WT is a construction method that improves underground spaces, such as parking lots, using the TNF method and creates a water storage tank consisting of walls and a bottom plate in all directions.

Rainwater storage tanks in private facilities are encouraged to be installed under the “Decree on Flood Prevention” established in July 2015, under the guidance of government authorities.

WT construction method can be considered the optimal choice for property owners involved in such projects.

WT construction method application for flooding limiting

With our unique and specialized technology, we are consistently prepared and assured to implement the WT construction method on all projects in an effort to reduce inundation in Vietnamese cities. By optimizing design in terms of area and function, WT construction method enables the construction of large-capacity subterranean water containers directly beneath a structure without compromising its structural integrity or operational capabilities. In the event of intense precipitation, the reservoir will absorb nearly all of the water that the surface drainage system is unable to discharge, thereby preventing water from entering the river. By doing so, the risk of inundation is reduced for both the project site and other areas with low-lying terrain. In addition, automatic water absorption, which does not require the use of energy or other apparatus or equipment, reduces reliance on pumps during emergencies such as power disruptions, equipment fires, etc.

WT construction method application in manufacturing tanks for petroleum, chemicals, etc.

Recognizing the costs and constraints associated with managing chemical and petroleum storage in open tanks, our goal is to consistently introduce customers to the WT construction method in order to reduce operational and managerial complexity and operating expenses.

The WT construction method utilizes flexible tank shapes, effective insulation, seismic resistance of improved soil, and other features to optimize the use of building area and terrain. This method maximizes liquid storage capacity, reduces the number of tanks, and minimizes the risks of fire and explosion during hot weather. In addition, the tank’s total subterranean placement allows for optimal utilization of surface space for landscape design and supplementary activities, such as exercise facilities, parking areas, tree planting, and the creation of miniature landscapes.

b. WT construction method application in civil works for fire and explosion prevention

When it comes to civil works, particularly in narrow alleyways, the most efficient and expedient method to combat flames is likely through the use of a compact fire extinguisher that utilizes nearby water sources such as wells, ponds, lakes, and so on. Unfortunately, a reliable water supply is not always accessible. In such cases, the only option is to construct an artificial water tank. This guarantees the easy utilization of water during a fire. The WT construction method is ideal for creating artificial tanks used in fire prevention and fighting, as it allows for the design and construction of medium- and large-sized tanks directly beneath the construction foundation.

Furthermore, the WT construction method offers the remarkable benefit of producing tank walls with exceptional strength. This method also effectively mitigates oblique settlement and differential settlement caused by ground displacement from nearby structures, ensuring a high level of safety both during construction and throughout the project’s lifespan.

In addition to the aforementioned uses, the WT construction method can be implemented in the development of green parks by incorporating a subterranean section that functions as a rainwater reservoir for tree irrigation and interior air conditioning during periods of high temperatures and low humidity.