#: locale=ru
## Медиа
### Заголовок
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panorama_FB6C5540_EBE4_8B41_41EC_63F3A4EE4A5B.label = 0002
panorama_E5691975_EBE4_FB43_41DD_71CE7FB85A12.label = 0003
panorama_E595AB10_EBE4_98C0_41CA_74FEB0FD72C4.label = 0004
panorama_E5967CE8_EBE4_B941_41B0_BFCDA89CC52F.label = 0005
panorama_E5960E8E_EBE4_99C1_41CD_83DA3EA3D7F0.label = 0006
panorama_E596B0CE_EBE5_8940_41E2_6AF55247B8D3.label = 0007
panorama_E596B2A9_EBE5_89C3_41EA_67C7961E7188.label = 0008
panorama_E596D4EB_EBE5_8947_41CA_C83CFD386041.label = 0009
panorama_E596F6C6_EBE5_8941_41EB_FBB15CEBA181.label = 0010
## Поп-ап
### Тело
htmlText_E8DCEDEA_F9C2_1EC1_41C9_D8460937A13A.html =
Manufactured by TOMZEL, JSC
Developed in Russia. Import substitution of equipment supplied by: AUMA (Germany), Rotork (UK).
Designed for control of shut-off valves elements DN 80...150 PN 1.6...6.3 MPa for oil trunk pipelines, operated outdoors and indoors in explosion hazard areas.
Manufactured by TOMZEL, JSC
Developed in Russia. Import substitution of equipment supplied by: AUMA (Germany), Rotork (UK).
Designed for control of shut-off valves elements DN 80...150 PN 1.6...6.3 MPa for oil trunk pipelines, operated outdoors and indoors in explosion hazard areas.
Manufactured by TOMZEL, JSC
Developed in Russia. Import substitution of equipment supplied by: AUMA (Germany), Rotork (UK).
Designed for control of shut-off valves elements DN 80...150 PN 1.6...6.3 MPa for oil trunk pipelines, operated outdoors and indoors in explosion hazard areas.
Manufactured by the Industrial Automation Center of Transneft Upper Volga
Designed for calculation and measurement of quantity and quality indicators of crude oil and petroleum products based on transforming parameters of input electrical signals coming from measurement converters.
Manufactured by the Industrial Automation Center of Transneft Upper Volga
Designed for calculation and measurement of quantity and quality indicators of crude oil and petroleum products based on transforming parameters of input electrical signals coming from measurement converters.
Manufactured by the Industrial Automation Center of Transneft Upper Volga
Designed for calculation and measurement of quantity and quality indicators of crude oil and petroleum products based on transforming parameters of input electrical signals coming from measurement converters.
Trunk pipeline section demonstrates major facilities and technical solutions aimed at increased energy saving and energy efficiency.
Trunk pipeline section demonstrates major facilities and technical solutions aimed at increased energy saving and energy efficiency.
Trunk pipeline section demonstrates major facilities and technical solutions aimed at increased energy saving and energy efficiency.
Trunk pipeline section demonstrates major facilities and technical solutions aimed at increased energy saving and energy efficiency.
Manufactured by Transneft Synthesis, LLC
Developed in Russia. Patented one-stage technology is based on suspension polymerization of monomers in inert environment, globally unrivalled. Substitutes import chemicals from US and China.
Drag reducing agents (DRA) for oil and petroleum products produced by Transneft Synthesis, LLC are represented by PT FLYDE in lab jacketed glass chemical reactor, equipped with coil condenser and dropping funnel.
DRA reduces hydraulic pressure loss and increases pipeline throughput. DRA application allows to increase energy efficiency and reduce operational costs for pipeline transportation. DRA action mechanism is based on reducing the level of turbulent motion in the flow, due to interaction of the polymer macromolecules with the turbulence.
Manufactured by Transneft Synthesis, LLC
Developed in Russia. Patented one-stage technology is based on suspension polymerization of monomers in inert environment, globally unrivalled. Substitutes import chemicals from US and China.
Drag reducing agents (DRA) for oil and petroleum products produced by Transneft Synthesis, LLC are represented by PT FLYDE in lab jacketed glass chemical reactor, equipped with coil condenser and dropping funnel.
DRA reduces hydraulic pressure loss and increases pipeline throughput. DRA application allows to increase energy efficiency and reduce operational costs for pipeline transportation. DRA action mechanism is based on reducing the level of turbulent motion in the flow, due to interaction of the polymer macromolecules with the turbulence.
Manufactured by Transneft Synthesis, LLC
Developed in Russia. Patented one-stage technology is based on suspension polymerization of monomers in inert environment, globally unrivalled. Substitutes import chemicals from US and China.
Drag reducing agents (DRA) for oil and petroleum products produced by Transneft Synthesis, LLC are represented by PT FLYDE in lab jacketed glass chemical reactor, equipped with coil condenser and dropping funnel.
DRA reduces hydraulic pressure loss and increases pipeline throughput. DRA application allows to increase energy efficiency and reduce operational costs for pipeline transportation. DRA action mechanism is based on reducing the level of turbulent motion in the flow, due to interaction of the polymer macromolecules with the turbulence.
Manufactured by Transneft Synthesis, LLC
Developed in Russia. Patented one-stage technology is based on suspension polymerization of monomers in inert environment, globally unrivalled. Substitutes import chemicals from US and China.
Drag reducing agents (DRA) for oil and petroleum products produced by Transneft Synthesis, LLC are represented by PT FLYDE in lab jacketed glass chemical reactor, equipped with coil condenser and dropping funnel.
DRA reduces hydraulic pressure loss and increases pipeline throughput. DRA application allows to increase energy efficiency and reduce operational costs for pipeline transportation. DRA action mechanism is based on reducing the level of turbulent motion in the flow, due to interaction of the polymer macromolecules with the turbulence.
Разработчик ООО «НИИ Транснефть»
Патентообладатели: ПАО «Транснефть», ООО «НИИ Транснефть», АО «Транснефть-Верхняя Волга».
Предназначен для ликвидации последствий нефтяных разливов с поверхности воды и почвы. Препарат представляет собой консорциум микроорганизмов, нанесенных на носитель – торф. Отработанный препарат не требует сбора с очищаемой поверхности, его применение возможно при отрицательных температурах окружающей среды.