Author: HAlMan team

Manganese world production and reserves

Manganese, a vital component of steel and various industrial applications, is sourced from different types of ores across the globe.

Manganese: the indispensable metal in modern industry

Manganese, plays a pivotal role in modern economies and industries. This ferrous metal, with its remarkable desulfurizing, deoxidizing, and alloying properties, occupies a prominent position in the realm of metallurgy and beyond.

Horizon Europe HAlMan consortium meeting in Poland

During the two-day consortium meeting held in Starachowice, Poland, and hosted by the HAlMan consortium partner ODLEWNIE POLSKIE S.A.

Ended | Life Long Learning Course: HydroMetEC Hydrometallurgy in raw materials utilization

Heritage in EuroPe New tecHnologies in crAft for prEserving and innovaTing fUtureS

The HydroMetEC is a lifelong learning program organized within EIT Raw Materials academy, and in 2023 coordinated by NTNU.

HAlMan project consortium celebrates World Creativity and Innovation Day

HAlMan can be a game changer in metallurgical industry

World Creativity and Innovation Day is an annual celebration that aims to inspire people to think outside the box and develop innovative solutions to global and local problems.

Student involvement in HAlMan project

Project coordinator NTNU actively involves PhD students in implementation of the project – research and innovation, events, dissemination of results.

Ended | Workshop: Hydrogen in metal production

This hydrogen workshop was dedicated to hydrogen in metal production. Hydrogen will play a key role in the production of metal without the use of fossil carbon and thus contribute to a significant cut in the world’s CO2 emissions.

An international consortium works on a technological solution to become a game changer in the metallurgical industry in Europe

The international consortium will develop and demonstrate an integrated sustainable process to produce manganese (Mn) and Mn alloys from Mn ores and Mn-containing waste by using hydrogen and secondary aluminium sources as reductants.