Geopolymers have currently drawn great attention of scientists and engineers, mostly in the
construction sector. The superior properties of geopolymer and waste valorization are the …

Silica geothermal is abundantly available as side products or waste from the production of
energy from Geothermal Power Plants. These inexpensive waste materials was used to …

The development of silica nanoparticles from the waste of geothermal power plants and their
subsequent modification using a fluorescent dye, rhodamine 6G (R-6G), has been reported …

The geopolymer structures are formed through polymerization of silicate and aluminate
species. The resulted structure is predicted to be similar with zeolite. In this study …

Valorization of Geothermal Silica and Natural Bentonite through Geopolymerization: A
Characterization Study and Response Surface Design title Title Author Issue Keywords …

Fly ash utilization is very urgent to be conducted alas contaminating the environment. One of
the promising utilizations is geopolymer formation for material construction. In this study …

Due to its superior properties against conventional Portland concrete, geopolymer currently
becomes more attractive as an alternative for environmentally friendly building materials …

Rhodamine B can be used as a fluorophore to produce fluorescent silica nanoparticles
derived from geothermal sludge. The purpose of this research is to synthesize fluorescent …

Geothermal silica is a potential source of amorphous silica for producing geopolymer
concrete. The valorization of geothermal silica as a geopolymer concrete provides an …

Fluorescent nanoparticles are used in a plethora of biomedical applications including
bioimaging and tracing of molecules. Hence, these nanoparticles may aid in the …