Paraffin Inhibitor Solution
Elevate your Operations with Superior Paraffin Solution
Paraffin Inhibitor Solution
Ensure Extended Production with Proven Paraffin Mitigation Solutions
Paraffin deposition occurs when waxy paraffin substances accumulate on the surfaces of oilfield equipment and pipelines. As crude oils cool, the wax molecules begin to separate, forming plate-like crystals or needle-like structures. These crystals have the tendency to interlock, creating a complex three-dimensional network that traps the oil. This leads to an increase in viscosity and, in severe cases, solidification of the oil. The deposition of paraffin can significantly impact production efficiency, increase maintenance expenses, and even result in equipment failure if not properly addressed.
EmendaFlow™ Paraffin Inhibitor Chemicals
Characterized by uses of paraffin inhibitor to effectively address challenges
Our comprehensive range of solutions, including solvents, cold flow improvers, dispersants, crystal modifiers, pour point depressants (PPD), and viscosity reducers, are specifically designed to tackle and resolve the production challenges associated with paraffin-related issues.
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Pour Point Depressant
PPDs intervene in the crystallization process, preventing the formation of these networks and effectively lowering the pour point of the crude oil.
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Crystal Modifier
By influencing the crystal morphology, wax inhibitors promote the formation of weaker wax deposits that can be more readily removed by shear forces within the flowing crude.
- EmendaFlow™ 300 Paraffin Inhibitor
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Paraffin Dispersant
Wax dispersants can reduce the amount of wax deposits in flowlines by different mechanisms depending on their chemical nature. Some will adsorb to pipeline surfaces thereby changing the wettability to water-wet. Others will adsorb to growing wax crystal surfaces reducing the tendency of the crystals to agglomerate.
- EmendaFlow™ 100 Paraffin Inhibitor
Innovative Solutions for Paraffin Management in Oilfields
At Dosas, we’ve engineered EmendaFlow™ to tackle the challenges of paraffin deposits that risk flow assurance in oilfields. Our paraffin inhibitors undergo rigorous testing—including Cold Finger, Cloud Point, Pressure Drop, and Flow Loop—to ensure they meet industry demands and perform effectively in real-world scenarios.
From Field Survey to Experiment Design
Our proven approach centers on the meticulous collection and analysis of field data, which forms the basis for developing targeted laboratory tests. This data-driven methodology enables us to identify the most effective treatment strategies. By integrating real-world insights with rigorous experimentation, we customize our solutions to address the unique challenges encountered in each scenario, ultimately maximizing efficiency and delivering quantifiable results.