Authors :
Tina M.Khandale; Tejas Kade; Pooja Sonkusale; Kishan Watwani; ShivaniChahande
Volume/Issue :
Volume 7 - 2022, Issue 10 - October
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3DgrfiE
DOI :
https://doi.org/10.5281/zenodo.7261682
Abstract :
The aim of this paper was the evaluation of
hybrid porous materials, Sustainable materials
synthesized from by-Products and alginates for Clean
air and better Environment, realized with raw materials
such as silica fume. Hydrogen peroxide was used as pore
former to generate a porosity able to trap particulate
matter (PM). These new materials are compared with
the reference recently proposed porous SUNSPACE
hybrid material, which was obtained in a similar
process, by using silica fume. The testing of material was
done by testing the concentration of hydrocarbon,
carbon dioxide and carbon. The concentration of
hydrocarbon and carbon dioxide released was less which
proves that the porous material can adsorb hydrocarbon
& carbon dioxide release in air. The material prepared
was successfully able to reduce the quantity of byproducts by trapping the emitted gases and this process
of preparing porous material is highly efficient
adsorbent to control contamination of air is possible
Keywords :
Plastic, porous material, air, absorbent, SUNSPACE, chemicals.
The aim of this paper was the evaluation of
hybrid porous materials, Sustainable materials
synthesized from by-Products and alginates for Clean
air and better Environment, realized with raw materials
such as silica fume. Hydrogen peroxide was used as pore
former to generate a porosity able to trap particulate
matter (PM). These new materials are compared with
the reference recently proposed porous SUNSPACE
hybrid material, which was obtained in a similar
process, by using silica fume. The testing of material was
done by testing the concentration of hydrocarbon,
carbon dioxide and carbon. The concentration of
hydrocarbon and carbon dioxide released was less which
proves that the porous material can adsorb hydrocarbon
& carbon dioxide release in air. The material prepared
was successfully able to reduce the quantity of byproducts by trapping the emitted gases and this process
of preparing porous material is highly efficient
adsorbent to control contamination of air is possible
Keywords :
Plastic, porous material, air, absorbent, SUNSPACE, chemicals.
