R & D Projects
CheMin does not consider itself a research institute. However, our
participation in research projects, which are partially financed by the public
sector, enables us to build bridges between research and industry.
Our engagement in research work supports our objective of establishing expertise
as well as fostering innovation and the transfer of knowledge. Our dialogue
with young researchers and committed university lecturers is an enriching
experience for us.
The proceeds from the selling or licensing of patents, which have developed out
of R&D projects, are to support a “perpetuum mobile”. As a necessary
supplement to available research funds, these proceeds are used to co-finance
new research projects.
We handle projects assigned to us by industry in the same manner, however,
without disclosing any customer or content.
In the following, publicly funded R&D projects are listed in which CheMin
is/was directly involved.
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Increase in the Energy Efficiency of Power Plants fired by Non-Conventional Fuels through Radiant Superheaters in the 1. Pass
Projektstart:
Juni 2011Laufzeit:
Juni 2011 - September 2014Projektleiter:
bifa Umweltinstitut GmbHProjektpartner:
CheMin GmbH, Jünger + Gräter GmbH, Martin GmbH, MVAFinanzierung:
Bayerisches Staatsministerium für Umwelt und GesundheitMethod of Characterising Biomass Fuels with Regard to their Corrosion Potential
Projektstart:
September 2010Laufzeit:
September 2010 - September 2013Projektleiter:
CheMin GmbHProjektpartner:
CheMin GmbH, TU-Dresden, MVV O&M GmbH, Energieversorgung Offenbach, Martin GmbHFinanzierung:
Deutsche Bundesstiftung Umwelt (DBU)Corrosion Protection in Boilers by Means of Melt-Infiltrated Silicon Carbide Ceramics
Projektstart:
März 2007Laufzeit:
März 2007 - Februar 2010Projektleiter:
SGL-CarbonProjektpartner:
CheMin GmbH, AVA Augsburg, FH Augsburg, BiFAFinanzierung:
Bayerische ForschungsstiftungDesign of a Measurement System for Online-Detection of the Heat Flux on Membrane Walls of Boilers in Biomass Incineration Plants to Record a Decrease in Plant Efficiency due to Corrosion and Fouling
Projektstart:
Januar 2006Laufzeit:
Januar 2006 - Dezember 2008Projektleiter:
CheMin GmbHProjektpartner:
Bauhaus Universität Weimar, LVUFinanzierung:
Deutsche Bundesstiftung UmweltFinal Report L24 – Hydrogen Formation Potential of Fly Ash in Thermal Waste Treatment Plants
Datum der Veröffentlichung:
Juli 2005Auftraggeber:
Bayerisches Landesamt für UmweltschutzAuftragnehmer:
Zweckverband Müllverwertung Schwandorf (ZMSAlustr. 7
92421 Schwandorf
Projektleiter:
Dr. Jörg Metschke (MSB)Bearbeiter:
Dr. Gabriele MagelDr. Wolfgang Spiegel
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