LGM JSC is the leading Russian developer of cryogenic equipment in Russia, which proceeded technical studies in the field of the influence of cryogenic temperatures on the operation of mass production machinery and assemblies with strict conformance to all rules and norms. In the interests of the cryogenic equipment consumers, LGM JSC has developed a line of electric pumps with built-in electric motor. Submerged pumps manufactured by LGM JSC have a universal design that allows to pump almost any cryogenic liquids such as hydrogen, neon, nitrogen, argon, LNG, as well as non-cryogenic liquefied gases such as ethane, propane, butane, ethylene, propylene etc. In our pumps, there is no need to seal the shaft, the pumps are completely unloaded from the axial force, the pump rotor is dynamically balanced, the ceramic bearings are lubricated and cooled by the pumped liquid. These design features can significantly increase the life of pumps without regular maintenance. Pumps are manufactured in accordance with the normative documentation of the Russian Federation and international standards, including IP610.

Pumps of this type are used:
-for LNG unloading in systems of low, medium and large tonnage LNG production,
-for LNG unloading from gas tankers,
-for LNG unloading from tanks of LNG regasification systems,
-for fueling vehicles,
-for fueling and fuel supply systems of turbine locomotives,
-for bunkering of sea and river vessels and in fuel supply systems,
Along with the production of submerged pumps, LGM JSC carries out the design and complex supply of cryogenic equipment for LNG liquefaction, transportation, storage and shipping lines.

The developed range of electric pumps has the following parameters:

Feed up to 2300 m3/h;

Heads up to 400 m;

NPSH from 1,5 m;

Electric motor power up to 1500 kW.

Currently, cryogenic electric pumps have been designed and developed in three different designs: Pumps for installation in a column of the LNG storage tank, with the possibility of raising the pump from the column by means of a lifting mechanism and a bottom valve.