X type zeolitic materials synthesized from fly ash using hydrothermal and low-temperature methods
Article Sidebar
Published:
2010-12-13
Issue Vol. 7 No. 2 (2010)
Articles
-
Selected construction and technological problems of middle span length steel bridges based on examples over the Danube and Dnieper river
005-023
-
X type zeolitic materials synthesized from fly ash using hydrothermal and low-temperature methods
025-034
-
The mode of research on old mortar the integral piece of the investigations of architectural relics
045-042
-
Bridge over the Giełczew river in Piaski – building works quality control
043-052
-
Saint Virgin Mary Parish Church in Kraśnik – new research results after I phase of studies 2008-2009
053-066
-
Cultural heritage and fortifications built for defence of the Strait of Messina in the late 19th century
067-088
-
The effect of current thermomodernization projects on energy performance of multi-family residential buildings and perspectives for new regeneration projects: the case of a housing estate in Lublin
089-103
-
Lubelska komisja Boni Ordinis i jej wpływ na rozwój przestrzenny miasta
105-112
-
Overview on housing situation in Germany after First Word War with focus on activity of the GEHAG housing society in Berlin
113-130
-
Moisture in buildings objects. Humidity testing problems
131-144
-
“New” identity in a city space
145-154
-
Real estate evaluation model based on the method of least squares
155-162
Main Article Content
Authors
Abstract
This study presents the results of experiments dealing with the possibility of transforming F class fly ash into a zeolitic material. Two types of synthesis methods were used in the research: hydrothermal and low-temperature synthesis. As a result of alkaline reaction of fly ash with NaOH, all experimental cases yielded zeolitic material which is rich in Na-X phase. The mineralogical composition as well as the physico-chemical properties in Na-X phase was obtained. The mineralogical composition as well as the physico-chemical properties of the obtained material are explored and the feasibility of practical application is shown.
Keywords:
fly ash, zeolite X, synthesis
Article Details
“X type zeolitic materials synthesized from fly ash using hydrothermal and low-temperature methods” (2010) Budownictwo i Architektura / Civil and Architectural Engineering, 7(2), pp. 025–034. doi:10.35784/bud-arch.2265.
