Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal

Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal

The limited resources of natural zeolites make it necessary to search for and use synthetic products. This paper presents a method of producing zeolite sorbents resulting from hydrothermal synthesis in an autoclave. The raw materials used in the syntheses were fluidized-bed fly ashes derived from th...

Full description

Bibliographic Details
Main Authors: Łach Michał, Grela Agnieszka, Bajda Tomasz, Mierzwiński Dariusz, Komar Norbert, Mikuła Janusz
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:E3S Web of Conferences
Online Access:https://doi.org/10.1051/e3sconf/20184400097
id doaj-facf4e8e94f94ae8bd0b63aff9c00c59
record_format Article
spelling doaj-facf4e8e94f94ae8bd0b63aff9c00c592021-04-02T10:42:57ZengEDP SciencesE3S Web of Conferences2267-12422018-01-01440009710.1051/e3sconf/20184400097e3sconf_eko-dok2018_00097Production of Zeolite Sorbents from Burning and Co-burning Biomass with CoalŁach MichałGrela AgnieszkaBajda TomaszMierzwiński DariuszKomar NorbertMikuła JanuszThe limited resources of natural zeolites make it necessary to search for and use synthetic products. This paper presents a method of producing zeolite sorbents resulting from hydrothermal synthesis in an autoclave. The raw materials used in the syntheses were fluidized-bed fly ashes derived from the burning of forest biomass and sunflower hulls and two fly ashes derived from biomass combustion. The raw materials and zeolite sorbents were characterised using the analysis methods of phase composition and textural properties of the samples. The sorptive capacity of the raw materials and zeolite sorbents was determined by means of cation and anion exchange capacity. The analyses and research have shown that as a result of the synthesis process it is possible to obtain the following zeolite phases: sodalite, faujasite, chabazite. The determined value of the cation and anion exchange capacity for synthetic zeolite sorbents are greater than those which characterise natural zeolites.https://doi.org/10.1051/e3sconf/20184400097
collection DOAJ
language English
format Article
sources DOAJ
author Łach Michał
Grela Agnieszka
Bajda Tomasz
Mierzwiński Dariusz
Komar Norbert
Mikuła Janusz
spellingShingle Łach Michał
Grela Agnieszka
Bajda Tomasz
Mierzwiński Dariusz
Komar Norbert
Mikuła Janusz
Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal
E3S Web of Conferences
author_facet Łach Michał
Grela Agnieszka
Bajda Tomasz
Mierzwiński Dariusz
Komar Norbert
Mikuła Janusz
author_sort Łach Michał
title Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal
title_short Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal
title_full Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal
title_fullStr Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal
title_full_unstemmed Production of Zeolite Sorbents from Burning and Co-burning Biomass with Coal
title_sort production of zeolite sorbents from burning and co-burning biomass with coal
publisher EDP Sciences
series E3S Web of Conferences
issn 2267-1242
publishDate 2018-01-01
description The limited resources of natural zeolites make it necessary to search for and use synthetic products. This paper presents a method of producing zeolite sorbents resulting from hydrothermal synthesis in an autoclave. The raw materials used in the syntheses were fluidized-bed fly ashes derived from the burning of forest biomass and sunflower hulls and two fly ashes derived from biomass combustion. The raw materials and zeolite sorbents were characterised using the analysis methods of phase composition and textural properties of the samples. The sorptive capacity of the raw materials and zeolite sorbents was determined by means of cation and anion exchange capacity. The analyses and research have shown that as a result of the synthesis process it is possible to obtain the following zeolite phases: sodalite, faujasite, chabazite. The determined value of the cation and anion exchange capacity for synthetic zeolite sorbents are greater than those which characterise natural zeolites.
url https://doi.org/10.1051/e3sconf/20184400097
work_keys_str_mv AT łachmichał productionofzeolitesorbentsfromburningandcoburningbiomasswithcoal
AT grelaagnieszka productionofzeolitesorbentsfromburningandcoburningbiomasswithcoal
AT bajdatomasz productionofzeolitesorbentsfromburningandcoburningbiomasswithcoal
AT mierzwinskidariusz productionofzeolitesorbentsfromburningandcoburningbiomasswithcoal
AT komarnorbert productionofzeolitesorbentsfromburningandcoburningbiomasswithcoal
AT mikułajanusz productionofzeolitesorbentsfromburningandcoburningbiomasswithcoal
_version_ 1724166970032521216

Similar Items