Stainless steel tanks and infrastructure safety

Ensuring the long-term stability of industrial tanks

Installing large-capacity stainless steel tanks in an industrial environment requires careful planning, incorporating both technical considerations and in-depth soil analyses. The foundations, often perceived as a secondary aspect, are in fact of decisive importance for the durability of the infrastructure. A prior geotechnical study enables the bearing capacity of the soil to be precisely defined and the size of the foundations to be adapted accordingly, thereby contributing to the overall stability of the installation. This approach not only reduces structural risks in the long term, but also prevents any additional costs associated with unexpected repairs or upgrades.

The bearing capacity of the soil, a determining factor

Assessing the load-bearing capacity of the floor is an essential prerequisite for the installation of large-capacity stainless steel tanks. This parameter, which corresponds to the maximum load that the soil can support without compromising its integrity, is of particular importance in environments where significant loads are involved. An incorrect estimate can lead to phenomena such as differential settlement or cracking, affecting the durability of the infrastructure. Carrying out a geotechnical study provides the data needed to design appropriate foundations, thereby ensuring the stability of the structure throughout its life cycle.

Concrete foundations guarantee long-term stability

Concrete foundations are often preferred because of their ability to provide increased stability for stainless steel tanks, even under heavy loads. However, when the stresses exceed what a conventional concrete slab can withstand, it is necessary to resort to more complex solutions, such as inverts or anchored shafts reinforced with reinforcement. These types of foundations distribute the loads evenly, reducing the risk of settlement and ground deformation, while protecting the structural integrity of the infrastructure over the long term.

Example of a successful project

A recent example from a brewery in the Loire Valley demonstrates the importance of a prior geotechnical study when installing large-capacity stainless steel tanks. This analysis revealed the need to dig concrete foundations to a depth of 6 metres to guarantee the stability of the infrastructure. These foundations, reinforced by a raft and a sloping base, prevented the risk of the soil settling and cracking, thus ensuring the durability of the facility. By adopting this approach, the company was able to comply with current regulations while avoiding the expense of any future repairs.

The benefits of an in-depth geotechnical study

Investing in a rigorous geotechnical study and appropriate foundations offers considerable advantages in terms of the safety and durability of installations. Not only does this minimise the risk of costly disasters, it also ensures compliance with current regulations, thereby avoiding potential penalties. In addition, it helps to increase the value of the infrastructure, facilitating future extensions or modifications without compromising the stability of the whole.

 

In conclusion, carrying out a geotechnical study is an essential pillar in guaranteeing the safety and durability of infrastructures housing stainless steel tanks. Failure to carry out this critical stage exposes facilities to considerable structural and financial risks. Careful, early planning in the design of foundations is a wise investment, ensuring the stability of facilities and their compliance with regulatory standards, while reducing the potential costs associated with unexpected repairs or upgrades.

✖ Any doubts about the feasibility of your project?

Do not hesitate to contact an Arsilac manager if you have any questions or if you would like more information about the foundations required for the installation of stainless steel tanks. Find the installation solution that meets your needs.

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Note : This article is for information purposes only and does not constitute professional advice. It is recommended that you consult experts and comply with the specific regulations of each industry.

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