Products

This group includes compressors purposed to induce air draft through the sinter cake (burden) fused by means of the sintering machine and to remove thus generated agglomeration gases during dry and wet gas cleaning.

This group includes compressors purposed to remove oxygen-converter gases from various BOS converter capacities after wet
cleaning of the gases.

The group of the centrifugal compressors for the blast furnaces includes the following machine series: K5500-41-1, K5500-42-1, K550-41-1M, K 3250-41-2, K 3250-42-1.

The group of the compressors for the blast furnaces includes three machine series: K-3750-1, K-4300-1, K-4950-1, having a volumetric capacity of 3750–4950 m³/ min. at the final air pressure 0.46–0.54 MPa.

Centrifugal compressors for the oxygen separation units.

The compressor is designed to compress ethylene and propylene vapor as part of the facilities for isothermal storage of ethylene and propylene.

The compressor is designed to compress hydric gas in the hydrocracking processing lines.

The compressors are designed to compress and supply dry sulphur dioxide in the production of sulphuric acid, as well as to compress and supply atmospheric air and other noncorrosive gases close to air in their thermodynamic parameters.

The compressor is designed to compress natural gas in the production of nitrogen fertilizers

The compressor is designed to compress the propylene fraction when operating individually for the consumer.

The compressor is designed to compress contact gas in the production of ethylene oxide and is intended to replace the compressors that have exhausted their life time.

The compressor is designed to compress nitrous gas in the production of weak nitric acid.

The centrifugal compressor machines of this group are designed to compress raw oil gas and to supply it to the place of its utilization. These units are used at electric and thermal power stations, gasprocessing plants, underground storage and other sites.

The K890-122-1 compressor is designed to compress raw oil gas at gas-processing plants and field compressor stations and to supply it to the common collector.

The K320-131-1 centrifugal compressor is designed to compress oil gas at gas-processing plants.

The K411-122-1 compressor is designed to compress raw oil gas with a density of 0.824 to 1.12 kg/ m3 at gas–processing plants and field compressor stations and to supply it to the common collector.

The K-230 compressor is incorporated into the electrically-driven gas–pumping unit EGPU-4,0/14000 and is designed for compression and transmission of oil gas.

The 415-61-1 compressor is designed to compress raw oil gas with a density of 0.824 to 1.12 kg/m³ at field compressor stations and to supply it to the common collector.

The K 354-101-1 compressor is designed to compress oil gas at gas-processing plants.

This group of units includes compressors of a new generation that differ from the previously developed in the availability of forged
barrel–type casings.

The 47-71-1S (47-71-1) compressor is included in GPU-4RM as part of GPU-4RM-02 and is designed for gas injection into the underground storage facility.

Compressor of 400-21-1С is a part of the gas pumping unit with the capacity of 32 MW and used for the compression and the movement of gas via the gas–main pipelines.

The 170-31-1С, 125-31-1С compressors are incorporated into the GPU-4RM-03 and GPU-4RM-03 and are designed for compression and movement of natural gas via the gas-main pipelines in the CS conditions with a high pressure.

The 151-21-1С compressor is incorporated into the GPA-4RM-01 and is designed for compression and movement of natural gas via the gas pipelines. The 151-21-1С compressor is unified with the 47- 71-1С compressor in its general concepts and the assemblies used.

The 385-21-1 compressor is part of the gas-pumping unit GTNR-16 and is designed to compress and transmit natural gas via gas main pipelines with a working pressure of 7.45 MPa.

Centrifugal Compressor 285-61-1СМП is one of the recent REP Holding  developments. Compressor 285-61-1СМП  is designed for compression and transportation of natural gas. It is applied in assembly with gas-pumping units at booster compressor stations of the gas producing industry.

Compressor 910-41-1СМП is designed for compression and transportation of associated gas. It is applied in assembly with gas-pumping units at booster compressor stations of the gas producing industry.

The replaceable flow paths (RFP) are designed for modernization of the of the life-expired and obsolete gas–pumping unit compressors, as well as in case of changes in the compressor station operating conditions.

Т32 (MS5002E) is a high — technology turbine produced by CJSC “REPH” rated at 32 MW under the license of GE Oil & Gas (Nuovo Pignone S.p.A.). This is a new generation machine, for operating conditions of any degree of complexity.

T16 turbine has been developed by REP Holding engineers in cooperation with GE Oil & Gas to perfectly match Russian market requirements. The gas turbine engine, industrial type, features high efficiency (37%), with a prolonged life cycle and high flexibility for on-site service maintenance due, low harmful emissions (NOx<25 ppm).

The heavy-duty Т22/25 GTP are manufactured and assembled in Russia on the production site  of REP Holding - “Nevsky Zavod” under the license and in cooperation with Solar Turbines. It features high economical efficiency (40%) at a low level of harmful emissions for this power rating.

Top-pressure recovery turbines (TPRT) operating on the blast-furnace top gas are designed to generate electric power at the expense of pressure differential between the gas pressure under the blastfurnace top and pressure in the all-factory top gas reservoir from which gas comes to the consumer.

Turbo-сompressor units for air supply to blast furnaces (TCU) are  technologically advanced products from the point of view of production capacities and technologies. These TCU are stationary, with  a  long service life, good maintainability.

Service for displaying the mnemonic information of status and processes controlling in real-time basis.

Is designed for professional joint training  of the operating personnel  of the modular control station   (MCS) and backup control station (BCS) of the NPP.

The creation of the automatic control systems includes: draft design investigations at a site; development of Technical Assignments for creation of ACS taking into account individual requirements of Purchaser.

The Low-voltage package modules are intended for receiving and distribution of electric power between auxiliaries consumers at the heat electric generation plant, regional power station and NPP, industrial enterprises and etc.

Factory-assembled switchgear is designed for accepting and distribution of electrical power of threephase AC current at a frequency of 50 & 60 Hz to rated voltage of 6,10 and 35 kV.

It is intended for reception, converting and distribution of the electric power of the three-phase AC with the frequency 50Hz and voltage 0.4 kV.

The Container Unit (CU) is designed to protect and provide functioning of various  electrical equipment inside it  intended for industrial and municipal applications, including transformer substations, switchgears, frequency converters, diesel-generators etc.

The Low-voltage package modules are intended for receiving and distribution of the electric energy of three phases AC with the frequency 50Hz for nominal voltage up to 690 V are used for all types of electric power plants and substations, for power supply of all industrial enterprises.

Saves space by a combination of different types of modules in a single cabinet;patented connection terminals and internal separation provides a simple separation of the functional compartments.

The marine LV electric switchboard equipment is designed to receive the generated power, to distribute it among the vessel consumers and to protect the outgoing lines.

The integrated control systems of the onboard equipment are designed to provide the centralized access to information and remote automatic control of the vessel technical equipment. The integrated control systems of the onboard equipment ensure  interaction of the system with other control systems of the vessel.

MMS — mobile container (trailer, platform or pallet), in which one are arranged: power transformer module , HV and MV module.

The containerized power plants are designed to be used as a backup (emergency) or main power source.

The gas-piston power plant (GPPP) is designed for use as a primary or backup power supply of the customer’s consumers.

It’s designed for utilization in structure of variable frequency drives;null-balance units.

Gas turbine electric power station GTEPS-32 of the single cycle is realized on the base gas turbine engine MS5002E, which was manufactured by “REP Holding” under the license of Oil&Gas Nuovo Pignone, Italy.

In SGU the binary thermodynamic cycle is realized. The unit consists of two main parts: GTU on the base of gas turbine engine MS5002E and SGU, which were manufactured by “REP Holding”.

The steam gas plant includes the equipment of gas loop (two gas turbines MS5002E) and the equipment of the steam loop (one steam turbine). The main equipment of the plant has the maximum unification and packaging arrangement of the module units.

Casting of gray iron items weighing from 0.02 to 2.5 tonnes for general purposes and for power-plant purposes.

Casting of carbon, alloyed (corrosion-resistant, non-magnetic, etc.) steel items weighing from 0.1 to 2 tonnes for the machine-building industry.