22 results on '"Razo-Flores, Elías"'
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2. Experiences of Biohydrogen Production from Various Feedstocks by Dark Fermentation at Laboratory Scale
3. Enzymatic hydrolysates of Agave tequilana bagasse pretreated with protic ionic liquids: Saccharification efficiency and hydrogen production
4. Process design and economic evaluation for methane and electricity production from Agave bagasse using different pretreatments
5. Extractive fermentation as a strategy to increase the co-production of H2 and carboxylates in dark fermentation
6. Regulation of the dark fermentation products by electro-fermentation in reactors without membrane
7. Effective hydrothermal-enzymatic sequential process of agave bagasse enhances saccharification and methane production
8. Carbohydrates/acid ratios drives microbial communities and metabolic pathways during biohydrogen production from fermented agro-industrial wastewater
9. Coping with mass transfer constrains in dark fermentation using a two-phase partitioning bioreactor
10. Anaerobic Digestion Under Alkaline Conditions from Thermochemical Pretreated Microalgal Biomass
11. Optimization by response surface methodology of the enzymatic hydrolysis of non-pretreated agave bagasse with binary mixtures of commercial enzymatic preparations
12. Knowing the enemy: homoacetogens in hydrogen production reactors
13. Contributors
14. Biohydrogen from microalgae
15. Evaluation of the continuous methane production from an enzymatic agave bagasse hydrolysate in suspended (CSTR) and granular biomass systems (UASB)
16. From Syngas Fermentation to Chain Elongation: the Role of Key Microorganisms and Multi-omics Analysis
17. Metatranscriptomic Analysis Reveals the Coexpression of Hydrogen-Producing and Homoacetogenesis Genes in Dark Fermentative Reactors Operated at High Substrate Loads
18. Regulation of the dark fermentation products by electro-fermentation in reactors without membrane
19. Using Microbes to Produce Hydrogen From Garbage
20. 22 - Biohydrogen from microalgae
21. Anaerobic Digestion Under Alkaline Conditions from Thermochemical Pretreated Microalgal Biomass
22. Humic substances improve the co-production of hydrogen and carboxylic acids by anaerobic mixed cultures
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