Influence of Inherent Oxygen Species on the Fluidity of Coal during Carbonization

Naoto Tsubouchi, Yuuki Mochizuki, Ryo Naganuma, +4

Energy & Fuels

Carbon SequestrationChemical EngineeringInherent Oxygen SpeciesInitial SofteningEngineering +11

Some factors influencing the fluidity of coal blends: Particle size, blend ratio and inherent oxygen species

Yuuki Mochizuki, Ryo Naganuma, Kazuya Uebo, +1

Fuel Processing Technology

Materials ScienceInherent Oxygen SpeciesCoal BlendsEngineeringFluid Mechanics +5

Precipitation mechanism of calcium carbonate fine particles in a three-phase reactor

Kazuya Uebo, Ryo Yamazaki, Kunio Yoshida

Advanced Powder Technology

Materials ScienceChemical EngineeringEngineeringPrecipitation MechanismMineral-fluid Interaction +5

Evaluation of Mechanical Property in Matrix of Metallurgical Coke by Nano-indentation Method

Tomoki Ogata, Kenta Ueoka, Yoshio Morozumi, +4

Tetsu-to-Hagane

EngineeringMechanical EngineeringCoal BrandsActive ComponentElasticity (Physics) +17

The fate of sulfur in coal during carbonization and its effect on coal fluidity

Yuuki Mochizuki, Yohei Ono, Kazuya Uebo, +1

International Journal of Coal Geology

Chemical EngineeringCarbon SequestrationEnvironmental ChemistryEngineeringClean Coal Technology +5

Sulfur and Nitrogen Distributions during Coal Carbonization and the Influences of These Elements on Coal Fluidity and Coke Strength

Naoto Tsubouchi, Yuuki Mochizuki, Yohei Ono, +3

ISIJ International

Coke StrengthChemical EngineeringCarbon SequestrationEnvironmental ChemistryEngineering +10

Observation of the Coal Thermoplastic Layer Using μ-focus X-ray CT and Sole-heated Oven

Hideyuki Hayashizaki, Yukihiro Kubota, Takashi Arima, +2

ISIJ International

Materials ScienceCoke StrengthPore StructureEngineeringCoke Pore Structure +10

Evaluation of Coke Strength Considering Pore Shapes by Using a Homogenization Method

Kenta Ueoka, Tomoki Ogata, Yoshio Morozumi, +4

Tetsu-to-Hagane

Materials ScienceCoke StrengthChemical EngineeringPore StructureEngineering +10

Effect of SiO2 on loss of catalysis of inherent metallic species in CO2 gasification of coke from lignite

Cheolyong Choi, U.P.M. Ashik, Shinji Kudo, +3

Carbon Resources Conversion

Physical and Chemical Characteristics of Coal-binder Interface and Carbon Microstructure near Interface

Atul Sharma, Naoto Sakimoto, Daisuke Anraku, +1

ISIJ International

EngineeringChemistryAsphalt BinderChemical EngineeringCoal Tar Pitch +16