Translation of "Flüssigsalz" in English

Process engineering issues involving liquid salt, for example freezing processes, are also to be answered here.

Molten salt is already being successfully used in several solar thermal power plants as a storage medium.

The molten-salt circulation pump SJT (VCN) is designed specifically to meet the extreme requirements and needs of the solar power industry.

It has an electrical capacity of almost 20 MW and uses liquid salt as the heat transfer and storage medium.

At the moment water/steam, liquid salt and air are principally used as the heat transfer medium.

There, it heats liquid salt that is pumped out of the warm storage tank and is then directed into the hot storage tank.

Compared with conventional thermal oil, the molten salt is particularly resistant to temperatures as high as 560 degrees Celsius, which increases the efficiency of solar power plants.

The energy of the sun is used to heat up a fluid— either thermal oil or molten salt—which is then used to transfer or store heat.

The liquid salt that is cooled to 290 °C in this process is collected in a second salt tank and, if enough solar energy is available, is heated up again to 565 °C in the receiver.

The acids form, with the auxiliary base, a liquid salt which is immiscible with the product of value and can therefore be removed by means of liquid-liquid phase separation.

Inventive active composition with liquid salt (ionic liquid) as additional further fuel, flame expander and plasticizer, an additional flame zone being formed and the flame becoming even larger.

The cooled fluid salt then flows into an additional storage container from where it is pumped to the tube receiver when there is sunshine and is then heated again.

In a solar power plant, temperatures of approximately 560 degrees Celsius can be maintained for up to 18 hours in storage tanks containing molten salt.

In a solar power plant, temperatures of approximately 560 degrees Celsius can be maintained for up to 18 hours in storage tanks containing molten salt.

The use of molten salt as a heat transfer medium enables higher process temperatures of about 550 degrees Celsius to be achieved.

This kind of quench medium is usually water, liquid salt, oil or high pressure nitrogen, depending on the steel type and part dimensions.

Molten salt is now being used and tested for the first time in a European demonstration project as both the heat transfer and storage medium in a Fresnel collector.

Solar Thermal Plant Gemasolar, property of Torresol Energy, was the first central tower to be built with molten salts for heat storage of 19.9 MW in Seville, Spain.

The key here is a thermal storage facility using molten salt, in which power from renewable energy sources can be temporarily stored and then retrieved as required without emitting carbon dioxide.

Whereas steam can be directly used in a steam turbine process for generating electricity, with liquid salt and air the heat is transferred to the power plant process via heat exchangers.

With curved mirrors, the solar radiation is concentrated on absorber tubes, in which molten salt stores the heat with which electricity is finally generated in the power plant using steam.

The molten salt freezes at 220 °C; when it is exposed to the environment, it becomes rock hard and blocks the pumps immediately.

The Noor-complex in Morocco, for example, shows how versatile integration into the African energy market can be: Siemens manufactures turbines, BASF supplies liquid salt and the Fichtner Group provides the engineers for construction services.