国家/地区 中国（18）
IPC部 B（18） C（14）
IPC大类 B01（18） C02（11） C01（3）
IPC小类 B01J（18）
IPC B01J023/745（18）
发明人 LI S（3） CHEN X（2） FENG Y（2）
MAO H（2） REN H（2） SHEN Y（2）
WANG B（2） WANG C（2） WANG J（2）
WANG Z（2） ZHANG W（2） ZHU T（2）
公开年 2022（13） 2023（5）
申请年 2022（18）
专利权人 UNIV SOUTHWE.（2）

Preparing nitrogen-doped carbon-loaded iron oxide composite material comprises e.g. mixing water-soluble iron salt, carbon carrier and water, calcining obtained carbon-iron mixture to obtain carbon-loaded iron oxide, and mixing carbon-loaded iron oxide with organic nitrogen source and water.

CHEN X, MAO Y, HAN D, FANG G, LI R, HUANG X

Preparation of three-dimensional porous carbon/composite metal oxide photocatalyst involves preparing phenolic resin/graphene oxide porous organic template by sol gel method, preparing precursor, dripping alkali solution in precursor, reacting, drying and heat-treating.

SHEN Y, BAI L, WANG J, WANG R, FENG Y

Preparation of remover used for e.g. removing aflatoxin B1, involves dripping magnetic ferric oxide solution in graphene oxide solution under automatic stirring conditions, mixing with raw materials by hydrothermal synthesis, and reacting.

HU Y, ZHANG M, WANG L

Preparing carbon-supported catalyst for sewage treatment, involves heating graphite compound, small molecule compounds containing nitrogen, sulfur, phosphorus and transition metal compound, by three-stage heating, where first, second and third sections of furnace, are maintained at preset conditions.

LI S, LAI Q

Combined advanced oxidation of ozone/peroxymonosulfate/carbon-based catalyst involves introducing ozone into water to be treated added with peroxymonosulfate, water flows into reactor, discharging tail gas, water flows out from reactor and filtering.

HE Q, LI S, ZHANG F, MA G, LI N, QIANG C

Preparing iron-carbon composite material to removal of organic pollutants in water bodies, and/or to removal of uranium in water bodies, involves mixing ferric chloride and the carbon material, ammonia water and a shielding agent in precursor solution to obtain mixed solution.

WANG S, WANG J

Preparing core-shell graphene oxide quantum dot zero-valent iron catalyst useful as catalyst for removing refractory wastewater, comprises e.g. adding deionized water, hydrogen peroxide and hydrochloric acid, thermally insulating, reacting, and centrifuging.

LUO R, XUE D, WANG C, LIANG H, ZHU T, WANG B, MAO H, REN H

Conversion of alkane involves using gamma rays as external energy source and carrying out free radical reaction for alkane to obtain liquid and/or gaseous products.

FANG F, HUANG W

Sewage treatment for evenly loading core-shell graphene oxide zero-valent iron catalytic particles, comprises e.g. preparing core-shell graphene oxide zero-valent iron catalytic particles by co-precipitation-self-assembly, and performing catalytic degradation of organic pollutants in sewage.

DU R, XUEDAI H, WANG C, LI X, ZHU T, WANG B, MAO H, REN H

Preparation of reduced graphene oxide/ferric oxide magnetic composite for removing sulfides in water, involves adding ferrous chloride tetrahydrate to graphene oxide dispersion liquid, stirring, dripping aqueous ammonia, centrifuging, washing and drying.

WANG Z, SHENG Y