News

Nov. 20, 2023 | Research

H2 ready? Collaborative project shows use of hydrogen in industrial ovens

Whether for steel and glass production or in many other industrial plants: burners that convert hydrogen into heat instead of natural gas in the future are - alongside electricity from renewable energies - the basis for a successful energy transition in industry. But how can this work when hydrogen has significantly different properties to natural gas? Over the past three years, a research project at TU Bergakademie Freiberg has been investigating solutions for industrial furnaces, industrial heating systems and furnaces. The team from the Chair of Gas and Heating Technology and its partners present the results at the end of the project in Freiberg. Read more...

Sept. 6, 2023 | Forschung

Ablagerungen aus ehemaligen Bergbauseen nutzen

Forschende der TU Bergakademie Freiberg untersuchen Sedimentproben aus ehemaligen Bergbauseen im Erzgebirge auf ihre Verwertbarkeit als Metalle, Baustoffe oder Dünger. Start der Messkampagne war Ende August am Hüttenteich Berthelsdorf bei Freiberg. Read more...

Aug. 2, 2023 | Research

Recovering precious metals from electrocatalysts: Scientists develop new process

Hydrogen from electrolysis with renewable energies is considered a key element of the energy transition. By means of catalysts, water is split into its components hydrogen and oxygen. The electrochemical reaction requires precious metals such as platinum, iridium or ruthenium as catalysts. How the recycling of these metals can be improved has been examined for three years by a European research project with the participation of TU Bergakademie Freiberg. Read more...

July 31, 2023 | Research

Selective extraction – recovery of important industrial metals

Funded by Audi Environmental Foundation, a team of TU Bergakademie Freiberg is researching the recovery of strategically important raw materials. Indium, gallium or tin are not rare, but indispensable for modern technologies, such as semiconductor components or photovoltaic systems. The extraction of these metals is sometimes complex and therefore cost-intensive. Read more...

April 20, 2023 | Forschung

Technologies for optimised recycling of end-of-life vehicles

In order to increase the return rate of materials when recycling end-of-life cars, a new joint project is researching innovative dismantling and intelligent sorting processes for aluminium, steel, glass, copper and plastics. Read more...

April 20, 2023 | Forschung

Critical raw materials for Europe: TU Freiberg's deposit expertise in demand in Sweden

In the summer of 2023, extended investigation work will start at the TU Bergakademie Freiberg on the so-called Per Geijer iron ore apatite deposits of the Swedish state-owned company Luossavaara-Kiirunavaara Aktiebolag (LKAB) near Kiruna. Read more...

March 22, 2023 | Forschung

Innovationsbeirat sieht großes Potenzial für die Kreislaufwirtschaft in Sachsen

Freiberg (22. März 2023) – Die Mitglieder des Innovationsbeirates Sachsen haben am 21. und 22. März 2023 an der TU Bergakademie Freiberg zu ihrer 7. Sitzung zusammengefunden. Themenschwerpunkt der zweitägigen Beratungen war die Kreislaufwirtschaft im Kontext der Strukturentwicklung im Freistaat. Read more...

March 21, 2023 | Forschung

Elektromotoren mit künstlicher Intelligenz besser recyceln

Elektromotoren mit Permanentmagneten halten Windräder, Automatisierungsrobotik oder Elektromobilität am Laufen. Sie sind essenziell für die Energiewende. Haben die Motoren ausgedient, könnten Teile davon wiederverwendet werden – wenn diese einzeln vorliegen. Read more...

March 20, 2023 | Forschung

TU Bergakademie Freiberg und DESY bauen Kooperation in der Materialforschung aus

Im Rahmen einer strategischen Kooperation zur Materialforschung erhalten Wissenschaftlerinnen und Wissenschaftler der TU Bergakademie Freiberg künftig einen erweiterten Zugang zu den Röntgenlichtquellen des Deutschen Elektronen-Synchrotron DESY. Read more...

March 16, 2023 | Forschung

Umweltfreundlichere Produktion: Braunglas mit grünem Strom statt mit Gas schmelzen

Bei der Herstellung von Braunglas werden in Deutschland rund 0,2 Millionen Tonnen CO2 ausgestoßen. Forschende der TU Freiberg untersuchen in einem neuen Forschungsprojekt, wie der Herstellungsprozess dank einer elektrischen Glasschmelzwanne grüner werden kann. Read more...

We use cookies and similar technologies on our website that are necessary for the website to function. Such necessary cookies are used in particular for the member login and the sending of forms. With your consent, we use analytical cookies to analyse the use of our websites under freiberger-alumni-netzwerk.de. This enables us to recognise errors or ambiguities in the operation of our website and to remedy them as quickly as possible. No data flows to third-party providers in connection with analytical cookies. In the settings, you will find detailed information about the individual cookies and the processing location, and you can refuse the use of cookies. The security of your data is our top priority. You can find more information on this in our privacy policy.

Adjust your cookie settings
You are able to adjust these settings at any time.

Essential Cookies

Necessary cookies are essential for the website to function properly. This category only contains cookies that guarantee the basic functions and security features of the website and therefore cannot be deactivated.

Show details

Description of the service
Session cookies for forms and member login

Processing company
Paulbergman GmbH (Alumnii)
Pappelallee 78/79, 10437 Berlin, Germany

Purpose of the data
Session-Cookies are set to enable the main features of the platform such as login or language choice. Analytic cookies are used to ensure the continuous improvement of the platform.

Technologies used
This list contains all the technologies that this service uses to collect data. Typical technologies are cookies and pixels placed in the browser.
This platform uses session cookies.

Collected data
This list contains all (personal) data collected by or through the use of this service.
Cookies on this platform collect information such as the user session and the language selected by the user. For a more detailed list of all data stored please consult the Privacy policy.

Legal basis
The following is the required legal basis for the processing of data.
Art. 6 Abs. 1 S. 1 lit. c DSGVO (Art. 6 para. 1 p. 1 lit. c DSGVO)

Place of processing
This is the primary location where the collected data is processed. If the data is also processed in other countries, you will be informed separately.
Paulbergman processes data on servers in Germany.

Retention period
The retention period is the period of time during which the collected data are stored for processing. The data must be deleted as soon as they are no longer needed for the specified processing purposes.
Collected data is stored as long as the user remains member of our platform. For users that are not member of the platform data is deleted after no more than 24 months.

Data recipient
The recipients of the data collected are listed below.
Paulbergman GmbH (Alumnii)

Storage information
Below you can see the longest potential storage time on a device set when using the cookie storage method.
Maximum limit for the storage of cookies: Session cookies are stored for up to 6 months.

Analytical Cookies

These cookies allow us to record the frequency of use and number of site users and site usage patterns, such as how long you stay on which page. We use the Matomo open source web analytics programme. The data is stored on German servers.

Show details

Processing company
Paulbergman GmbH (Alumnii)
Pappelallee 78/79, 10437 Berlin, Germany

Purpose of the data
This list represents the purposes of data collection and processing.
These cookies allow us to record the frequency of use and number of site users and site usage patterns, such as how long you stay on which page.

Technologies used
This list contains all the technologies that this service uses to collect data. Typical technologies are cookies and pixels placed in the browser.
We use the Matomo open source web analytics programme. The data is stored on German servers. For a detailed list of cookies stored see here.

Collected data
This list contains all (personal) data collected by or through the use of this service.
The cookie stores a unique identifier that allows us to record the frequency of visits and which websites where visited at which point in time. In addition, we store an anonymized form of the users IP address. For more information see here

Legal basis
The following is the required legal basis for the processing of data.
Art. 6 Abs. 1 S. 1 lit. c DSGVO (Art. 6 para. 1 p. 1 lit. c DSGVO)

Place of processing
This is the primary location where the collected data is processed. If the data is also processed in other countries, you will be informed separately.
Germany

Retention period
The retention period is the period of time during which the collected data are stored for processing. The data must be deleted as soon as they are no longer needed for the specified processing purposes.
We aggregate and anonymize data after a no more than 24 months.

Data recipient
The recipients of the data collected are listed below.
Paulbergman GmbH (Alumnii)

Storage information
Below you can see the longest potential storage time on a device set when using the cookie storage method and when using other methods.
Maximum limit for the storage of cookies: We use the default expiration times listed here.
Non-cookie storage: 24 month