In spite of the fact that the first patent on transient operation of chemical reactor was applied in 1938,the forced unsteady state operation of chemical reactors as an attractive novel technology and its associated profound theory are a new area of study in chemical reaction engineering.

This paper describes how to apply heat pipe technology to the chemical reactors in detail and presents the bright future in the application of the heat pipe exchangers in chemical fields as explained in an example.

An example illustrates the application methods in the bifurcation analysis of chemical reactors.

Research progress in fluidized bed electrochemical reactor;

Experimental study on the removal of H_2S by an electrochemical reactor;

Treatment of Wastewater Containing HPAM Using Electrochemical Reactor;

A novel micro chemical reactor based on digital control of micro droplets was developed.

Design and standardization of sonochemical reactor for desorption;

Study on sonochemical reactor with double temperature control;

Study on pentaclorophenol ion solution degradation in airlift sonochemical reactor;

Study on a new vacuum ultraviolet photochemical reactor and photodissociative reaction of carbon dioxide;

The vacuum ultraviolet(VUV)photochemical reactor had been designed to produce spectrum which was mainly less than 200 nm in the wavelength range.

chloropyridine and 2,6-dichloropyridine were prepared continuously by gas-phase chlorination of a mixture of pyridine in a photochemical reactor.

The major advantage of heat pipe chemical reactor is that the temperature of the catalyst bed is well-distributed both in the axial and radial direction by using the isotherm of heat pipe so that the chemical reaction always takes place at the optimal temperature.