Electric Downhole “Flow Thru” Heating Systems

For Oil Production Enhancement

In a Lynbrook Downhole Heating System, a “Flow-Thru” Resistance Heating Element is Installed at the Optimum Point Along the Production Tubing String.   The Temperature of Fluid Passing Through the Element in Either Direction is Automatically and Constantly Maintained Within +/- 1 Degree of the Selected Temperature.   Temperature and Pressure Sensors Installed at the Outlet of the Heating Element Provide Real Time Data to a Solid State Surface Controller that Constantly Adjusts the Voltage of the Power Supplied to the Heating Element for Closed Loop Operation.

Lynbrook “Flow-Thru” Heating Systems Can Be Shown to:

• Increase Daily Production Rates from Many High Viscosity Wells

• Eliminate Problems with Paraffin, Wax and Hydrate Build-Up Inside Production Tubing and Surface Lines

• Improve Hydrocarbon Recovery from Heavy Oil Reservoirs

• Significantly Improve the Net Present Value of Cash Flow from Producing Wells

• Remove Near Well Bore Skin Damage and Improve Production

incremental production oil well heating lynbrook oil production paraffin wax hydrates deposits heavy oil down hole heating fluid stream heating viscosity steam injection joule-thompson effect joule thompson effect gas lift progressive cavity pump rod pump beam pump reservoir heating tubing friction losses low api oil cable heating system offshore production enhancment flow assurance heavy oil production