Applications of process systems engineering (PSE) in plants and enterprises are boosting
industrial reform from automation to digitization and intelligence. For ethylene thermal …

The simulation and optimization of complex molecular conversion systems are one of the
primary challenges in the chemical reaction engineering field. Petroleum refining is a …

The construction and expansion of steam cracking plants and feedstock diversification have
resulted in a significant demand for the numerical simulation and optimization of models to …

Petroleum molecular reconstruction method can be used to calculate molecular composition
from limited analytical data, which is the basis of the molecular‐level process modeling of …

Both currently and in the foreseeable future, steam cracking is the major process producing
ethylene and other olefin products, which are the most fundamental chemicals of various in …

It is crucial to provide the detailed composition of crude oil for molecular management in
refineries. Molecular reconstruction methods have been widely investigated for converting …

In mineral transportations, it is essential to measure the gas hydrate particle concentration to
manage the risk of flowline blockage. Traditional single-frequency ultrasonic methods …

The inherent complexity of petroleum fractions makes molecular reconstruction an essential
element to make use of advanced kinetic models in the petrochemical industry, in particular …

We proposed a fast method to solve the petroleum molecular reconstruction problem via
initial guess estimation coupled with local optimization algorithm. A virtual oil database was …

Lubricating oils play a crucial role in modern industrial production, mechanical
manufacturing, aerospace, and other fields. This paper provides a review and summary of …