Formation mechanism of MOF glasses

Time period: 2021-2024

Funded by DFF-Nature and Universe

High Temperature Stability of Stone Wool Fibers 

Time period: 2021-2024

Funded by ROCKWOOL International A/S

Purification of Quartz 

Time period: 2022-2025

Funded by SICC Co., Ltd.

Glass Mechanical Properties: Structural Origins and Engineering 

Time period: 2016-2020

Funded by Villum foundation

GleanTechBlock II

The project aims to develop and produce high-performance glass foam products for buildings.

Time period: 2015-2019

Funded by EUDP

Low E Cement   

The project aims to reduce CO2 emission of cement production.

Time period: 2013-2017

Funded by Strategic Research Foundation

Fiber spinnability  

Time period: 2012-2015

Funded by ROCKWOOL International A/S

GleanTechBlock I

The project aims to develop glass foams from old TV glasses for insulating buildings.

Time period: 2012-2015

Funded by Advanced Technology Foundation, Denmark

Mg role in glass   

Time period: 2012-2013

Funded by Corning Incorporated

Proof of concept   

Time period: 2009-2010

Funded by Danish Research Council

Silica-rich glass surface 

Time period: 2008-2011

Funded by Aalborg University, Denmark

Homogeneity of stone wool  melts

Time period: 2008-2012

Funded by ROCKWOOL International A/S 

Relaxation in hyperquenched glasses   

Time period: 2009-2012

Funded by FTP, Denmark

Future Cement 

Time period: 2007-2010

Funded by Advanced Technology Foundation, Denmark

Structural Heterogeneity of E fibres 

Time period: 2007-2010

Funded by PPG Industries Inc, USA 

Beta relaxation of glass

Time period: 2006-2007

Funded by Danida, Denmark 

DSC characterization of E fibers 

Time period: 2005-2006

Funded by PPG Industries Inc. USA

Brittleness of stone wool 

Time period: 2003-2007

Funded by Rockwool International A/S Denmark

Structure and properties of hyperquenched glasses 

Time period: 2003-2006

Funded by STVF, Denmark 

Rheology of silicates

Time period: 1998-2003

Funded by Rockwool International A/S Denmark

Simultaneous Thermal Analyser (STA)

Time: 2021

Funded by Carlsberg Foundation

Furnace and climate chamber

Time period: 2016

Funded by Obelsk Familiefond

High Temperature microscope

Time period: 2012

Funded by Obelsk Familiefond 

Gas Pycnometer 

Time period: 2012

Funded by Spar Nord Fonden

Low Temperature viscometer

Time period: 2009

Funded by Obelsk Familiefond

Impedance spectroscopy and H2 furnace

Time period: 2007

Funded by Obelsk Familiefond

Vicker Indenter 

Time period: 2005

Funded by Carlsbergfondet

Cutting Facilities 

Time period: 2005

Funded by Det Obelsk familiefond

High Temperature furnaces 

Time period: 2004

Funded by Rockwool International A/S Denmark

Fibre drawing facility

Time period: 2004

Funded by Rockwool International A/S Denmark

Viscosimeter 

Time period: 2003

Funded by Rockwool International A/S Denmark

Simultaneous Thermal Analyser (STA)

Time period: 2003

Funded by Det Obelsk familiefond and Lundbeckfonden