Chemical Engineering Theory

Basic Information

English Title: Chemical Engineering Theory

ISSN (Print): 3105-7470

ISSN (Online): 3105-7489

CODEN: HGLAA6(International Standard Serial Identifier, a globally unique identifier assigned by the Chemical Abstracts Service (CAS), USA)

Publication Model: Gold Open Access (Gold OA), licensed under the Creative Commons Attribution 4.0 International License (CC BY 4.0), with permanent free full-text access

Publisher: QUEST PRESS LIMITED

Publication Frequency: Bimonthly

Languages of Publication: Chinese, English

Submission Language: Chinese (English title, abstract, keywords, author names and affiliations required)

Distribution Support: China International Book Trading Corporation (CIBTC)

Import Registration Number: G015Z119

The journal is indexed by numerous authoritative academic databases worldwide. It is committed to promoting the global dissemination of high-quality research and collaborating with scholars across the globe to build an open, collaborative and forward-looking international academic community.

Core Positioning

Chemical Engineering Theory is an international academic journal focusing on the fundamental theories and cutting-edge innovations in chemical engineering. The journal is dedicated to advancing the in-depth exploration and paradigm innovation of chemical engineering theories, with a focus on theoretical breakthroughs and methodological innovations in core fields such as process engineering, transport phenomena and reaction engineering. We particularly encourage interdisciplinary research integrating mathematical modeling, computational simulation and experimental verification, providing academic support for the systematic development of chemical engineering theory.

Scope of Submissions

The journal welcomes submissions in the following research areas:

Chemical Thermodynamics and Molecular Simulation

Transport Phenomena Theory and Mathematical Models

Chemical Reaction Engineering and Kinetics

Process Systems Engineering and Optimization

Interface Phenomena and Colloid Science

Multiphase Flow Theory and Computational Fluid Dynamics

Molecular Dynamics and Quantum Chemistry Calculation

Chemical Process Control Theory and Methods

Micro-Nano Scale Transport Theory

Green Chemical Engineering and Sustainable Development Theory

Aims and Vision

The journal aims to become an authoritative academic exchange platform in the field of chemical engineering theory, promoting the in-depth integration of theoretical innovation and practical application. We are committed to constructing a complete theoretical system of chemical engineering, providing a high-end platform for researchers, engineers and educators to conduct theoretical innovation and methodological discussion, and supporting the basic theoretical construction of the chemical engineering discipline.