LIQUID TANK

Made from stainless steel or galvanised steel with volumes ranging from 30 m3 to 10,000 m3

B.S.P. Engineering constructs tanks for liquids, for the industrial, the agricultural and the municipal waste water treatment.

The range of products goes from the storage of pure waters up to the problematic and aggressive substances. This particular building system allows to realize tanks made of carbon steel, stainless steel and galvanized steel or particular alloy.

The water resistance of BSP tanks is assured by the special sealing put in the double seam, as shown in the figure below.

The simple and fast construction at the installation site, the minimum employment of specialized personnel, the absence of previous process in workshop, make the BSP system very competitive and suitable to store any kind of product.

The world wide patented spiral construction system (BSP double fold system) enables an automatic and efficient execution on site of the most different cylindrical steel tanks in a brief time: containers with diameters from 3 to more than 40 metres can be easily erected

System application

Waste water treatment
Process water
Heat storage
Gas storage
Drinkable water
Antifire tanks
Biogas digester

BENEFITS

Municipal/industrial waste water and sludge or certain processing, intermediate and end products from the chemical, pharmaceutical and food processing industries set high requirements regarding the tank material, for example. BSP offers a variety of materials, ranging from galvanized steel to stainless steel.

In each case, BSP always provides the right material for the area of application, while taking the respective conditions into account.
That choice is based on the properties of the liquids and the structural requirements relating to the tanks. In particular, customers value the longevity of the tank solutions and the possibility of easily modifying them or fitting a wide variety of accessories during their service life.

A selection of the projects undertaken using BSP liquid storage tanks is shown below.