Pollutants in wastewater and exhaust gas bring out serious concerns to public health and
the environment. Biochar can be developed as a sustainable adsorbent originating from …

The aim of this work is to assess the capability of a series of nanoporous materials to capture
gaseous formaldehyde by adsorption in order to develop air treatment process and gas …

Volatile organic compounds (VOCs) cause environmental and health problems by forming
photochemistry smog, and development of an effective adsorbent for their removal is …

C70 fullerenes are effective formaldehyde sensors and adsorbents, with nitrogen or boron
doping significantly increasing their sensitivity in detecting formaldehyde gas. C70 …

This paper contains a review on agricultural waste materials as promising precursors for
development of activated carbon. The phenomenon behind higher adsorptive capacity of …

Coadsorption of formaldehyde and water vapors on NaX and NaY zeolites is studied at 298
K in the pressure range 0–2 hPa by manometry coupled with gas phase chromatography …

Formaldehyde is a common indoor pollutant that is an irritant and has been classified as
carcinogen to humans. Adsorption technology is safe and stable and removes formaldehyde …

To meet human food and fiber needs in an environmentally and economically sustainable
way, we must improve the efficiency of waste, water, and nutrient use by converting vast …

Activated carbons (ACs) derived from coconut husk were modified by impregnating with
glycine, a non-polar fatty amino acids. The effect of this modification method on the …

Indoor formaldehyde (HCHO) removal holds paramount significance for human health,
particularly in mild conditions. Here, we introduce a new non-noble single-atom catalyst …