- Building a methodology and process for assessing the national multi-purpose geochemical baseline foundation according to international conventions, suitable for Vietnam's conditions;
- Building a database and comprehensively assess the national multi-purpose geochemical baseline foundation for the six northern border provinces;
- Propose the exploitation and use of the national multi-purpose geochemical baseline database to serve sustainable development, environmental protection and public health.

- Theoretical results: The project has developed a national multi-purpose geochemical baseline assessment process. The project has analyzed a total of 9,233 samples of various types, including soil: 6,088 samples, water: 1,887 samples, and stream sediment: 1,258 samples. The analysis results with more than 50 elements were processed using statistical methods and specialized software to determine basic statistical parameters and necessary information. The project has built a set of geochemical baseline maps with over 250 maps at a scale of 1:250,000 with detailed explanations.
- Applied results: The project has completely built a geochemical database in Web-GIS format along with applications on mobile devices to help look up information online for different purposes: environmental management, applications in agriculture, minerals, etc.

- For the first time, a national multi-purpose geochemical baseline assessment process has been established that is suitable for Vietnam and in line with international standards.
- For the first time, a synchronous geochemical baseline database of 05 objects (A-layer soil, C-layer soil, surface water, groundwater, stream sediments) has been established in a large and difficult area in Vietnam (6 northern border provinces, area of 44,000 km2).
- For the first time, a geochemical baseline database has been built and managed on a Web-GIS platform, software on mobile devices.

- Scientific papers in referred journals (list):
+ Anh Tuan Tran, Luong Duc Le, R. B. Shakirov, N. S. Syrbu, Dung Thi Pham, Dang Thanh Pham, Lien Thi Nguyen, Qua Xuan Nguyen, Thu Thi Nguyen, Hai Dinh Vu, Ly Hoang Vu, N. S. Lee, and A. L. Venikova, 2024. Geochemistry of Stream Waters of the Lo River Catchment, Ha Giang Province (Northern Vietnam), 2024. Lithology and Mineral Resources, 2024, Vol. 59, No. 3, pp. 340–356
+ Anh Tuan Tran,  Dung Chi Nguyen,  Dung Thi Pham, Tha Van Hoang, Dang Thanh Pham, Qua Xuan Nguyen, Ha Van Vu, Tuan Minh Dang, Tuan Dang Tran, Tai Trong Nguyen, Tra Thu Thi Doan, Thang Sy Cu, Quan Tran Dang, Cong Quoc Tran, Lien Phuong Thi Pham, 2024. Geochemical constraints on weathering and provenance of stream sediments from Bat Xat, northwestern Vietnam. Applied Geochemistry 177 (2024) 106235
+Anh Tuan Tran, Ha Manh Nguyen, Quan Tran Dang, Lim Thi Duong, Dang Thanh Pham, Bac Quang Nguyen, 2024. Using iterative 2δ-technique and 4δ-outlier test for evaluating the geochemical background concentrations of trace elements in topsoil at Cao Bang province, Vietnam. Vietnam J. Chem. 2024;62:247–253.
+ Petr A. Nevolko, Tran Tuan Anh, Tatiana V. Svetlitskaya, Tran Trong Hoa, Ngo Thi Phuong, Ngo Thi Huong, 2024. SUOI CUN Au ORE OCCURRENCE AS AN EXAMPLE OF POTENTIAL CARLINTYPE SULPHIDE-GOLD MINERALIZATION IN NORTHEAST VIETNAM. Geosphere Research. 2024. 1. рр. 6–25
+  Tran Tuan Anh, Nguyen Manh Ha, Pham Thi Dung, Pham Thanh Dang, 2024. Geochemical characteristics of elements Y and Yb in soil of six northern border provinces. Journal of Soil Science
- Patents (list):
+ Process of establishing multi-target geochemical maps of Vietnam's territory
+ Geochemical data set of the entire Project
+ Geochemical database of 6 northern border provinces in Web-GIS format
+ Single-element and multi-element geochemical base maps with explanations for 6 northern border provinces
+ Documentation on using geochemical base data for 6 northern border provinces
+ Recommendation report

The project's component management board recommends that the Vietnam Academy of Science and Technology continue to implement the project "Building a national multi-target geochemistry foundation" in the next phase in other regions across the country.