Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387138641> ?p ?o ?g. }
- W4387138641 endingPage "139049" @default.
- W4387138641 startingPage "139049" @default.
- W4387138641 abstract "Sustainable and efficient hydrochar production via microwave-assisted hydrothermal carbonization (MW-HTC) and co-hydrothermal carbonization (co-HTC) has garnered increasing attention. This review offers a comprehensive analysis of recent advancements, primarily focusing on the performance and potential applications of hydrochar produced through these two processes. MW-HTC of lignocellulosic biomass yields hydrochar in the range of 30–80 dwt.%, with higher heating values of 19–23 MJ/kg and energy yields of 50–85%. Its adsorption capacity reaches around 50 mg/g for heavy metals and 1–5 mg/g for organic pollutants. Principal component analysis reveals significant differences in MW-HTC treatment of lignocellulosic and non-lignocellulosic materials. In the co-HTC process, sewage sludge and lignocellulosic biomass are the most studied feedstocks. Synergistic and antagonistic effects on hydrochar yield were identified, with most studies reporting a synergistic effect, particularly when protein and carbohydrate co-exist, potentially due to the Maillard reaction. The adsorption capacities of co-HTC hydrochars depend on the raw material mix, process parameters, and target contaminants. This review highlights the promising potential of MW-HTC and co-HTC for enhanced hydrochar production and application, emphasizing the necessity for future advancements, including machine learning for prediction of hydrochar yield, HTC process optimization, and feedstock's single model components-based HTC to elucidate the MW effect and synergism/antagonism." @default.
- W4387138641 created "2023-09-29" @default.
- W4387138641 creator A5012644724 @default.
- W4387138641 creator A5018766760 @default.
- W4387138641 creator A5023520837 @default.
- W4387138641 creator A5029133328 @default.
- W4387138641 creator A5029739553 @default.
- W4387138641 creator A5029764437 @default.
- W4387138641 creator A5036163052 @default.
- W4387138641 creator A5053831485 @default.
- W4387138641 creator A5054030742 @default.
- W4387138641 creator A5055720455 @default.
- W4387138641 creator A5066496296 @default.
- W4387138641 creator A5068624824 @default.
- W4387138641 creator A5075143585 @default.
- W4387138641 creator A5091182564 @default.
- W4387138641 creator A5091893515 @default.
- W4387138641 date "2023-11-01" @default.
- W4387138641 modified "2023-10-06" @default.
- W4387138641 title "Advancing hydrochar production and application: A critical examination of microwave irradiation and blended feedstocks synergy" @default.
- W4387138641 cites W1965172954 @default.
- W4387138641 cites W2011141753 @default.
- W4387138641 cites W2027988498 @default.
- W4387138641 cites W2028329676 @default.
- W4387138641 cites W2067007343 @default.
- W4387138641 cites W2072899553 @default.
- W4387138641 cites W2087659295 @default.
- W4387138641 cites W2108995813 @default.
- W4387138641 cites W2129544776 @default.
- W4387138641 cites W2210374185 @default.
- W4387138641 cites W2346563034 @default.
- W4387138641 cites W2506144901 @default.
- W4387138641 cites W2571796735 @default.
- W4387138641 cites W2592467855 @default.
- W4387138641 cites W2595902280 @default.
- W4387138641 cites W2616227855 @default.
- W4387138641 cites W2621023221 @default.
- W4387138641 cites W2737756155 @default.
- W4387138641 cites W2754939523 @default.
- W4387138641 cites W2758951759 @default.
- W4387138641 cites W2764047499 @default.
- W4387138641 cites W2768015575 @default.
- W4387138641 cites W2786256155 @default.
- W4387138641 cites W2789823869 @default.
- W4387138641 cites W2792509391 @default.
- W4387138641 cites W2794023253 @default.
- W4387138641 cites W2796038025 @default.
- W4387138641 cites W2800188339 @default.
- W4387138641 cites W2807670065 @default.
- W4387138641 cites W2810603265 @default.
- W4387138641 cites W2883556997 @default.
- W4387138641 cites W2890765563 @default.
- W4387138641 cites W2894252725 @default.
- W4387138641 cites W2911270511 @default.
- W4387138641 cites W2912101026 @default.
- W4387138641 cites W2915436863 @default.
- W4387138641 cites W2922185464 @default.
- W4387138641 cites W2937599667 @default.
- W4387138641 cites W2952722682 @default.
- W4387138641 cites W2963187618 @default.
- W4387138641 cites W2969195457 @default.
- W4387138641 cites W2969790952 @default.
- W4387138641 cites W2990265847 @default.
- W4387138641 cites W2998533243 @default.
- W4387138641 cites W2999427283 @default.
- W4387138641 cites W3000263171 @default.
- W4387138641 cites W3002291299 @default.
- W4387138641 cites W3003708970 @default.
- W4387138641 cites W3007504519 @default.
- W4387138641 cites W3008419758 @default.
- W4387138641 cites W3017030568 @default.
- W4387138641 cites W3020258514 @default.
- W4387138641 cites W3020532465 @default.
- W4387138641 cites W3044624736 @default.
- W4387138641 cites W3045233031 @default.
- W4387138641 cites W3119025854 @default.
- W4387138641 cites W3130195913 @default.
- W4387138641 cites W3138960949 @default.
- W4387138641 cites W3139247947 @default.
- W4387138641 cites W3147595721 @default.
- W4387138641 cites W3173738539 @default.
- W4387138641 cites W3181029913 @default.
- W4387138641 cites W3182823754 @default.
- W4387138641 cites W3186187766 @default.
- W4387138641 cites W3187791954 @default.
- W4387138641 cites W3192827134 @default.
- W4387138641 cites W3195271041 @default.
- W4387138641 cites W3196876997 @default.
- W4387138641 cites W3198869444 @default.
- W4387138641 cites W3203864863 @default.
- W4387138641 cites W3207137684 @default.
- W4387138641 cites W3209139673 @default.
- W4387138641 cites W3214290081 @default.
- W4387138641 cites W3214539100 @default.
- W4387138641 cites W4212977850 @default.
- W4387138641 cites W4220869756 @default.
- W4387138641 cites W4220949057 @default.
- W4387138641 cites W4220958124 @default.