Add to ORKGThe primary purpose of this study was to investigate the effects of secondary mixing in helically-coiled tubular reactors in the laminar flow regime. Crystal violet dye and sodium hydroxide were used as the reactants in the study. Secondly, it was intended to design a helical flow tubular reactor for undergraduate laboratory. The operating conditions were based on a 1:1 flow rate ratio of sodium hydroxide and dye solutions and a design operating time of 2-3 hours.Chemical Engineerin
The performance of a dual helical ribbon impeller in a gassed stirred tank reactor filled with a she...
An integrated chemical engineering lab experiment is described in this paper. It makes use of a lami...
peer-reviewedSignificant efforts have been and are being spent on developing intensified tubular rea...
Four different geometrical solutions for tubular reactors are compared for transfer intensification ...
A theoretical and experimental study was conducted on the optimal steady state operation of a jacket...
Intensifications of the rate of diffusion-controlled electrochemical and catalytic reactions taking ...
An experimental and theoretical study has been carried out for the evaluation of concentration and t...
The flow through coiled tubes is, in practice, important for pipe systems, heat exchangers, chemical...
Understanding the behavior of Continuous Stirred-Tank Reactors (CSTR) and Plug Flow Reactors (PFR) i...
The goals of this study were to understand flow boiling phenomena in helically-coiled tubes and to p...
Experiments were conducted to study heat transfer mechanisms in laminar flow in a pipe preceded by a...
A logical and progressive method is proposed to modify and increase the performance of chemical reac...
The effect of reactor geometry on the percent completion of a second order reaction was studied in f...
The purpose of this research was to design a high-temperature, vapor phase reactor for the productio...
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
The performance of a dual helical ribbon impeller in a gassed stirred tank reactor filled with a she...
An integrated chemical engineering lab experiment is described in this paper. It makes use of a lami...
peer-reviewedSignificant efforts have been and are being spent on developing intensified tubular rea...
Four different geometrical solutions for tubular reactors are compared for transfer intensification ...
A theoretical and experimental study was conducted on the optimal steady state operation of a jacket...
Intensifications of the rate of diffusion-controlled electrochemical and catalytic reactions taking ...
An experimental and theoretical study has been carried out for the evaluation of concentration and t...
The flow through coiled tubes is, in practice, important for pipe systems, heat exchangers, chemical...
Understanding the behavior of Continuous Stirred-Tank Reactors (CSTR) and Plug Flow Reactors (PFR) i...
The goals of this study were to understand flow boiling phenomena in helically-coiled tubes and to p...
Experiments were conducted to study heat transfer mechanisms in laminar flow in a pipe preceded by a...
A logical and progressive method is proposed to modify and increase the performance of chemical reac...
The effect of reactor geometry on the percent completion of a second order reaction was studied in f...
The purpose of this research was to design a high-temperature, vapor phase reactor for the productio...
Mixing is a fundamental issue in process engineering and many industrial fields. It is closely relat...
The performance of a dual helical ribbon impeller in a gassed stirred tank reactor filled with a she...
An integrated chemical engineering lab experiment is described in this paper. It makes use of a lami...
peer-reviewedSignificant efforts have been and are being spent on developing intensified tubular rea...