Matches in SemOpenAlex for { <https://semopenalex.org/work/W2997275536> ?p ?o ?g. }
- W2997275536 endingPage "119899" @default.
- W2997275536 startingPage "119899" @default.
- W2997275536 abstract "Abstract Hydrothermal carbonization (HTC) is considered an attractive and constantly expanding eco-friendly methodology for thermochemical processing of different types of biomass in energy, carbonaceous materials, structured hybrids, and other chemical products. However, some challenges for the technique to be adequate in clean production need to be overcome. In this way, a comprehensive review is presented regarding the process variables, fundamentals, properties, possible uses of the products obtained and the challenges for cleaner production. This paper stands out in relation to those available in the literature when gathering exclusive information on hydrothermal carbonization with a focus on lignocellulosic biomass, the possibility of reusing the wastewater from HTC in recirculation processes and the challenges of the technique aiming at the sustainability of the process. Initially, we discuss the general concepts and reactional mechanisms involved in the methodology and then it explored the physical-chemical properties and possible applications of hydrochar, the modification methodologies and activation processes to obtain activated carbon in an eco-friendly approach. Current knowledge gaps and the overcoming of challenges such as the recirculation of the aqueous phase of hydrothermal carbonization are also discussed together with new perspectives and alternatives for the technique based on a biorefinery system, in order to enable a wider exploration of hydrothermal carbonization of its great potential in a cleaner production concept." @default.
- W2997275536 created "2020-01-10" @default.
- W2997275536 creator A5019780153 @default.
- W2997275536 creator A5020039883 @default.
- W2997275536 creator A5040938677 @default.
- W2997275536 creator A5065873573 @default.
- W2997275536 creator A5084018240 @default.
- W2997275536 date "2020-04-01" @default.
- W2997275536 modified "2023-10-13" @default.
- W2997275536 title "Challenges and alternatives for the adequacy of hydrothermal carbonization of lignocellulosic biomass in cleaner production systems: A review" @default.
- W2997275536 cites W1161814864 @default.
- W2997275536 cites W1621816550 @default.
- W2997275536 cites W1646174768 @default.
- W2997275536 cites W1966481002 @default.
- W2997275536 cites W1970086833 @default.
- W2997275536 cites W1970114811 @default.
- W2997275536 cites W1989021332 @default.
- W2997275536 cites W1994208249 @default.
- W2997275536 cites W1996804650 @default.
- W2997275536 cites W2010556225 @default.
- W2997275536 cites W2011141753 @default.
- W2997275536 cites W2017616693 @default.
- W2997275536 cites W2019331835 @default.
- W2997275536 cites W2023023804 @default.
- W2997275536 cites W2028202762 @default.
- W2997275536 cites W2066797583 @default.
- W2997275536 cites W2069084651 @default.
- W2997275536 cites W2069208190 @default.
- W2997275536 cites W2073478914 @default.
- W2997275536 cites W2074857954 @default.
- W2997275536 cites W2078000684 @default.
- W2997275536 cites W2086349217 @default.
- W2997275536 cites W2089511272 @default.
- W2997275536 cites W2092558794 @default.
- W2997275536 cites W2092721446 @default.
- W2997275536 cites W2092833279 @default.
- W2997275536 cites W2093260045 @default.
- W2997275536 cites W2148583852 @default.
- W2997275536 cites W2153500382 @default.
- W2997275536 cites W2163892835 @default.
- W2997275536 cites W2223165813 @default.
- W2997275536 cites W2275783248 @default.
- W2997275536 cites W2289516485 @default.
- W2997275536 cites W2297890456 @default.
- W2997275536 cites W2315130574 @default.
- W2997275536 cites W2321946372 @default.
- W2997275536 cites W2327453674 @default.
- W2997275536 cites W2387972874 @default.
- W2997275536 cites W2400117946 @default.
- W2997275536 cites W2404178450 @default.
- W2997275536 cites W2413520023 @default.
- W2997275536 cites W2513191081 @default.
- W2997275536 cites W2560259689 @default.
- W2997275536 cites W2570234534 @default.
- W2997275536 cites W2588410713 @default.
- W2997275536 cites W2590355444 @default.
- W2997275536 cites W2595157316 @default.
- W2997275536 cites W2597918539 @default.
- W2997275536 cites W2604243847 @default.
- W2997275536 cites W2608316026 @default.
- W2997275536 cites W2613274359 @default.
- W2997275536 cites W2613586239 @default.
- W2997275536 cites W2623564767 @default.
- W2997275536 cites W2623923654 @default.
- W2997275536 cites W2625498659 @default.
- W2997275536 cites W2639983394 @default.
- W2997275536 cites W2730727434 @default.
- W2997275536 cites W2736508919 @default.
- W2997275536 cites W2739382268 @default.
- W2997275536 cites W2744106775 @default.
- W2997275536 cites W2748755707 @default.
- W2997275536 cites W2749180696 @default.
- W2997275536 cites W2758678538 @default.
- W2997275536 cites W2759100582 @default.
- W2997275536 cites W2766512000 @default.
- W2997275536 cites W2773791877 @default.
- W2997275536 cites W2778659796 @default.
- W2997275536 cites W2779650776 @default.
- W2997275536 cites W2792337038 @default.
- W2997275536 cites W2795307901 @default.
- W2997275536 cites W2801844666 @default.
- W2997275536 cites W2805009741 @default.
- W2997275536 cites W2845854726 @default.
- W2997275536 cites W2887652531 @default.
- W2997275536 cites W2891294035 @default.
- W2997275536 cites W2894104726 @default.
- W2997275536 cites W2898526205 @default.
- W2997275536 cites W2923008441 @default.
- W2997275536 cites W2940745482 @default.
- W2997275536 cites W2946646920 @default.
- W2997275536 cites W2947184005 @default.
- W2997275536 cites W2953784548 @default.
- W2997275536 cites W4362038806 @default.
- W2997275536 cites W784003271 @default.
- W2997275536 doi "https://doi.org/10.1016/j.jclepro.2019.119899" @default.
- W2997275536 hasPublicationYear "2020" @default.
- W2997275536 type Work @default.
- W2997275536 sameAs 2997275536 @default.