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Neste
Lentopetroli Jet A-1 SAF

Lentopetroli Jet A-1 SAF

Product number 146116

Package sizes

  • No packaging

20.12.2024

Antioxidant
Min: 0.0
Max: 24.0⁶⁾
mg/l
Appearance
Puhdas ja kirkas, vapaa kiinteistä hiukkasista ja liukenemattomasta vedestä normaaleissa ympäristöolosuhteissa. Clear, bright and visually free from solid matter and undissolved water at ambient temperature.
D 4176
Copper corrosion 2h 100 °C
Min: -
Max: 1
D 130
Density @ 15 °C
Min: 775.0
Max: 840.0
kg/m³
D 4052
Distillation, vol-% evaporated, 10
Min: -
Max: 205.0
ºC
D86
Distillation, vol-% evaporated, Loss
Min: -
Max: 1.5
vol-%
D86
Distillation, vol-% evaporated, Residue
Min: -
Max: 1.5
vol-%
D86
Distillation, vol-% evaporated, TA 50, 90
Ilmoitetaan Report
ºC
D86
Distillation, vol-% evaporated, TL
Min: -
Max: 300.0
ºC
D86
Electrical conductivity
Min: 50
Max: 600⁵⁾
pS/m
D 2624
Existent gum by air
Min: -
Max: 7
mg/100 ml
IP 540
Fatty acid methyl ester FAME
Min: -
Max: 50
mg/kg
IP585, ASTMD7797
Statis dissipator additive, First doping
Min: -
Max: 3.0
mg/l
Flash point
Min: 38.0³⁾
Max: -
ºC
IP 170, D 3828
Freezing point
Min: -
Max: -47.0
ºC
D 5972, D 2386, IP 529
Microseparometer (MSEP) ratings, Fuel with static dissipator additive
Min: 70 85
Max: - -
D 3948
D 7224
hydroprocessed Fuel in batch
Min: Ilmoitetaan²⁾ Report
Max: Ilmoitetaan²⁾ Report
vol-%
Metal deactivator (if needed)
Min: 0
Max: 2.0⁷⁾
mg/l
Naphthalenes
Min: -
Max: 3.00
vol-%
D 1840
Non hydro processed components
Min: Ilmoitetaan²⁾ Report
Max: Ilmoitetaan²⁾ Report
vol-%
Particulate contamination
Min: -
Max: 1.0
mg/l
D 5452
Particulate cumulative channel particle counts ISO-Code & individual channel counts >14 µm
Min: -
Max: 14
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts >21 µm
Min: Reported
Max: Reported
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts >25 µm
Min: Reported
Max: Reported
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts > 30 µm
Min: -
Max: 13
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts > 4 µm
Min: -
Max: 19
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts > 6 µm
Min: -
Max: 17
ISO-koodi ISO-code
IP 565
Saybolt colour
Ilmoitetaan Report
D 6045, D 156
Severely hydroprocessed fuel in batch
Min: Ilmoitetaan²⁾ Report
Max: Ilmoitetaan²⁾ Report
vol-%
Smoke point
Min: 18.0
Max: -
mm
D 1322, IP 598
Specific energy net
Min: 42.80
Max: -
MJ/kg
D 3338, D 4809, D 4529
Sulphur content total
Min: -
Max: 0.30
wt-%
D 4294, D5453, IP 336
Sulphur mercaptan
Min: -
Max: 0.0030¹⁾
wt-%
D 3227
Synthetic components
Min:
Max: 50.0
vol-%
Thermal stability, JFTOT, Control temperature
Min: 260
Max: -
ºC
D 3241
Thermal stability, JFTOT, Deposit thickness (ITR or ETR)
Min: -
Max: 85
nm
D 3241
Thermal stability, JFTOT, Filter Pressure Drop
Min: -
Max: 25
mmHg
D 3241
Thermal stability, JFTOT, Tube Deposit Rating
Min: -
Max: < 3 ⁴⁾
D 3241
Total acidity
Min: -
Max: 0.015
mgKOH/g
D 3242
Total aromatics
Min: -
Max: 26.5
vol-%
D 6379
Viscosity @ -20 °C
Min: -
Max: 8.000
mm²/s
D 445

¹⁾ The Doctor Test negative ASTM D 4952 is an alternative to the Sulphur Mercaptan Content. In the event of conflict, the Sulphur Mercaptan result shall prevail.

²⁾ Reported including nil or 100 % results.

³⁾ Minimum 38,0 °C by methods ASTM D 3828/IP 170/IP 303. Method ASTM D 56 minimum 40,0

⁴⁾ No “peacock” or “abnormal” colour deposits.

⁵⁾ Can be delivered without additive if agreed and if mentioned in certificate of quality.

⁶⁾ Antioxidants are mandatory in hydroprocessed fuels and must be added immediately after processing. Antioxidants are listed in Annex A.2 of DEF STAN 91 - 091 Issue 17.

⁷⁾ An MDA may be added provided that the nature of the contamination is reported. First addition in refinery max 2,0 mg/l. Where metallic contamination is unproven, the MDA may be used provided that the JFTOT Test is determined before and after MDA addition and reported accordingly.

⁸⁾ Cumulative concentration for re-doping of STADIS 450 is max 5.0 mg/l. If original additive concentration is not known or in case of change of additive, additional for STADIS 450 is max 2.0 mg/l.

The types and approval code from DEF STAN 91-091 concentrations of all additives used, including nil additions should be quoted on quality certificates.

Corrosion inhibitor/lubricity improver and Fuel System Icing inhibitor are not permitted unless agreed by all the participants in a joint system.

The product fulfils the requirements for the Joint Fuelling System Check List Issue 35 and DEF STAN 91-091 Issue 17 Amendment 2.

The product will comply with the spesification according to the procedures described in ISO 4259.

Concerning safe use of the products, we refer to the Safety Data Sheets and User's Guides published by Neste Oyj.

INQUIRIES Neste Retail POB 95 FIN-00095 Neste Oyj, Finland Telephone +358 20 80100

Technical properties

Antioxidant
Min: 0.0
Max: 24.0⁶⁾
mg/l
Appearance
Puhdas ja kirkas, vapaa kiinteistä hiukkasista ja liukenemattomasta vedestä normaaleissa ympäristöolosuhteissa. Clear, bright and visually free from solid matter and undissolved water at ambient temperature.
D 4176
Copper corrosion 2h 100 °C
Min: -
Max: 1
D 130
Density @ 15 °C
Min: 775.0
Max: 840.0
kg/m³
D 4052
Distillation, vol-% evaporated, 10
Min: -
Max: 205.0
ºC
D86
Distillation, vol-% evaporated, Loss
Min: -
Max: 1.5
vol-%
D86
Distillation, vol-% evaporated, Residue
Min: -
Max: 1.5
vol-%
D86
Distillation, vol-% evaporated, TA 50, 90
Ilmoitetaan Report
ºC
D86
Distillation, vol-% evaporated, TL
Min: -
Max: 300.0
ºC
D86
Electrical conductivity
Min: 50
Max: 600⁵⁾
pS/m
D 2624
Existent gum by air
Min: -
Max: 7
mg/100 ml
IP 540
Fatty acid methyl ester FAME
Min: -
Max: 50
mg/kg
IP585, ASTMD7797
Statis dissipator additive, First doping
Min: -
Max: 3.0
mg/l
Flash point
Min: 38.0³⁾
Max: -
ºC
IP 170, D 3828
Freezing point
Min: -
Max: -47.0
ºC
D 5972, D 2386, IP 529
Microseparometer (MSEP) ratings, Fuel with static dissipator additive
Min: 70 85
Max: - -
D 3948
D 7224
hydroprocessed Fuel in batch
Min: Ilmoitetaan²⁾ Report
Max: Ilmoitetaan²⁾ Report
vol-%
Metal deactivator (if needed)
Min: 0
Max: 2.0⁷⁾
mg/l
Naphthalenes
Min: -
Max: 3.00
vol-%
D 1840
Non hydro processed components
Min: Ilmoitetaan²⁾ Report
Max: Ilmoitetaan²⁾ Report
vol-%
Particulate contamination
Min: -
Max: 1.0
mg/l
D 5452
Particulate cumulative channel particle counts ISO-Code & individual channel counts >14 µm
Min: -
Max: 14
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts >21 µm
Min: Reported
Max: Reported
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts >25 µm
Min: Reported
Max: Reported
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts > 30 µm
Min: -
Max: 13
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts > 4 µm
Min: -
Max: 19
ISO-koodi ISO-code
IP 565
Particulate cumulative channel particle counts ISO-Code & individual channel counts > 6 µm
Min: -
Max: 17
ISO-koodi ISO-code
IP 565
Saybolt colour
Ilmoitetaan Report
D 6045, D 156
Severely hydroprocessed fuel in batch
Min: Ilmoitetaan²⁾ Report
Max: Ilmoitetaan²⁾ Report
vol-%
Smoke point
Min: 18.0
Max: -
mm
D 1322, IP 598
Specific energy net
Min: 42.80
Max: -
MJ/kg
D 3338, D 4809, D 4529
Sulphur content total
Min: -
Max: 0.30
wt-%
D 4294, D5453, IP 336
Sulphur mercaptan
Min: -
Max: 0.0030¹⁾
wt-%
D 3227
Synthetic components
Min:
Max: 50.0
vol-%
Thermal stability, JFTOT, Control temperature
Min: 260
Max: -
ºC
D 3241
Thermal stability, JFTOT, Deposit thickness (ITR or ETR)
Min: -
Max: 85
nm
D 3241
Thermal stability, JFTOT, Filter Pressure Drop
Min: -
Max: 25
mmHg
D 3241
Thermal stability, JFTOT, Tube Deposit Rating
Min: -
Max: < 3 ⁴⁾
D 3241
Total acidity
Min: -
Max: 0.015
mgKOH/g
D 3242
Total aromatics
Min: -
Max: 26.5
vol-%
D 6379
Viscosity @ -20 °C
Min: -
Max: 8.000
mm²/s
D 445

¹⁾ The Doctor Test negative ASTM D 4952 is an alternative to the Sulphur Mercaptan Content. In the event of conflict, the Sulphur Mercaptan result shall prevail.

²⁾ Reported including nil or 100 % results.

³⁾ Minimum 38,0 °C by methods ASTM D 3828/IP 170/IP 303. Method ASTM D 56 minimum 40,0

⁴⁾ No “peacock” or “abnormal” colour deposits.

⁵⁾ Can be delivered without additive if agreed and if mentioned in certificate of quality.

⁶⁾ Antioxidants are mandatory in hydroprocessed fuels and must be added immediately after processing. Antioxidants are listed in Annex A.2 of DEF STAN 91 - 091 Issue 17.

⁷⁾ An MDA may be added provided that the nature of the contamination is reported. First addition in refinery max 2,0 mg/l. Where metallic contamination is unproven, the MDA may be used provided that the JFTOT Test is determined before and after MDA addition and reported accordingly.

⁸⁾ Cumulative concentration for re-doping of STADIS 450 is max 5.0 mg/l. If original additive concentration is not known or in case of change of additive, additional for STADIS 450 is max 2.0 mg/l.

The types and approval code from DEF STAN 91-091 concentrations of all additives used, including nil additions should be quoted on quality certificates.

Corrosion inhibitor/lubricity improver and Fuel System Icing inhibitor are not permitted unless agreed by all the participants in a joint system.

The product fulfils the requirements for the Joint Fuelling System Check List Issue 35 and DEF STAN 91-091 Issue 17 Amendment 2.

The product will comply with the spesification according to the procedures described in ISO 4259.

Concerning safe use of the products, we refer to the Safety Data Sheets and User's Guides published by Neste Oyj.

INQUIRIES Neste Retail POB 95 FIN-00095 Neste Oyj, Finland Telephone +358 20 80100