NSTL国家科技图书文献中心

1. Development of co-culture system for efficient production of biobutanol from eggplant stalk in the presence of a surfactant NSTL国家科技图书文献中心

Tekin, Nazlihan | Yildirim, Umit ... - 《Biomass Conversion and Biorefinery》 - 2025,15(10) - 14791～14802 - 共12页

摘要：, limitations on biobutanol* production from lignocellulosic* | biobutanol production from eggplant stalk (ES). Some | . The highest total ABE and biobutanol* concentrations* | material in biobutanol* production for the first time in* | The substrate and microbial diversity are

关键词： Eggplant stalk | Biobutanol | Surfactant | Clostridium beijerinckii | Co-culture | Starch

2. Resource-energy-environment nexus in converting food waste to biobutanol: Potential for resource recovery, energy security, and greenhouse gas mitigation NSTL国家科技图书文献中心

Su, Guandong | Zhang, Chen ... - 《Renewable & sustainable energy reviews》 - 2025,218(Aug.) - 1.1～1.12 - 共12页

摘要： waste derived biobutanol. Results showed that positive | biobutanol despite fluctuations, reducing the reliance of | . Biobutanol* generated from food waste could function as part* | Resource shortages, energy scarcity, and | environmental degradation pose significant challenges to

关键词： Bioenergy with carbon capture and storage | Sustainable development | Biobutanol | Energy system transition | Circular economy | Machine learning | SUSTAINABLE DEVELOPMENT | FOSSIL-FUELS | BUTANOL | CITIES

3. Techno-economic analysis and strategic optimization of biobutanol production from lignocellulosic biomass in Mexico NSTL国家科技图书文献中心

Dudek, Karol | Mokarrari, Kimiya Ra...... - 《Biomass Conversion and Biorefinery》 - 2025,15(1) - 217～241 - 共25页

摘要： bioprocess, have resulted in high biobutanol* concentrations* | techno-economic analysis of industrial-scale biobutanol | production in this study. To that end, biobutanol* plants* | establishing biobutanol* plants in Mexico. The primary* | including biobutanol* demand. The mathematical programming*

关键词： Biofuel | Biorefinery | Economic feasibility | Goal programming | Supply chain design

4. Pyrolysis of bioethanol and biobutanol: A thermodynamic and kinetic study NSTL国家科技图书文献中心

Mukeba, Christian Ts... | Bilonda, Mireille Ka...... - 《Journal of molecular modeling》 - 2025,31(5) - 共14页

摘要：ContextBioethanol and biobutanol* are renewable* | oxygenated fuels derived from biomass, commonly blended | with gasoline for use in gasoline engines. These | alcohol-based fuels have high oxygen content, promoting | more complete combustion and reducing carbon dioxide

关键词： Pyrolysis | Bond dissociation enthalpy | Reaction mechanisms | Composite methods | Diradical character

5. Efficient biobutanol production via co-cultivation of Clostridium acetobutylicum and Bacillus cereus utilizing DES pretreated rice husk NSTL国家科技图书文献中心

Anuradha, A. | Jayabalan, Sudeepan ... - 《Biomass Conversion and Biorefinery》 - 2025,15(10) - 15113～15121 - 共9页

摘要：Biobutanol, a promising biofuel with superior | the production of biobutanol. This study also | enhanced biobutanol* production. B. cereus, known for its* | of biobutanol. The coculture strategy aims to | properties compared to ethanol, has garnered significant

关键词： DES pretreatment | Coculture | Clostridium acetobutylicum | Bacillus cereus

6. Enhanced biobutanol production from rice straw with a two-stage packed-bed fermenter coupled with in-line gas stripping NSTL国家科技图书文献中心

Silvestre, Carlos | Niedermeier, Lukas ... - 《Journal of Chemical Technology & Biotechnology》 - 2025,100(7) - 1393～1402 - 共10页

摘要：BACKGROUNDThis study describes the operation | of continuous packed-bed reactors containing | Clostridium beijerinckii DSM 6422 attached to granular | activated carbon to improve butanol productivity and sugar | consumption from rice straw hydrolysate.RESULTSA single

关键词： butanol | gas stripping | granular activated carbon | packed bed | rice straw | two-stage fermentation | two‐stage fermentation

7. Green synthesis of manganese dioxide nanocatalyst for the production of bio-butanol from biomass: modelling using Aspen Plus NSTL国家科技图书文献中心

Achuth, M. Sai | Saravanathamizhan, R... - 《Biomass Conversion and Biorefinery》 - 2025,15(1) - 1199～1209 - 共11页

摘要： produce biobutanol* from sugar hydrolysate using* | Clostridium acetobutylicum bacteria and the biobutanol* was* | Aspen Plus model had been developed for the biobutanol | In this work, fruit peel and vegetable waste | from Citrus sinensis and Brassica oleracea were dried

关键词： Biobutanol | Manganese dioxide | Nanocatalyst | Clostridium acetobutylicum | Aspen Plus model

8. Oil palm biomass: a potential feedstock for lignocellulolytic enzymes and biofuels production NSTL国家科技图书文献中心

Shivam,Singh | Rachna,Nara ... - 《Environmental Science and Pollution Research》 - 2025,32(19) - 11791～11814 - 共24页

摘要：, biobutanol, biomethane, bio-oil, and xylitol. | Abstract The availability of low-cost | feedstocks for the production of lignocellulolytic enzymes | and bioenergy products is a major challenge for | biofuel industry. Oil palm processing generates huge

关键词： Cellulase | Xylanases | Solid-state fermentation | Bioethanol | Biobutanol | Biohydrogen

9. Technological Advancement in Product Valorization of Agricultural Wastes Treated with Deep Eutectic Solvents:A Review NSTL国家科技图书文献中心

Raushan Quraish | Dibyajyoti Haldar - 《ChemBioEng Reviews》 - 2025,12(1) - e202400054～15 - 共15页

摘要：The current review article investigates the | potential for producing highly valuable items solely from | agricultural wastes treated with deep eutectic solvents(DES | ).A thorough explanation of the DES s'reaction | mechanism and biomass-treating capabilities is provided

关键词： Biobutanol | Bioethanol | Biohydrogen | Nanoparticles | Platform chemicals

10. Strategies for genetic modification of microalgae to improve the production efficiency of liquid biofuel NSTL国家科技图书文献中心

Kossalbayev, Bekzhan... | Kakimova, Ardak B.... - 《International journal of hydrogen energy》 - 2025,100(Jan.) - 1301～1314 - 共14页

摘要： biobutanol synthesis using cyanobacteria. Strategies for | , biobutanol, and other liquid biofuels. By addressing | The application of genetic engineering in | biofuel production has advanced significantly, driven by | developments in genetic tools and omics technologies. These

关键词： Genetic engineering | Microalgae | Liquid biofuel | Biodiesel | Biobutanol | Lipid metabolism | Carbohydrate accumulation | Metabolic engineering | CELLULOSE SYNTHASE GENES | SP PCC 6803...

摘要：, limitations on biobutanol production from lignocellulosic | biobutanol production from eggplant stalk (ES). Some | . The highest total ABE and biobutanol concentrations | material in biobutanol production for the first time in | The substrate and microbial diversity are

关键词： Eggplant stalk | Biobutanol | Surfactant | Clostridium beijerinckii | Co-culture | Starch

摘要： waste derived biobutanol. Results showed that positive | biobutanol despite fluctuations, reducing the reliance of | . Biobutanol generated from food waste could function as part | Resource shortages, energy scarcity, and | environmental degradation pose significant challenges to

关键词： Bioenergy with carbon capture and storage | Sustainable development | Biobutanol | Energy system transition | Circular economy | Machine learning | SUSTAINABLE DEVELOPMENT | FOSSIL-FUELS | BUTANOL | CITIES

关键词： Biofuel | Biorefinery | Economic feasibility | Goal programming | Supply chain design

摘要：ContextBioethanol and biobutanol are renewable | oxygenated fuels derived from biomass, commonly blended | with gasoline for use in gasoline engines. These | alcohol-based fuels have high oxygen content, promoting | more complete combustion and reducing carbon dioxide

关键词： Pyrolysis | Bond dissociation enthalpy | Reaction mechanisms | Composite methods | Diradical character

摘要：Biobutanol, a promising biofuel with superior | the production of biobutanol. This study also | enhanced biobutanol production. B. cereus, known for its | of biobutanol. The coculture strategy aims to | properties compared to ethanol, has garnered significant

关键词： DES pretreatment | Coculture | Clostridium acetobutylicum | Bacillus cereus

摘要：BACKGROUNDThis study describes the operation | of continuous packed-bed reactors containing | Clostridium beijerinckii DSM 6422 attached to granular | activated carbon to improve butanol productivity and sugar | consumption from rice straw hydrolysate.RESULTSA single

关键词： butanol | gas stripping | granular activated carbon | packed bed | rice straw | two-stage fermentation | two‐stage fermentation

摘要： produce biobutanol from sugar hydrolysate using | Clostridium acetobutylicum bacteria and the biobutanol was | Aspen Plus model had been developed for the biobutanol | In this work, fruit peel and vegetable waste | from Citrus sinensis and Brassica oleracea were dried

关键词： Biobutanol | Manganese dioxide | Nanocatalyst | Clostridium acetobutylicum | Aspen Plus model

摘要：, biobutanol, biomethane, bio-oil, and xylitol. | Abstract The availability of low-cost | feedstocks for the production of lignocellulolytic enzymes | and bioenergy products is a major challenge for | biofuel industry. Oil palm processing generates huge

关键词： Cellulase | Xylanases | Solid-state fermentation | Bioethanol | Biobutanol | Biohydrogen

摘要：The current review article investigates the | potential for producing highly valuable items solely from | agricultural wastes treated with deep eutectic solvents(DES | ).A thorough explanation of the DES s'reaction | mechanism and biomass-treating capabilities is provided

关键词： Biobutanol | Bioethanol | Biohydrogen | Nanoparticles | Platform chemicals

摘要： biobutanol synthesis using cyanobacteria. Strategies for | , biobutanol, and other liquid biofuels. By addressing | The application of genetic engineering in | biofuel production has advanced significantly, driven by | developments in genetic tools and omics technologies. These

关键词： Genetic engineering | Microalgae | Liquid biofuel | Biodiesel | Biobutanol | Lipid metabolism | Carbohydrate accumulation | Metabolic engineering | CELLULOSE SYNTHASE GENES | SP PCC 6803...

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国家科技图书文献中心

摘要：, limitations on biobutanol* production from lignocellulosic* | biobutanol production from eggplant stalk (ES). Some | . The highest total ABE and biobutanol* concentrations* | material in biobutanol* production for the first time in* | The substrate and microbial diversity are

摘要： waste derived biobutanol. Results showed that positive | biobutanol despite fluctuations, reducing the reliance of | . Biobutanol* generated from food waste could function as part* | Resource shortages, energy scarcity, and | environmental degradation pose significant challenges to

摘要：ContextBioethanol and biobutanol* are renewable* | oxygenated fuels derived from biomass, commonly blended | with gasoline for use in gasoline engines. These | alcohol-based fuels have high oxygen content, promoting | more complete combustion and reducing carbon dioxide

摘要：Biobutanol, a promising biofuel with superior | the production of biobutanol. This study also | enhanced biobutanol* production. B. cereus, known for its* | of biobutanol. The coculture strategy aims to | properties compared to ethanol, has garnered significant

摘要： produce biobutanol* from sugar hydrolysate using* | Clostridium acetobutylicum bacteria and the biobutanol* was* | Aspen Plus model had been developed for the biobutanol | In this work, fruit peel and vegetable waste | from Citrus sinensis and Brassica oleracea were dried