Eni OTE GT 46
Oil for gas and combined-cycle turbines, to 260 °C
ISO VG 46
| Property | Typical value | Method |
|---|---|---|
| ISO viscosity grade | 46 | ISO 3448 |
| Kinematic viscosity @40°Cmm2/s | 43.5 | Astm D445 |
| Kinematic viscosity @100°Cmm2/s | 7.50 | Astm D445 |
| Viscosity index | 139 | Astm D2270 |
| Density @15°Ckg/m3 | 829 | IP 365 |
| Flash point (COC)°C | 245 | Astm D92 |
| Pour point°C | -27 | Astm D97 |
| Neutralisation valuemg KOH/g | 0.15 | Astm D974 |
| Air release @50°Cminute | 1 | Astm D3427 |
| Copper corrosion 3 hours @100°C | 1b | Astm D130 |
| Rust prevention properties | Fara rugina | Astm D665 A & B |
| Separabilitate apa, la 3 ml Emulsionminute | 15 | Astm D1401 |
| Demulsibility abursecunde | 95 | IP 19 |
| Caracteristici spumare, secventa Iml/ml | 0/0 | Astm D892 |
| Caracteristici spumare, secventa IIml/ml | 0/0 | Astm D892 |
| Caracteristici spumare, secventa IIIml/ml | 0/0 | Astm D892 |
| Sarcina incarcare FZG, failure load stage | 11 | DIN 51354 |
| Oxidation stability - RPVOTminute | 1400 | Astm D2272 |
| Oxidation stability - RPVOT modificat% of RPVOT | 95% | |
| Life - TOSTore | 10 000+ | Astm D943 |
| TOST 1000 hours Residuemg/kg | 25 | Astm D4310 |
| content Residue la 50% RPVOTmg/kg | 28 | |
| 50% RPVOTminute | 1433 |
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Premium oil for the gearboxes of industrial steam, gas and combined cycle turbines. Shell Turbo S4 GX 46 is based on GTL (Gas-to-Liquid) technology and has been developed to meet the demands of high-efficiency turbine systems. Designed to deliver outstanding long-term performance while operating under the most severe conditions, Shell Turbo S4 GX 46 reduces wear and the formation of deposits and sludge, even under cyclic peak loading conditions.
ASTM D4304 Type I — mineral turbine oil
The American standard for turbine oils; Type I covers inhibited mineral oils with high oxidation stability and rapid water separation.
Turbine oil Type II — ASTM D4304
Type II of ASTM D4304: an inhibited turbine oil for gas-turbine applications with different oxidation-test requirements than Type I.
Turbine oil Type III — ASTM D4304
Type III of ASTM D4304: a turbine oil formulated for extended oxidation life.
GB 11120-2011, class L-TSE — turbine oil (China)
Class L-TSE of GB 11120-2011: an extended-life steam-turbine oil, the Chinese counterpart of ISO 8068 TSE.
GB 11120-2011, class L-TGE — turbine oil (China)
Class L-TGE of GB 11120-2011: an extended-life gas-turbine oil, the Chinese counterpart of ISO 8068 TGE.
GB 11120-2011, class L-TGSE — turbine oil (China)
Class L-TGSE of GB 11120-2011: an extended-life oil for combined steam/gas-turbine sets, the Chinese counterpart of ISO 8068 TGSE.
Alstom turbine oil (now GE Vernova)
Alstom’s specification for the lubricating and control oils of its steam and gas turbines. Datasheets quote the edition the oil was tested against (V0001 W, X, Z or AA).
Solar Turbines turbine oil, Class II
Solar Turbines’ specification for the mineral oils used in its gas turbines, Class II. Datasheets quote the edition the oil was tested against (for example 9-224U or 9-224AA).
GE — turbine oil requirements
A General Electric specification for the lubricating and control oils of its own gas and steam turbines: high oxidation stability, rapid air release and resistance to varnish formation.Source
Ansaldo Energia TGO2-0171/B — turbine oil
An Ansaldo Energia works-standard number for the lubricating oil of its own gas turbines, distinct from the family’s 606W807 specification.
JIS K 2213 Type II — turbine oil (Japan)
The Japanese industrial standard for turbine oils; Type II covers inhibited oils, with oxidation and corrosion additives.
MAN D&T SE TED 10000494596 — turbine oil
A MAN Diesel & Turbo (MAN Energy Solutions) technical specification for turbine lubricating oil.