Due to simple and clean process, and renewable adsorbent, adsorption of gaseous
pollutants using porous carbon is a research hotspot in the field of air pollution control …

Mercury contamination has attracted global attentions in the past decades, which posed
great threats to the whole ecosystem and human health because of its cumulative …

Rapid and effective capture of gaseous elemental mercury (Hg 0) over a wide operating
temperature range is significant for the green and sustainable development of nonferrous …

A functional composite adsorbent of copper sulfide (CuS) loaded on the multi-walled carbon
nanotubes (MWCNTs) was successfully synthesized and used for gaseous elemental …

With the rapid development of Hg 0 treatment methods in flue gas, the key challenge at the
current stage is the trade-off between adsorbent performance, treatment cost and …

Two forms of activated carbon (ie, granular and powdered forms) used to test mercury
removal in solution. These activated carbons were obtained from the shells of a palmae …

Hg 0 from combustion flue gas is a highly toxic substance, which is harmful for the
environment, device safety and human health. Economically effective control measures are …

Although activated carbon doped with sulfur is considered to be effective for capturing
elemental mercury from coal-fired flue gas, sorbent regeneration is more important for …

Coal-fired power plants are the main anthropogenic source of mercury emissions in the
atmosphere. In this work, the raw material of biomass (wood chips), modifiers of sulfur …

Abstract Knowledge is limited on the thermal behavior of sulfur during petroleum coke (PC)
pyrolysis, a critical topic for its any thermal utilization processes. In this work, temperature …