | liquefaction process. Exergy analysis yielded an efficiency | process complexity, capital costs, and technical risks | entropy, accounting for non-ideal operation. The process

关键词： Hydrogen liquefaction process | Energy consumption | Optimization | Energy and exergy analyses | Cumulative cash flow

摘要：Hydrothermal carbonization and liquefaction | change growth for every process* temperature and AP* | (HTC,HTL)are wet biomass valorization techniques that | produce biofuels and a recalcitrant,carbon-laden aqueous | phase(AP)containing phenolics,furans,and organic

关键词： hydrothermal carbonization | hydrothermal liquefaction | gluconobacter oxydans | growth media | process water | carbon reuse

摘要： liquefaction process are also explored. The results show that | Achieving helium liquefaction* is fundamental* | proposes a new type of device for helium liquefaction | helium liquefaction* equipment, it can achieve* | isentropic expansion and direct liquefaction* without any*

关键词： Helium liquefaction | Helium Laval nozzle | Liquefaction characteristics | Numerical simulation

摘要： liquefaction process is economically sound. Ultimately | reliquefaction process, operational expenses are minimized | process achieves an SEC of 1.017 kWh/kg_(LNG) and an | By re-liquefying the evaporated gas in the BOG | , simultaneously advancing environmental sustainability and

关键词： BOG reliquefaction | LNG-fueled ship | Precooling | Exergy effciency | Heat exchanger

摘要： liquefaction process. Carbon capture technology and port | covers carbon capture, liquefaction, maritime transport | Cost (LCC) analysis indicates that liquefaction* (£20* | CO_2 shipping is integral to expediting the | implementation Capture Utilization and Storage (CCUS

关键词： Carbon capture | CO_2 shipping | CO_2 transportation | CO_2 utilization and storage | Life cycle cost analysis | Net zero emission

摘要： effects during the semi-liquefaction* process, which* | economical oxygen-alkali-ethanol (OAE) semi-liquefaction | semi-liquefaction* can simultaneously fractionate* | The complexity and cost of the biorefinery | industry hinder the high-value utilization of

关键词： Biomass | Ethanol induction | Oxygen-alkali hydrolysis | Nanocellulose particles

摘要： blades oxidative liquefaction* process kinetics. The* | decomposition of the epoxy during oxidative liquefaction* with* | the process. The decomposition pathway was proposed | autocatalytic epoxy decomposition during the process | Differential scanning calorimetry using high

关键词： Chemical recycling | Composite waste | DSC | Kinetics | Oxidative liquefaction | Wet oxidation | Wind turbine blades

摘要：. Thermochemical conversion, particularly through liquefaction | issue. This review delves into the liquefaction | emphasizes the necessity of optimizing liquefaction | challenges and limitations of current liquefaction | liquefaction technology. Recommendations for future research

关键词： Liquefaction | Thermochemical Conversion | Waste to Energy | Mixed Plastic | Depolymerization

摘要： to its resistance to degradation. Liquefaction, a | thermochemical conversion process, emerges as a promising | solvothermal liquefaction. This study comprehensively | examines the liquefaction* processes HDPE, LDPE, PS, and* | significantly impacts liquefaction* efficiency, with the*

关键词： Alternative Fuel Source | Liquefaction | Plastic Waste | Toluene | Waste-To-Energy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： integrated hydrogen production and liquefaction process | This study conducts a detailed analysis of an | combining the Allam cycle, solid oxide electrolyzer cell | SOEC, and mixed refrigeration cryogenic processes | using the energy, exergy, exergoeconomic, and

关键词： Allam cycle | SOEC | Hydrogen | 4-E analysis | Cryogenic | Liquefication | PERFORMANCE ANALYSIS | HEAT-EXCHANGERS | GAS-TURBINE | OPTIMIZATION...

摘要： liquefaction process using an enhanced precooling Joule | -Brayton cycle. The hydrogen liquefaction process is | liquefaction process. Exergy analysis yielded an efficiency | process complexity, capital costs, and technical risks | entropy, accounting for non-ideal operation. The process

关键词： Hydrogen liquefaction process | Energy consumption | Optimization | Energy and exergy analyses | Cumulative cash flow

摘要：Hydrothermal carbonization and liquefaction | change growth for every process temperature and AP | (HTC,HTL)are wet biomass valorization techniques that | produce biofuels and a recalcitrant,carbon-laden aqueous | phase(AP)containing phenolics,furans,and organic

关键词： hydrothermal carbonization | hydrothermal liquefaction | gluconobacter oxydans | growth media | process water | carbon reuse

摘要： liquefaction process are also explored. The results show that | Achieving helium liquefaction is fundamental | proposes a new type of device for helium liquefaction | helium liquefaction equipment, it can achieve | isentropic expansion and direct liquefaction without any

关键词： Helium liquefaction | Helium Laval nozzle | Liquefaction characteristics | Numerical simulation

摘要： liquefaction process is economically sound. Ultimately | reliquefaction process, operational expenses are minimized | process achieves an SEC of 1.017 kWh/kg_(LNG) and an | By re-liquefying the evaporated gas in the BOG | , simultaneously advancing environmental sustainability and

关键词： BOG reliquefaction | LNG-fueled ship | Precooling | Exergy effciency | Heat exchanger

摘要： liquefaction process. Carbon capture technology and port | covers carbon capture, liquefaction, maritime transport | Cost (LCC) analysis indicates that liquefaction (£20 | CO_2 shipping is integral to expediting the | implementation Capture Utilization and Storage (CCUS

关键词： Carbon capture | CO_2 shipping | CO_2 transportation | CO_2 utilization and storage | Life cycle cost analysis | Net zero emission

摘要： effects during the semi-liquefaction process, which | economical oxygen-alkali-ethanol (OAE) semi-liquefaction | semi-liquefaction can simultaneously fractionate | The complexity and cost of the biorefinery | industry hinder the high-value utilization of

关键词： Biomass | Ethanol induction | Oxygen-alkali hydrolysis | Nanocellulose particles

摘要： blades oxidative liquefaction process kinetics. The | decomposition of the epoxy during oxidative liquefaction with | the process. The decomposition pathway was proposed | autocatalytic epoxy decomposition during the process | Differential scanning calorimetry using high

关键词： Chemical recycling | Composite waste | DSC | Kinetics | Oxidative liquefaction | Wet oxidation | Wind turbine blades

摘要：. Thermochemical conversion, particularly through liquefaction | issue. This review delves into the liquefaction | emphasizes the necessity of optimizing liquefaction | challenges and limitations of current liquefaction | liquefaction technology. Recommendations for future research

关键词： Liquefaction | Thermochemical Conversion | Waste to Energy | Mixed Plastic | Depolymerization

摘要： to its resistance to degradation. Liquefaction, a | thermochemical conversion process, emerges as a promising | solvothermal liquefaction. This study comprehensively | examines the liquefaction processes HDPE, LDPE, PS, and | significantly impacts liquefaction efficiency, with the

关键词： Alternative Fuel Source | Liquefaction | Plastic Waste | Toluene | Waste-To-Energy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Hydrothermal carbonization and liquefaction | change growth for every process* temperature and AP* | (HTC,HTL)are wet biomass valorization techniques that | produce biofuels and a recalcitrant,carbon-laden aqueous | phase(AP)containing phenolics,furans,and organic

摘要： liquefaction process are also explored. The results show that | Achieving helium liquefaction* is fundamental* | proposes a new type of device for helium liquefaction | helium liquefaction* equipment, it can achieve* | isentropic expansion and direct liquefaction* without any*

摘要： liquefaction process. Carbon capture technology and port | covers carbon capture, liquefaction, maritime transport | Cost (LCC) analysis indicates that liquefaction* (£20* | CO_2 shipping is integral to expediting the | implementation Capture Utilization and Storage (CCUS

摘要： effects during the semi-liquefaction* process, which* | economical oxygen-alkali-ethanol (OAE) semi-liquefaction | semi-liquefaction* can simultaneously fractionate* | The complexity and cost of the biorefinery | industry hinder the high-value utilization of

摘要： blades oxidative liquefaction* process kinetics. The* | decomposition of the epoxy during oxidative liquefaction* with* | the process. The decomposition pathway was proposed | autocatalytic epoxy decomposition during the process | Differential scanning calorimetry using high

摘要： to its resistance to degradation. Liquefaction, a | thermochemical conversion process, emerges as a promising | solvothermal liquefaction. This study comprehensively | examines the liquefaction* processes HDPE, LDPE, PS, and* | significantly impacts liquefaction* efficiency, with the*