Schalk Cloete

Research Scientist

Schalk Cloete

Research Scientist

Phone: 930 30 832

Email: schalk.cloete@sintef.no

Unit: SINTEF Industry

Department: Process Technology

Office: Trondheim

Add to contacts (vCard)

Publications and responsibilities

Authors Cloete Schalk Willem Petrus

Year 2018

Type Journal publication

Authors Cloete Schalk Willem Petrus

Year 2018

Type Journal publication

Authors Cloete Schalk Willem Petrus

Year 2018

Type Journal publication

Authors Cloete Schalk Willem Petrus

Year 2018

Type Journal publication

Authors Cloete Schalk Willem Petrus

Year 2017

Type Part of a book/report

Authors Cloete Schalk Willem Petrus

Year 2017

Type Journal publication

Gas Switching Combustion (GSC) is a promising new process concept for energy efficient power production with integrated CO₂ capture. In comparison to conventional Chemical Looping Combustion (CLC) carried out in interconnected fluidized beds, the GSC concept will be substantially easier to design an...

Authors Cloete Schalk Willem Petrus

Year 2017

Type Journal publication

Authors Cloete Schalk Willem Petrus

Year 2016

Type Conference lecture and academic presentation

Authors Cloete Schalk Willem Petrus

Year 2016

Type Conference lecture and academic presentation

Authors Cloete Schalk Willem Petrus

Year 2016

Type Conference lecture and academic presentation

Schalk Cloete

Research Scientist

Schalk Cloete

Research Scientist

Publications and responsibilities

Economic assessment of chemical looping oxygen production and chemical looping combustion in integrated gasification combined cycles

Integration of chemical looping oxygen production and chemical looping combustion in integrated gasification combined cycles

The effect of sorbent regeneration enthalpy on the performance of the novel Swing Adsorption Reactor Cluster (SARC) for post-combustion CO2 capture

Hydrodynamic validation study of filtered Two Fluid Models

IMPLEMENTING THE KINETIC THEORY OF GRANULAR FLOWS INTO THE LAGRANGIAN DENSE DISCRETE PHASE MODEL

The Internally Circulating Reactor (ICR) Concept Applied to Pressurized Chemical Looping Processes

Optimization of a Gas Switching Combustion process through advanced heat management strategies

The internally circulating reactor (ICR) concept applied to pressurized chemical looping processes

Comparison of the Filtered Two Fluid Model and Dense Discrete Phase Model for Large-Scale Fluidized Bed Reactor Simulations.

The dense discrete phase model for simulation of bubbling fluidized beds: Validation and verification

This site uses cookies

The effect of sorbent regeneration enthalpy on the performance of the novel Swing Adsorption Reactor Cluster (SARC) for post-combustion CO₂ capture