At present, the designs of carbon nanomaterials are indispensable to fulfill the growing
demand for high energy and power density of energy storage devices. Heteroatom-doped …

Porous carbon materials, derived from biomass wastes and/or as by-products, are
considered versatile, economical and environmentally sustainable. Recently, their high …

Cr (VI) contained the characteristic of water solubility, mobility and cell permeability in
aqueous solution. As a result, the treatment of Cr (VI) in aqueous solution was very …

N-doped biochar was prepared by gel-like chitosan solution via hydrothermal carbonization
followed by low-temperature oxidation, where the effect of hydrothermal temperature on the …

Sulfur doped mesoporous carbon (SMC) was synthesized by using template method for
efficiently removing gas-phase elemental mercury from flue gas. MCM-41 was used as …

The water pollution caused by the heavy metal ions have raised potent damages to the
water ecosystem and human health. It is thus important to develop materials that can capture …

N-containing biochar from oatmeal was produced by co-pyrolysis of hydrochar, ZnCl2, and
FeCl3, showing well-developed pores with surface areas of 2744 m2/g and N species of 5.4 …

Egg shell waste was used as an activation agent directly for the manufacture of a biomass-
derived porous carbon, which possessed a surface area of 626 m 2· g− 1 and was rich in …

Carbon-based materials, including graphene (GR), carbon nanotubes (CNTs), activated
carbon, and biochar, are the most common materials often applied to separate heavy metals …

In this paper, three-dimensional magnetic nitrogen-doped porous carbon modified by EDTA
(N-MPC-EDTA) was successfully prepared by two-step method with lignin as the precursor …