FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285168233> ?p ?o ?g. }

• W4285168233 endingPage "244" @default.
• W4285168233 startingPage "221" @default.
• W4285168233 abstract "The electrofermentation (EF) technique links two major areas—traditional industrial fermentation and biochemistry—and involves the use of electrodes. It increases the microbial metabolism with the help of electron transfer during the fermentation process. EF gives rise to targeted biochemicals, increases product recovery, and decreases or limits the use of additives in redox balance. The microbial electrolysis cell (MEC) is a rising EF technology that helps in generating value-added chemicals including hydrogen by utilizing electron transfer. Wastewater consists of biodegradable natural matter; that is more and more being taken into consideration as a beneficial feedstock for the era of renewable power. Through investigations of recouping power from wastewater, MEC use has been discovered to be promising. However, this has been restricted to laboratory-scale experiments and comparatively premier operational conditions. Therefore, the sizable optimization of diverse parameters for MEC operation can be required for maximum applications. At the contemporary stage, the maximum restricting elements for a successful scale up are the massive inner resistance and excessive fabrication cost. This chapter discusses different operational factors during optimization that affect biogas production, which is relevant to research on physical and biological factors influencing MEC performance in terms of hydrogen production and wastewater treatment. This chapter presents an attempt to overcome these limitations by developing an MEC architecture using an efficient and economic separator, a cathode material that can be fed with different types of wastewater. Further, it includes recent developments on reactor design, manipulation at the bioelectrode for improved product output, and relevant composites for potential MEC application for a hydrogen evolution reaction (HER) and methane production on the cathode surface. Perspective is supplied with valuable information on the performance of the processes. This chapter will help readers understand the basics and recent updates on MEC-type EF along with various reactor configurations of MECs essential for integrated implementation." @default.
• W4285168233 created "2022-07-14" @default.
• W4285168233 creator A5002826411 @default.
• W4285168233 creator A5007216452 @default.
• W4285168233 creator A5011021517 @default.
• W4285168233 creator A5013448086 @default.
• W4285168233 creator A5019900744 @default.
• W4285168233 creator A5022343376 @default.
• W4285168233 creator A5022988165 @default.
• W4285168233 creator A5038089489 @default.
• W4285168233 creator A5062621057 @default.
• W4285168233 creator A5088443727 @default.
• W4285168233 creator A5091624998 @default.
• W4285168233 date "2022-01-01" @default.
• W4285168233 modified "2023-10-16" @default.
• W4285168233 title "Biohydrogen evolution in microbial electrolysis cell, a novel electrofermentation technology: Influence of reactor design" @default.
• W4285168233 cites W1563273659 @default.
• W4285168233 cites W1790966861 @default.
• W4285168233 cites W1964221364 @default.
• W4285168233 cites W1969254509 @default.
• W4285168233 cites W1969692430 @default.
• W4285168233 cites W1970476012 @default.
• W4285168233 cites W1981598164 @default.
• W4285168233 cites W1982372239 @default.
• W4285168233 cites W1989709762 @default.
• W4285168233 cites W1989959009 @default.
• W4285168233 cites W1991226675 @default.
• W4285168233 cites W1991683135 @default.
• W4285168233 cites W1991757102 @default.
• W4285168233 cites W1998247321 @default.
• W4285168233 cites W2002322386 @default.
• W4285168233 cites W2017775769 @default.
• W4285168233 cites W2022744472 @default.
• W4285168233 cites W2025174622 @default.
• W4285168233 cites W2025806774 @default.
• W4285168233 cites W2029102084 @default.
• W4285168233 cites W2038009999 @default.
• W4285168233 cites W2041675051 @default.
• W4285168233 cites W2044066553 @default.
• W4285168233 cites W2055967907 @default.
• W4285168233 cites W2064314003 @default.
• W4285168233 cites W2065092506 @default.
• W4285168233 cites W2070257830 @default.
• W4285168233 cites W2082485525 @default.
• W4285168233 cites W2093259560 @default.
• W4285168233 cites W2095168539 @default.
• W4285168233 cites W2095476921 @default.
• W4285168233 cites W2097734660 @default.
• W4285168233 cites W2103200393 @default.
• W4285168233 cites W2108487722 @default.
• W4285168233 cites W2109435090 @default.
• W4285168233 cites W2110328738 @default.
• W4285168233 cites W2133104662 @default.
• W4285168233 cites W2145035782 @default.
• W4285168233 cites W2158146077 @default.
• W4285168233 cites W2161063441 @default.
• W4285168233 cites W2169224905 @default.
• W4285168233 cites W2267521198 @default.
• W4285168233 cites W2276620228 @default.
• W4285168233 cites W2345561780 @default.
• W4285168233 cites W2393928818 @default.
• W4285168233 cites W2592804210 @default.
• W4285168233 cites W2597326039 @default.
• W4285168233 cites W2605799222 @default.
• W4285168233 cites W2621249092 @default.
• W4285168233 cites W4254089463 @default.
• W4285168233 doi "https://doi.org/10.1016/b978-0-12-821877-8.00020-8" @default.
• W4285168233 hasPublicationYear "2022" @default.
• W4285168233 type Work @default.
• W4285168233 citedByCount "0" @default.
• W4285168233 crossrefType "book-chapter" @default.
• W4285168233 hasAuthorship W4285168233A5002826411 @default.
• W4285168233 hasAuthorship W4285168233A5007216452 @default.
• W4285168233 hasAuthorship W4285168233A5011021517 @default.
• W4285168233 hasAuthorship W4285168233A5013448086 @default.
• W4285168233 hasAuthorship W4285168233A5019900744 @default.
• W4285168233 hasAuthorship W4285168233A5022343376 @default.
• W4285168233 hasAuthorship W4285168233A5022988165 @default.
• W4285168233 hasAuthorship W4285168233A5038089489 @default.
• W4285168233 hasAuthorship W4285168233A5062621057 @default.
• W4285168233 hasAuthorship W4285168233A5088443727 @default.
• W4285168233 hasAuthorship W4285168233A5091624998 @default.
• W4285168233 hasConcept C1124016 @default.
• W4285168233 hasConcept C119599485 @default.
• W4285168233 hasConcept C127413603 @default.
• W4285168233 hasConcept C147789679 @default.
• W4285168233 hasConcept C163127949 @default.
• W4285168233 hasConcept C165337572 @default.
• W4285168233 hasConcept C168170006 @default.
• W4285168233 hasConcept C17525397 @default.
• W4285168233 hasConcept C178790620 @default.
• W4285168233 hasConcept C183696295 @default.
• W4285168233 hasConcept C185592680 @default.
• W4285168233 hasConcept C188573790 @default.
• W4285168233 hasConcept C202189072 @default.
• W4285168233 hasConcept C206139338 @default.
• W4285168233 hasConcept C21880701 @default.
• W4285168233 hasConcept C2778649198 @default.

• next