

The FLOWModelR is capable of simulating wax deposition from multiphase systems under many field operating scenarios, such as onshore or offshore, vertical or horizontal, insulated or not insulated, etc.

The EOSModelR computer program is capable of simulating the complete PVT phase behavior of reservoir fluids, e.g. dry gases, gas condensates, and oils It calculates hydrate envelopes, multi-contact miscibility, wide P-T range viscosity, and other.

The Thermodynamic-Colloidal Model of Asphaltenes (TCModelR) computer program is capable of simulating the asphaltene phase behavior of reservoir fluids. The TCModelR can calculate the complete asphaltene deposition envelope (ADE) of a reservoir fluid.

The Thermodynamic Model of Waxes (WAXModelR) computer program is capable of simulating the wax phase behavior of reservoir fluids. The WAXModelR can calculate the complete wax deposition envelope (WDE) of a reservoir fluid, including wax quality lines and much more.

The FDModelR is a near-wellbore organic formation damage simulator. The model utilizes a rather simple, yet realistic way to model asphaltene-induced near-well formation damage caused by blockage of pore throats by asphaltene particles.

The WELLModelR is state of the art technology for simulating deposition of asphaltenes in tubings.
AsphWax is for independents and smaller Oil & Gas Operators the equivalent of a major Oil & Gas Company's in-house technical service and research laboratory. They provide to smaller Oil & Gas Operators service that meets or exceeds the quality of that provided to majors by their own in-house labs, but only at a fraction of the cost.