Wine tanks

Showing 1-24 of 55 results

The deposits are usually used for wine fermentation. It is the moment in which the must will become wine. We are going to talk about the most common deposits:

Stainless steel tanks: Currently, the stainless steel It is one of the most common materials for the must fermentation tanks. This material is the most appropriate, durable and safe because it allows to better control the temperature and obtain fruity wines. The wine does not affect it in any way, so it is one of the most used in the wineries.

Wood deposits: This type of tanks should be located in places where there is good temperature control. They are usually used for wines chosen from the winery. In addition, their size is usually smaller than steel tanks and it must be taken into account that they are more delicate and require more hygiene treatments.

wooden wine tank

Concrete tanks: These types of tanks have been used for many years and it is still very common to find them. Although they are easy to clean and last a long time, their main disadvantage is the difficulty of evacuating the heat produced during fermentation.

concrete wine tanks

In short, each of the deposits mentioned has advantages and disadvantages. The choice of Fermentation tanks The wine depends on many factors and above all, the result you want to achieve and the personality that each winery wants to print to your production.

Stainless steel tanks for wine making

Form of deposits

The deposits have different shapes, cubic, cylindrical, parallelepiped or frustoconical, regardless of the form always seeks to occupy the minimum space with a high surface / volume ratio, to make it easier to evacuate heat.
The most used tanks are cylindrical, since they have many advantages, such as the space they occupy, which is quite lower compared to tanks of other forms, are more versatile and much easier to clean. The construction of these deposits is also very simple, since unions and solders are avoided. And the cylindrical shape is ideal for temperature control, providing the highest surface / volume ratio.
The size of the deposits

The tanks are available in very varied sizes, from small tanks of 75 liters to tanks of 10.000 liters. The size that is chosen already depends on the needs of the warehouse. Small deposits are the ones that have the most advantages, since temperature control is easier, they allow different quality musts to be vinified independently, and in the case of red winemaking, the maceration will be more homogeneous and intense. Therefore, it is always intended that the tanks for fermentation be as small as possible.

It is recommended not to use deposits of more than 50.000 liters for vinification, since deposits of this size and above are usually used for storage.

Interior and exterior deposits

The deposits can be located inside or outside. Outdoor tanks correspond to large volumes, and are normally used for storage, and are not used in winemaking due to the difficulty of controlling the temperature outside. But there are also the so-called self-vinification tanks or continuous vinification, which due to their large size, must necessarily be installed abroad.

The inner deposits are the most used. They can be located on the surface or buried. The buried ones were built in the past as security deposits in case of breakage of the surface, and to take better advantage of the space of the warehouse. Although today they are no longer used because temperature control is very difficult, so they are used only for storage.

Open or closed tanks

Fermentation tanks can be opened or closed. Both in one case and in the other, in the tanks destined to vinify red, the hat can remain floating or submerged by means of grids.

The open deposits were used in small craft warehouses, in which short concealments were practiced for wines of high alcohol content. This system was very common in the cellars, but nowadays it has practically disappeared. The mouth of the tank was covered with a nylon cloth attached to the edges to prevent the CO2 protector from being completely removed. This system made fermentation fast, intense and complete, especially for high alcohol levels, all due to better aeration and natural control of temperature. Although there are many more disadvantages than the advantages, since in this way there were losses of alcohol, danger of oxidations, increase of volatile acidity and ethyl acetate, risk of fermentation stops, inhibition of melolactic fermentation in cold years, etc. .

The tanks that are currently used are the closed tanks, which have a hermetic seal and an inserted babot that lets out the CO2 produced in the fermentation, thus preventing the entry of air. The hermenticity is essential in storage tanks. Some of the advantages of this system are:

  • The selective hermetism avoids the contact with the air, allowing therefore the exit of CO2 but not the entrance of air. The CO2 forms a protective upper layer in the vacuum that has been left when filling the tank, which is not displaceable by air as it occurs in open tanks.
  • The heat is perfectly preserved even in cold years.
  • They can be large capacity and vinify large volumes.
  • They facilitate malolactic fermentation.
  • They give good quality press wines.
  • They can be used in the conservation and storage of wines.

In any case, the closed tanks also present some drawbacks, but fortunately they can be avoided by aeration and temperature control systems.

- As fermentation takes place sheltered from the air, there is a risk that it will stop due to asphyxia of the yeasts, since they can consume nutrients and, however, not consume sugar, with which there comes a time when they cannot continue living, being necessary pump-overs with aeration to obtain a good multiplication of the yeasts.
- Heating closed tanks is important and can be dangerous for the end of fermentations.


We can find different types of closed deposits more frequent in the cellars, some of them versatile that are used for multiple tasks, and others specific for some wine operation:

Traditional deposits. Normally they are constructed of AISI-316 or 304 stainless steel with the last ferrule in 316, they can wear cooling jackets and are generally flat bottom. They are used mainly to ferment whites and rosés, for conservation and storage. In case they are used for reds, they must have a large man's mouth on the bottom.

- Self-emptying tanks. They are constructed of AISI-304 stainless steel except the last ferrule, which is constructed of 316. They are equipped with a cooling jacket at the height of the hat and mechanisms to carry out automatic overruns. They can be conical bottom, diverted to the front, and carry an extraction system of trefoil or endless thyme or a propeller. Sometimes they carry a set of grids on the bottom to facilitate bleeding.

Special tanks. They are deposits of vertical structure, contain an internal stirring system or automated remounting to facilitate the homogenization of the pastes in the vinifiación in red.

Deposits always full. They have a mobile cover that can be lowered to the same level of liquid. They can be used for winemaking and storage, but their most common use is as a wine container for filling.

Deposits autovinificadores. They are made of a tank in horizontal position, supported on two supports that turn it. By this rotation movement the maceration is increased and pumping is not necessary. They are used for prefermentative macerations of whites and rosés, as well as in the fermentation of red wines.

Isothermal tanks. They are completely isolated deposits that are used for chemical stabilization. We could also include in this group the lung deposits of the cold equipment, which, without being totally isothermal, are isolated to achieve the least loss of frigories. Some are divided into two compartments: one reaches the hottest water in the shirts before going through the cold compressor, and the other compartment comes with cold water from the compressor. They can be made of insulated plastic or stainless steel.

This site uses cookies to offer you a better browsing experience. By browsing this website, you agree to our Cookies policy.