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Product Information

Our PWC series has been specifically designed for wells experiencing production loss from wax and asphaltene plugging. Formulated to improve flow and increase production, these products enhance the overall solvency performance of the system by breaking emulsions and increasing the contact surface area. 


PWC-3™ is a unique blend of aromatic, naphthenic and aliphatic solvents combined with paraffin dispersants, asphaltene dispersants, demulsifying agents and water wetting surfactants. This blend is not only an effective solvent, but also has the ability to disperse high melting point and low solubility hydrocarbons. PWC-3 features a built-in additive that efficiently interrupts the wax and paraffin sheeting mechanism, improving the rheology of the wax saturated PWC-3 after treatment. 


PWC-6™ is a unique blend of aromatic, naphthenic, and aliphatic solvents combined with asphaltene dispersants, demulsifying agents and water wetting surfactants. PWC-6 is an effective solvent for organic scales with high asphaltene content, but is also effective for waxy deposits.


PWC-7™ is a solvent system designed to remove organic deposits in the wellbore and rock matrix, and features a blend of solvents, demulsifying and water wetting agents. PWC-7 is specifically designed to treat difficult to remove high melting point wax that other solvent blends do not fully treat. The blend will dissolve and disperse the wax, penetrating deep into the organic scale for effective remediation.

TriVert OSR™

TriVert OSR™ (Oil Soluble Resin) is a system of high molecular weight aliphatic hydrocarbon resins that is used as a bridging agent during acidizing and hydraulic fracturing treatments. TriVert OSR comes in a variety of sizes that range between 80 and 325 mesh US sieve sizes. It can be added to gel slugs or directly to acid prior to squeezing into the formation. The particles will fully degrade with produced crude oil and condensate over time, leaving no residue or undesired by-products.


  • Reduces acid inflow to highly permeable zones

  • Fully degrades in produced liquid hydrocarbons

  • Non-damaging to the formation

  • Compatible with most stimulation and formation fluids

  • Effective particle size distribution

  • Cost effective diverting/bridging agent

  • Non-regulated for transportation purposes