DKG - DKG FG 3 "Ceramics for energy storage and conversion"

The DKG

Goals and tasks DKG mission statement DKG Annual Meetings (an overview) History Honors General Meeting Executive Board Governing Board Administrative office Cooperations Statutes of the DKG Contribution rules Safeguarding good research practice Compliance program Activity reports 100th DKG Annual Meeting

Goals and tasks

The DKG is committed to the promotion of all ceramics in technical, scientific and artistic terms.

Topics

Research and development Training and further education Presentations / Publications Design / Art / Culture DKG cloud

Research and development

The DKG promotes the solution of fundamental tasks that affect the entire ceramic and related fields

Expert committee (FA)

DKG FA 1 "Simulation" DKG FA 2 "Raw materials" DKG FA 3 "Process engineering" DKG FA 4 "Thermal processes" DKG FA 5 "Post-processing" DKG FA 6 "Materials and process diagnostics" DKG TFA 6-1 "Characterization of porous ceramics" DKG TFA 6-2 "Thermomechanical properties" DKG FA 7 "History of ceramics"

Field of expertise (FG)

DKG FG 1 "Structural ceramics" DKG FG 2 "Ceramics for electrical engineering and sensor technology" DKG FG 3 "Ceramics for energy storage and conversion" DKG FG 4 "Ceramics for aerospace engineering" DKG FG 5 "Silicate ceramics" DKG FG 6 " - Ceramics in environmental technology" DKG FG 7 "Bioceramics" DKG FG 7 "Ceramics for optics"

Joint committee (GA)

GA Refractories GA Glassy-crystalline multifunctional materials GA High-performance ceramics GA Ceramic-metal joints GA Powder metallurgy GA Composites GAK Environmental protection and occupational safety

Expert groups

AK Carbon Expert group "Ceramic injection molding" Womeninceramics

Overview over all commitees

In a wide variety of specialist committees, the members create the basis for joint lobbying and research work as well as industry-wide knowledge transfer.

Members

Students / young academics Companies Universities and institutes Associations Personal membership

Students / young academics

Students / recent graduates from all disciplines with an interest in ceramics enjoy special benefits with DKG membership.

Events

All events Conferences / Congresses DKG Annual meetings Seminars Expert board sessions Expos Design / Art / Culture Video conferences / Web meetings

All events

Job market

Current job offers Advertise a job offer

Current job offers

The DKG

Topics

Research and development Training and further education Presentations / Publications Design / Art / Culture DKG cloud

Committees

Expert committee (FA)

Field of expertise (FG)

Joint committee (GA)

Expert groups

AK Carbon Expert group "Ceramic injection molding" Womeninceramics

Members

Students / young academics Companies Universities and institutes Associations Personal membership

Events

All events Conferences / Congresses DKG Annual meetings Seminars Expert board sessions Expos Design / Art / Culture Video conferences / Web meetings

Job market

Current job offers Advertise a job offer

DKG Field 3 - Ceramics for energy storage and conversion

Hon.-Prof. Dr.-Ing. Norbert H. Menzler

Chairman DKG F 3

Address:

Forschungszentrum Jülich GmbH
Institute of Energy Materials and Devices (IMD)
IMD-2: Werkstoffsynthese und Herstellungsverfahren (Materials Synthesis and Processing)
Wilhelm-Johnen-Str.
52428 Jülich, Germany

Phone:

+ 49 (0) 2461-613059

Fax:

E-mail:

ed.hcileuj-zf@relznem.h.n

Website:

www.fz-juelich.de/de/imd

Prof. Dr. Till Frömling

Vorsitzender DKG FG 3

Anschrift/Adresse:

Technische Universität Darmstadt
Fachbereich Material- und Geowissenschaften
FG Funktionskeramik
Peter-Grünberg-Straße 2 (L2|01)
64287 Darmstadt

Telefon:

+49 (0) 6151/16-26195

E-Mail:

ed.tdatsmrad-ut.scimarec@gnilmeorf

Web:

www.matgeo.tu-darmstadt.de/

The DKG F 3 provides a platform for the exchange of experience between universities, research institutes and industry. Thematic focal points are:

High-temperature materials for power plants (e.g. thermal barrier coatings for gas turbines, protective coatings against abrasion and corrosion, fiber-reinforced ceramics)
Heat storage materials and heat exchangers, absorbers for solar thermal power plants
Ceramics membranes for the separation of gas mixtures (oxygen for the oxyfuel process e.g. hydrogen, CO₂etc.)
Solid oxide fuel cells (SOFC) for the efficient conversion of gaseous fuels into electricity
Electrolysis cells (SOEC) for the production of hydrogen and other chemicals (co-electrolysis)
Hard magnetic materials for renewable wind energy, high temperature superconductors
Low- and high-temperature batteries with high safety and stability for stationary applications