Dong Khe new residential area in Nam Khe village, Hong Phong commune (Nam Sach, Hai Duong) is located in a prime location.
The Dong Khe new residential area project in Nam Khe village, Hong Phong commune (Nam Sach) is about 8.8 hectares wide, and was approved by the Nam Sach district People's Committee for a detailed 1/500 planning in May 2020. Of which, the adjacent residential land area is more than 2.6 hectares, more than 4.8 hectares of traffic land, the rest is educational land, cultural houses, trees, parking lots, etc. The project has a total investment of more than 165 billion VND, invested by Minh Hiep Company Limited.
Dong Khe new residential area has a prime location, opposite Minh Hiep gas station area, Hong Phong commune (Nam Sach) and the intersection area between the North-South axis road and the axis road connecting Nam Sach town with Chu Dau pottery village. These are two main roads of Nam Sach district.
This residential area is about 4 km from Ngo Quyen overpass and about 2 km from Nam Sach town. The project has been built with synchronous technical and social infrastructure according to the planning by the investor. Dong Khe new residential area has been connected to the general infrastructure system of the area. This project is changing the appearance of Hong Phong commune in particular and Nam Sach district in general, contributing significantly to the construction of a green - clean - beautiful, cultural and civilized Nam Sach urban area.
On November 22, 2023, the Department of Construction approved the results of the acceptance of the completion of the technical infrastructure works of the Dong Khe residential area project. On November 30, the Provincial People's Committee issued a decision to grant a land use right certificate to Minh Hiep Company Limited. In early December 2023, the Department of Natural Resources and Environment confirmed that Minh Hiep Company Limited is eligible to transfer land use rights in the form of selling land plots for 236 plots of land in the Dong Khe new residential area project.
PHAN ANH