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RENO-TITAN: From “waste” to resource: safely using residual sands from titanium mining in Vietnam

RENO-TITAN: From “waste” to resource: safely using residual sands from titanium mining in Vietnam

December 2025: Since April 2023, German and Vietnamese partners have been working together in the CLIENT II project RENO-TITAN to assess titanium ore mining in Vietnam from a radiation protection perspective and to examine options for the safe reuse of the residual sands generated in the process – for example as a substitute for increasingly scarce construction sand. In November 2025, around four months before the project ends, site visits in Vietnam provided an opportunity to discuss the results obtained so far with authorities, industry and research institutions and to plan further steps.


NORM in focus: Knowledge transfer from Germany to Vietnam

NORM in focus: Knowledge transfer from Germany to Vietnam

September 2024: From 10 to 18 September 2024, ten Vietnamese experts from administration, research and the titanium industry visited Germany as part of a study trip. The focus was on learning about German solutions in radiation protection in general and specifically for handling naturally occurring radioactive materials (NORM) – from safe management to disposal or reuse in construction products.


The diversity of Vietnam's sand

The diversity of Vietnam's sand

April 2024: In the joint project RENO-TITAN at the Department of Water, Environment, Construction and Safety, it is being investigated whether residues from Vietnamese titanium mining can be recycled due to the prevailing shortage of construction sand there.


RENO-TITAN: With the scintillator through the titanium mine

RENO-TITAN: With the scintillator through the titanium mine

September 2023: The South Vietnamese province Binh Thuan is not only known for its dragon fruit plantations, but also for its vast dune landscapes of red and white sand. These dune landscapes can provide a particular raw material: heavy sands containing titanium- and zirconium-bearing minerals. The CLIENT II project RENO-TITAN takes a closer look at these mineral sands. Experts on environmental radiology from Vietnam and Germany collaborate in RENO-TITAN to determine whether the residues from heavy sand mining activities are radioactively contaminated.


Kick-off Meeting of the Project "Sustainable management and reuse of waste containing naturally occurring radioactive residues (NORM) from the titanium industry in Vietnam"

Kick-off Meeting of the Project "Sustainable management and reuse of waste containing naturally occurring radioactive residues (NORM) from the titanium industry in Vietnam"

October 2023: On 18 September 2023, the Institute for Nuclear Science and Technology (INST) in cooperation with the Institute of Environmental Science, Engineering and Management (IESEM), under the Industrial University of Ho Chi Minh City (IUH), organized a Kick-off Meeting of the Project “Sustainable Management and Reuse of Waste Containing Radioactive Residues - Naturally Occurring Radioactive Material (NORM) from Titanium Industry in Vietnam” (hereinafter referred to as “RENO-TITAN”).


RENO-TITAN: Utilisation of NORM residues from the  titanium industry in Vietnam

RENO-TITAN: Utilisation of NORM residues from the titanium industry in Vietnam

April 2023: Minerals containing titanium are used in the production of white piments and specialist products ranging from medicines to aerospace technology. These minerals often originate from heavy mineral sands, which are enriched with natural radioactive substances during extraction. The CLIENT II project RENO TITAN is investigating the framework conditions as well as technological and management-based methods for the sustainable and hazard-free utilisation of residues from the titanium industry in Vietnam. The aim is to make the Vietnamese titanium industry sustainable in the medium term and ensure its future viability.