Terminal Fuel Additives

hero terminal fuel additives

Fuel additives engineered for the harsh environment of terminals.

The terminal business demands that fuel additives be the best in class in their product range. They need to be able to treat a broad variety of different fuels and perform in the harsher environment of the terminals. As leaders in the refinery industry, Clariant brings the best practices from around the world to develop innovative solutions for our customers. We offer a wide range of fuel additive products that are specifically engineered to meet the elevated requirements of the terminal business. The cold handling ability of our products make them very attractive for terminal applications. Our product range includes fuel additives like Cold Flow Improver, Wax Dispersants, Lubricity Improver, Cetane Improver and Pour Point Depressants.

  • Terminals are being confronted with an increasing variety of fuels and a wide range of possible fuel qualities. Clariant’s Cold Flow Improvers (CFI) are:

    • effective for a broad variety of different fuel characteristics reducing operational complexity,
    • able to be stored in unheated tanks reducing operating costs,
    • able to be injected at low temperature minimizing time needed to heat the fuel,
    • available in optimized dosage rates over all your terminals for improved operational efficiency, and
    • compliant with necessary performance requirements due to improved cold filter plugging point (CFPP), pour point (PP) and low temperature filtration test (LTFT) of middle distillates such as diesel or light heating oils.

    Clariant has especially designed products to meet your needs, developed under the well-known product line DODIFLOW®. 

  • Terminals are increasingly confronted with the challenges of choosing which additives to use based on the broad variety of fuels being introduced at the terminals.

    Clariant provides additives that:

    • comply with sedimentation requirements, an additional method to ensure car operability as required in the European market,
    • improve the sedimentation stability of the fuels in your terminal for enhanced fuel storage and handling,
    • boost the CFPP performance in your fuels to advance the effectivity of the applied Cold Flow Improver, and
    • can be stored in unheated tanks and injected at low temperature to reduce operating costs.

    Clariant has especially designed products to fulfill these requirements, offering products specialized for low temperature handling under the brand of DODIWAX®.

    Together with our Middle Distillate Flow Improvers, we are able to create Wax Antisettling Flow Improvers (WAFIs) customized to specific requirements, solving different problems (such as CFPP and sedimentation specifications) within one product.

  • A variety of different crudes and fuels are handled in terminals. The main challenge is to take care of transportation and storage without any sedimentation. Especially under conditions with lower temperatures, often seen in terminals, this can be a challenge.

    Pour point depressants (PPD) can help to prevent sedimentation or to fulfill pipeline specifications.

    Clariant’s PPD products help you:

    • increase the handling properties of crudes and heavy fuel oils in terminals allowing for operational flexibility,
    • reduce heating of tanks and pipes reducing operating costs,
    • transport highly paraffinic oils without causing sedimentation ensuring product acceptance at refinery,
    • ensure marine fuels meet pour point specifications for further processing,
    • achieve pour point targets in middle distillates such as diesel and heating oil, and
    • handle PPD’s at reduced temperatures minimizing extra costs to heat the fuel.

    Clariant has especially designed products to fulfill these requirements, specialized for low temperature applications, developed under the well-known product line DODIFLOW®.

  • Cloud Point (CP) is the temperature at which first crystallization is observed as a haze in a diesel fuel sample. Depending on the dosage rate of the additive, cloud points can be depressed by 1-5 K to provide terminals with increased flexibility in fuel stream management. Clariant’s Cloud Point Depressant can be used in combination with CFI to achieve synergistic improvements of the pour point of the middle distillates.

  • Low sulfur middle distillates need to be treated with lubricity additive in order to meet fuel specifications. This also extends engine life by protecting distribution injection pumps as well as common rail injection systems. Clariant Lubricity Improver DODILUBE® is suitable for terminal usage and listed on the No-Harm list of BP/Aral. Low treatment rates of the low resin carboxylic acid distillate are generally sufficient to reach the typically required WSD1.4 target of less than 400 mm.​

  • Improvement of conductivity can be achieved in low sulfur middle distillates by using antistatic additives in terminals.

    Our antistatic additives help you:

    • improve the conductivity of low sulfur diesel and heating oil,
    • achieve stable conductivity over time, and
    • improve safety in pumping and filling/unloading operations.

    Clariant can provide you with an antistatic additive DODISTAT® or with a package based on lubricity additive and antistatic additive for easier logistics.

  • The diesel fuel industry is striving to meet the public demand for higher performing fuels with lower emissions. Enhanced combustion through cetane improver leads to improved ignition, quicker cold starts, less smoke, lower emissions, reduced fuel consumption, and a quieter, smoother running engine. Terminals often need to treat fuels with Cetane improver to bring fuels on the required specification. Clariant cetane improver DODICET® can easily be dosed under typical terminal conditions.

  • In order to reduce corrosion, fuels can be treated with corrosion inhibitors. Corrosion is a complex phenomenon, which can be reduced through various processes such as adding a neutralizer, a protecting film forming agent or a demulsifier in order to reduce as much salt as possible from the oil. Clariant offers a total package of corrosion additives for your convenience. We can also deliver individual components for specific environments such as terminal applications.

  • Heavy hydrocarbon liquids derived from “bottom-of-the-barrel” (BoB) products like marine fuel or bitumen (asphalt) are a big part of the growing safety and environmental concerns about H2S in the petroleum industry. Clariant's H2S scavengers can help with potential health hazards, violations of local occupational health, safety regulations and public complaints from unacceptable high H2S levels. Clariant's product range complies with the international standard ISO 8217. SCAVTREAT® reacts rapidly to allow effective injection into the system with shorter residence times and delivers a highly cost-effective solution. Furthermore, SCAVTREAT provides blending flexibility for fewer product rejections and shipping delays as well as reducing odor, corrosion and safety challenges.

  • Residual water in refined hydrocarbon fractions like gasoline, diesel or gas oil often appears as "haze", even at levels less than 0.5 % w/w. Free water is typically the result of refining unit inefficiencies. These "cloudy / hazy" fuels must be allowed to settle longer, disrupting shipping schedules and increasing storage space requirements. Clariant DISSOLVAN® Dehazers displace surfactants at the water/oil interface that usually stabilize emulsions. A dehazer can remove water from gasoline, diesel and heating fuels to protect against corrosion and future water ingress.


Our technical experts have the experience to help you find the best product formulation for your terminal project and ensure appropriate support. Contact us for more information.

Jeffrey Burns
Jeffrey Burns
Contact Person

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Jeffrey Burns
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This information corresponds to the present state of our knowledge and is intended as a general description of our products and their possible applications. Clariant makes no warranties, express or implied, as to the information’s accuracy, adequacy, sufficiency or freedom from defect and assumes no liability in connection with any use of this information. Any user of this product is responsible for determining the suitability of Clariant’s products for its particular application.<br />
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