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    High-Performance PPD from China Suppliers and Factory for Wax Deposition Reduction and Flow Improvement
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    PPD pour point depressant.png

    High-Performance PPD from China Suppliers and Factory for Wax Deposition Reduction and Flow Improvement

    Introducing our high-performance polymeric paraffin inhibitor, specially formulated to minimize wax deposition and effectively reduce the freezing point of crude oil. This exceptional flow improver enhances the liquidity of crude oil, making it an essential additive for oil production. As a leading supplier based in China, we pride ourselves on providing top-quality products directly from our factory, ensuring reliability and efficiency in your operations. Optimize your crude oil processing with our advanced paraffin inhibitor today!
    • Type Oil based, Polymeric, Comb Polymer.
    • Components Polymer with ethene,Solvent naphtha (petroleum), Heavy arom,Naphthalene...
    • Name ID UBPro-461
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    📌 Product Introduction
    PPD pour point depressant

    UBPro-461 is a high-performance polymeric paraffin inhibitor designed for challenging crude oils and condensates. By reducing the oil condensation point, it eliminates the need for new heating stations and significantly cuts transportation costs.

    📊 Technical Index
    Appearance Tan paste
    Odor Aromatic
    Flash point, ℃ 65 Min
    Density, g/cm³ 0.88-0.98
    🛠️ Applications & Functions
    • Minimizing wax deposition in crude oil lines.
    • Reducing the freezing point of crude oil.
    • Functioning as a flow improver to increase crude oil liquidity.
    IBC tankoilfield drilling rig iconoilfield projects icon2
    📦 Recommended Handling & Storage

    Dosage: 20-60ppm can reduce the solidifying point from 15.0℃ to 4.0℃. Pilot tests are recommended for optimal results.

    Safety: Handle as an industrial chemical with proper protective equipment as per MSDS.

    Packaging: 55-GAL DRUM. Store in a dry, well-ventilated area away from heat, sparks, and oxidizing agents.

    🔍 Flow Improver Solutions
    oilfield transportation chemical additive PPD
    crude oil wax pipe line

    Chemicals such as Pour Point Depressants, Wax Inhibitors, Drag Reducing Agents (DRAs), and Emulsion Breakers are essential for maintaining flow properties. High molecular weight polymers reduce turbulence and friction, while demulsifiers separate water to ensure oil phase dominance.

    💡 Technical Considerations

    Carbon Number Distribution: Waxes with higher carbon numbers (C20-C30) have higher melting points. PPDs must be tailored to co-crystallize with these specific chains to prevent interlocking structures.

    Water Proportion: High water content can dilute dispersant effectiveness. Choosing a PPD that maintains efficacy in water-oil mixtures is vital for marine and pipeline applications.

    drag deducer
    flow improver
    Paraffin Control Agents
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    ❓ Frequently Asked Questions
    Q1: How does UBPro-461 reduce transportation costs?
    By lowering the pour point and improving the flow of crude oil, it reduces the need for expensive heating stations and high-pressure pumping, directly lowering operational expenses.
    Q2: Why is the carbon number of wax important for PPD selection?
    Waxes with higher carbon numbers have higher melting points and solidify faster. PPDs must be chemically compatible with the specific carbon distribution (like C20-C30) to effectively inhibit crystallization.
    Q3: Does a higher paraffin content always mean a higher dosage of PPD?
    Generally, yes. Higher carbon numbers and wax concentrations require more active chemical sites to prevent wax interlocking, though specific PPD efficiency and oil composition also play roles.
    Q4: How does water content affect the choice of a Pour Point Depressant?
    Water can create emulsions or dilute the additive. It is crucial to select a PPD that is compatible with water-oil mixtures to ensure it maintains its wax-inhibiting properties in wet crude.
    Q5: In which regions is high paraffin crude oil commonly found?
    High paraffin crude is prevalent in the United States (Pennsylvania, Texas), Russia (Tatarstan), Vietnam, Kyrgyzstan, Brazil, and parts of the Middle East like Abu Dhabi.
    Q6: What other chemicals can be used alongside PPDs?
    Depending on the crude oil's challenges, PPDs are often used with Wax Inhibitors, Drag Reducing Agents, Emulsion Breakers, and Corrosion Inhibitors for a holistic flow assurance strategy.

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