Journal of Chemical Engineering of Japan

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日本
Bunkyo-ku, Tokyo
Journal of Chemical Engineering of Japan

Peer-reviewed scientific journal published since 1968 / Society of Chemical Engineers, Japan / Gold Open Access since 2023 / DOAJ

JCEJ publishes timely original research in the broad field of chemical engineering ranging from fundamental principles to practical applications. JCEJ is an international research journal and invites your contributions and subscriptions. All areas of chemical engineering are covered, including:

Physical Properties and Physical Chemistry,
Transport Phenomena and Fluid Engineering,
Particle Engineering,
Separation Engineering,
Thermal Engineering,
Chemical Reaction Engineering,
Process Systems Engineering and Safety,
Biochemical,
Food and Medical Engineering,
Micro and Nano Systems,
Materials Engineering and Interfacial Phenomena,
Energy, Environment, and
Engineering Education.

11/11/2025

Unlocking NH3 solubility in ionic liquids with data‑driven ML! 🚀
Random Forest, ANN & CatBoost deliver the best accuracy. Pressure, temperature and IL descriptors are key. Read the full study now!

Taylor & Francis Research Journal of Chemical Engineering of Japan

The primary goal of estimating NH3 solubility in ionic liquids (ILs) is to develop reliable algorithms capable of accurately capturing complex relationships between key input parameters like pressu...

06/11/2025

Why do shear‑thinning fluids reduce circumferential velocity at blade front? This study decodes blade‑fluid interaction—essential reading for process engineers.

Taylor & Francis Research Journal of Chemical Engineering of Japan

Multistage impellers are widely used in the chemical industry to enhance the mixing of shear-thinning fluids. However, the local velocity around multistage impellers has not been sufficiently inves...

05/11/2025

Polymer additives steer benzoic acid crystal growth: PEI, PAA, PVA promote surface‑integration; MC & CMC promote agglomeration. Study deciphers kinetic‑thermodynamic switch.

Taylor & Francis Research Journal of Chemical Engineering of Japan 公益社団法人化学工学会

Reactive crystallization of benzoic acid was carried out in the solution of some polymers, polyethylenimine (PEI); poly(acrylic) acid (PAA); poly(vinyl) alcohol (PVA); Methylcellulose (MC); sodium ...

04/11/2025

Green hydrogen from sunlight: the review details how hydrophilic
polymer photocatalysts overcome hydrophobic limits to boost
visible‑light hydrogen evolution.

Taylor & Francis Research Journal of Chemical Engineering of Japan 公益社団法人化学工学会

The production of hydrogen through visible-light-driven water splitting, inspired by natural photosynthesis, is one of the most efficient and environmentally sustainable methods for converting abun...

29/10/2025

New study visualises the isolated mixing region (IMR) in laminar
stirred tanks using fluorescence. Findings show impeller diameter
shifts radial IMR; blade width & number affect vertical placement.

Taylor & Francis Research 公益社団法人化学工学会 Journal of Chemical Engineering of Japan

Identifying the location of the isolated mixing region (IMR) that forms in a laminar stirred tank is useful for improving the design of impellers. In this study, the IMR was visualized using induce...

08/10/2025

Progressive freeze‑concentration in a rotating annular apparatus
offers a new route to selectively concentrate fatty‑acid salts in
ice—promising for cryogenic separation.

Taylor & Francis Research Journal of Chemical Engineering of Japan Taylor & Francis

Using an annular cylindrical cooling apparatus (ACCA) composed of a rotating inner cylinder and a stationary outer cylinder, we applied progressive freeze-concentration (PFC) of an aqueous solution...

06/10/2025

Microwave plasma quenching: tube mode beats rod mode at high SEI,hitting 73% CO₂ conversion & 39% efficiency versus 60%/32%. Adequate cooling cuts CO combustion.

Taylor & Francis Research Journal of Chemical Engineering of Japan

Plasma-assisted CO2 conversion is attracting growing attention. The post-discharge gas quenching is one of the promising methods to enhance CO2 splitting. In this study, we experimentally investiga...

01/10/2025

Zeolite 13X can keep in‑vehicle CO2 below 1000 ppm for 2 h at 40%RH—ideal for cars. High capacity, fast kinetics, and easy regeneration with a little fresh air. A compact CO2 capture solution for cleaner rides!

“Effect of Operation Conditions on Low Concentration CO2 Adsorption of Zeolite 13X for in-Vehicle Air Quality”

Taylor & Francis Research Taylor & Francis Journal of Chemical Engineering of Japan

In confined spaces, especially a car cabin, CO2 may lead to fatigue, weariness, drowsiness, sleepiness, etc. and limit the ability to concentrate with its concentration. Although ventilation is fre...

26/09/2025

Unlock better monoclonal antibody quality by controlling culture duration & glutamate in perfusion. A data‑driven model maps variant profiles and trade‑offs.

Taylor & Francis Research 公益社団法人化学工学会 Journal of Chemical Engineering of Japan

Charge variant profiles constitute a critical quality attribute in monoclonal antibody (mAb) production. Controlling charge variant profiles generated in upstream processes can help reduce the burd...

11/09/2025

📢 Call for Papers – Journal of Chemical Engineering of Japan (JCEJ)

We are pleased to announce an Article Collection on “Adsorption: Fundamentals and Processing.”

Submissions are welcome on:
• Adsorption isotherms, kinetics, and thermodynamics
• Advanced adsorbent materials (carbons, zeolites, M*Fs, nanomaterials)
• Process design and optimization
• Environmental and industrial applications

📝 Original Research, Reviews, and Short Communications are invited.
Join us in advancing sustainable chemical engineering!

*F

公益社団法人化学工学会

Adsorption: Fundamentals and Processing

05/09/2025

CF3I’s GWP of 1 drastically cuts climate impact while delivering high‑aspect‑ratio oxide etching—step toward greener semiconductor manufacturing.

Taylor & Francis Research 公益社団法人化学工学会 Journal of Chemical Engineering of Japan

In this study, high-aspect-ratio (HAR) oxide etching characteristics in inductively coupled plasma (ICP) was investigated using low frequency (2 MHz) bias power. For HAR oxide etching, a Trifluoroi...

04/09/2025

Reducing silica in RO plants is crucial for membrane longevity. Our
lab test shows magnesium oxide is the most economical solution,
cutting annual costs by $2.2M. Sodium aluminate & Ca(OH)₂ also
effective but pricier.

Taylor & Francis Research 公益社団法人化学工学会 Journal of Chemical Engineering of Japan

The abundance of silica in water from wells is greater than in other sources of water; however, the silica in such brackish water has a considerable negative impact on the equipment which water flo...

住所

Bunkyo-ku, Tokyo

電話番号

+81339433527

ウェブサイト

https://www.tandfonline.com/journals/tjce20

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