INNOSPEC FUEL SPECIALTIES Aviation Corrosion Inhibitors/Lubricity Improvers (CI / LI)
DCI-4A is the preferred corrosion inhibitor for aviation fuels. It serves a dual function, protects the fuel system against corrosion during pipeline transfer and storage while improving the fuel’s lubricity. DCI-4A can be used in aviation gasolines, motor gasolines, jet fuels and other distillate fuels. DCI-4A has a low effect on MSEP and other water interactions, when compared to competitive corrosion inhibitors.The treat rate range for DCI-4A in ground fuels is typically 6-12mg/l. Offered in 1-US gal jugs or 55 US gal drums.
DCI-4A Approvals/Qualifications
DCI-4A qualifies for use in different fuels listed below and carries approvals for use in fuel systems of different airframe and turbine engine OEMs including Boeing, Fokker, Lockheed, McDonnell Douglas, Allison, Pratt & Whitney, General Electric, and Rolls-Royce.
Jet fuel lubricity additive MIL-PRF-25017 Corrosion Inhibitors*, DEF STAN 68-251
Civil aviation turbine fuel AFQRJOS / JSCL, ASTM D1655
Military aviation turbine fuel MIL-DTL-5624, MIL-DTL-83133, DEF STAN 91-87, DEF STAN 91-91, DEF AUST 5208, DEF AUST 5240
NATO (including NATO Pipeline System) STANAG 3390, STANAG 7036 (NPS)
*DCI-4A has the following class-leading concentration approvals for Category 1 additives in MIL-PRF-25017:
REC = 6mg/l / MEC = 9mg/l / MAC = 24mg/l
INNOSPEC FUEL SPECIALTIES Aviation Fuel Static Dissipators
Fuel Static Dissipators aim to enhance safety by preventing static charge build up when refining or handling fuels.Slow dissipation can be a potential hazard, as a discharge from an electrically charged fuel to the side of the tank can ignite the fuel vapor, causing an explosion. Electro-static ignition hazzards are also encountered when rapid fuel flow rates are combined with highly refined low sulphur fuels in which high severity refinery processes are used to remove trace materials from these fuels but also reduce the natural conductivity of the fuel.
INNOSPEC's STADIS® brand is a class leading, non-metallic range of static dissipator additives (SDAs). At low concentrations (typically 0.5 to 3 mg/l), they increase the electrical conductivity of middle distillates, reducing the risk of electrostatic hazards. The STADIS® range of SDAs can be used to improve the conductivity of both ground and jet (aviation) fuels.
STADIS® 450
STADIS® 450 is a non-metallic distillate fuel additive that increases the electrical conductivity of distillate fuels and helps reduce hazards associated with mixing, transfer, and shipment of distillate fuels. It is is the premium static dissipator additive (SDA) in use today and the only SDA approved worldwide for use in civilian and military aviation turbine jet fuels. Its use is mandatory in most aviation turbine fuels for either civil or military use.. It reduces the risk of static discharge and electro-static ignition at minimal treat rates. This additive is also widely used in ground fuels. STADIS® 450 provides the following functional and performance properties:
- Superior low temperature conductivity retention
- Fully Compatible with other additives
- Pipe Line Use Accepted
- Consistent lot-to-lot performance
- Excellent low temperature handling
- Stable during storage
- Ashless - non-metallic
- It can be used in JP-8, JP-5, Jet-A1 and Jet B aviation turbine fuels.
Approvals
Accepted for use in aviation fuels meeting ASTM D910, ASTM D1655, MOD, CGSB, IATA
Guidance Material, Joint Fueling System Checklist, and Military aviation fuels including
• JP-4 (MIL-T-5624)
• JP-8 (MIL-T-83133)
• NATO military fuels
STADIS® 425
Indended for use in ground fuel applications and specifically designed for use in applications such as diesel fuels and gas oil. Recommended for use by both both ground and jet fuel refineries to prevent the addition of an unauthorized SDA in the aviation fuel production.
INNOSPEC FUEL SPECIALTIES Fuel Dyes & Markers
INNOSPEC offers a wide-range of hydrocarbon soluble dyes and markers for use in fuel systems facilitating fuel identification.These additives impart distinctive colors to gasoline, middle distillates and other petroleum products, facilitating fuel identification for both fiscal and security purposes. Their main features include:
Easily help to distinguish between grades of fuel,
Allow simple corporate identification,
Meet various national/regional specifications,
Support in the prevention of fuel adulteration/theft,
Add to the aesthetic appeal of fuels.
With over 20 individual dye colors available in liquid and solid form, a wide range of color variations can be produced. Their fiscal marker packages can also be provided to include dyes, extractable markers, and tracers.
INNOSPEC colouring range of dyes and markers includes the following colours while customization possibility also exists to ensure that customer fuels meet required specifications, or their own distinguishing appearance.
Oil Blue A Powder
Oil Blue B Liquid
Oil Bronze Liquid
Oil Brown M2 Liquid
Oil Green M Liquid
Oil Green M2 Liquid
Oil Orange M Liquid
Oil Orange M2 Liquid
Oil Purple RS85 Liquid
Oil Purple M2 Liquid
Oil Red B Liquid
Oil Red B4 Liquid
Oil Red B4 (D75) Liquid
Oil Red B4 (D50) Liquid
Oil Red B4 AS Liquid
Oil Red ASW Liquid
Oil Yellow M Liquid
Oil Yellow R Liquid
INNOSPEC Range of Fuel Dyes & Markers
OIM 140
OIM 140 Series is based upon the CI Solvent Yellow 124 ‘Euromarker’ technology.The series is based on well-proven marker technology and is easy to detect in the field.
OIM 170
Based on well proven-marker technology, the OIM 170 Series of marker dyes utilizes positive extraction from fuel to produce a colored layer. The distinctive extraction colors in the range ensure that fuels are easy to detect in the field.
OIM 1020
OIM 1020 series is based on a new, non-extractable marker technology.The series provides near infrared solutions, and no extractant chemicals are required in its use.This innovative range can also be combined with INNOSPEC Performance Specialties multi-functional additive packages.