Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208284992> ?p ?o ?g. }
- W3208284992 endingPage "93" @default.
- W3208284992 startingPage "74" @default.
- W3208284992 abstract "The conversion of abundant forest- and agricultural-residue-based lignocellulosic materials into high-quality bio-oil by the mild hydrothermal method has great potential in the field of biomass utilization. Some excellent research on biomass hydrothermal process has been completed, including temperature, time, catalyst addition, etc. Meanwhile, some research related to the biomass raw material tissue structure has been illustrated by adopting mode components (cellulose, hemicellulose, lignin, protein, lipid, etc.) or their mixtures. The interesting fact is that although some real lignocellulose has approximate composition, their hydrothermal products and distributions show individual differences, which means the interaction within biomass raw material components tremendously affected the reaction pathway. Unfortunately, to our knowledge, there is no review article with a specific focus on the effects of raw materials and their tissue structure on the lignocellulose hydrothermal process. In this review, research progress on the effects of model and mixed cellulose/hemicellulose/lignin effects on hydrothermal products is initially summarized. Additionally, the real lignocellulosic raw materials structure effects during the thermal process are summed up. This article will inspire researchers to focus more attention on wood fiber biomass conversion into liquid fuels or high-value-added chemicals, as well as promote the development of world energy change." @default.
- W3208284992 created "2021-11-08" @default.
- W3208284992 creator A5007845655 @default.
- W3208284992 creator A5012704417 @default.
- W3208284992 creator A5032023705 @default.
- W3208284992 creator A5033410733 @default.
- W3208284992 creator A5039592472 @default.
- W3208284992 date "2021-10-26" @default.
- W3208284992 modified "2023-10-06" @default.
- W3208284992 title "Advance in Hydrothermal Bio-Oil Preparation from Lignocellulose: Effect of Raw Materials and Their Tissue Structures" @default.
- W3208284992 cites W1877958842 @default.
- W3208284992 cites W2047488695 @default.
- W3208284992 cites W2057313715 @default.
- W3208284992 cites W2163806911 @default.
- W3208284992 cites W2274540032 @default.
- W3208284992 cites W2310856125 @default.
- W3208284992 cites W2418550996 @default.
- W3208284992 cites W2561576506 @default.
- W3208284992 cites W2580979028 @default.
- W3208284992 cites W2586075192 @default.
- W3208284992 cites W2592675317 @default.
- W3208284992 cites W2605762186 @default.
- W3208284992 cites W2606082750 @default.
- W3208284992 cites W2743500705 @default.
- W3208284992 cites W2750941107 @default.
- W3208284992 cites W2766759216 @default.
- W3208284992 cites W2769456954 @default.
- W3208284992 cites W2803303693 @default.
- W3208284992 cites W2806389005 @default.
- W3208284992 cites W2883472026 @default.
- W3208284992 cites W2891319893 @default.
- W3208284992 cites W2892200623 @default.
- W3208284992 cites W2895998633 @default.
- W3208284992 cites W2896964822 @default.
- W3208284992 cites W2899227440 @default.
- W3208284992 cites W2901749663 @default.
- W3208284992 cites W2902006567 @default.
- W3208284992 cites W2905368372 @default.
- W3208284992 cites W2910342013 @default.
- W3208284992 cites W2914086092 @default.
- W3208284992 cites W2919350924 @default.
- W3208284992 cites W2936435442 @default.
- W3208284992 cites W2943321880 @default.
- W3208284992 cites W2947662980 @default.
- W3208284992 cites W2954560542 @default.
- W3208284992 cites W2964169441 @default.
- W3208284992 cites W2970472183 @default.
- W3208284992 cites W2972210952 @default.
- W3208284992 cites W2977729502 @default.
- W3208284992 cites W2979456821 @default.
- W3208284992 cites W2981101028 @default.
- W3208284992 cites W2983473584 @default.
- W3208284992 cites W2991428655 @default.
- W3208284992 cites W2997102047 @default.
- W3208284992 cites W3001577458 @default.
- W3208284992 cites W3005890514 @default.
- W3208284992 cites W3006866571 @default.
- W3208284992 cites W3009032614 @default.
- W3208284992 cites W3009680808 @default.
- W3208284992 cites W3014512742 @default.
- W3208284992 cites W3015132278 @default.
- W3208284992 cites W3017154430 @default.
- W3208284992 cites W3033469294 @default.
- W3208284992 cites W3035647725 @default.
- W3208284992 cites W3037774677 @default.
- W3208284992 cites W3047554626 @default.
- W3208284992 cites W3084307332 @default.
- W3208284992 cites W3092036917 @default.
- W3208284992 cites W3096854021 @default.
- W3208284992 cites W3125581542 @default.
- W3208284992 cites W3147595721 @default.
- W3208284992 cites W3164546275 @default.
- W3208284992 cites W3167778303 @default.
- W3208284992 cites W3169331383 @default.
- W3208284992 cites W3179409852 @default.
- W3208284992 cites W3184407244 @default.
- W3208284992 cites W3184835605 @default.
- W3208284992 cites W3199047786 @default.
- W3208284992 cites W3200605174 @default.
- W3208284992 cites W3202659247 @default.
- W3208284992 doi "https://doi.org/10.3390/biomass1020006" @default.
- W3208284992 hasPublicationYear "2021" @default.
- W3208284992 type Work @default.
- W3208284992 sameAs 3208284992 @default.
- W3208284992 citedByCount "8" @default.
- W3208284992 countsByYear W32082849922022 @default.
- W3208284992 countsByYear W32082849922023 @default.
- W3208284992 crossrefType "journal-article" @default.
- W3208284992 hasAuthorship W3208284992A5007845655 @default.
- W3208284992 hasAuthorship W3208284992A5012704417 @default.
- W3208284992 hasAuthorship W3208284992A5032023705 @default.
- W3208284992 hasAuthorship W3208284992A5033410733 @default.
- W3208284992 hasAuthorship W3208284992A5039592472 @default.
- W3208284992 hasBestOaLocation W32082849921 @default.
- W3208284992 hasConcept C115540264 @default.
- W3208284992 hasConcept C127413603 @default.
- W3208284992 hasConcept C156622251 @default.
- W3208284992 hasConcept C178790620 @default.