Novel Program Provides Excellent Drag Reduction in Upstream and Midstream Pipeline Application

Solenis™ FR 121 Friction Reducer

GoalIncrease oil flow rate from oil reservoir.

Recorded Benefits

Increased oil flow rate from the oil reservoir

Prevented capital investment for increased pipeline capacity

Reduced pressure gradient in the pipeline

Prevented oil production losses

GoalIncrease oil flow rate from oil reservoir.

<h6>Customer Challenge</h6> <p>An oilfield customer in Europe was challenged to reduce the pipeline pressure in the outlet of their production well. The increase in pressure was the result of turbulent flow due to the combination of oil, water and gas in the pipeline. The friction in the pipeline was resulting in reduced crude oil production. Pipeline drag was occurring due to the movement of fluid over the inside surface of the pipeline. By reducing the drag of the fluid in the pipe, the flow rate could be increased. The application of friction reducers in pipelines has been common practice for decades.</p> <h6>Recommended Solution</h6> <p>Solenis recommended the use of a new friction reducer, Solenis FR 121, an oil soluble polymer widely used for increasing the flow of crude oil in pipelines. The product reduces friction, allowing greater volumes of liquid to be moved. The Solenis FR 121 product activates quickly and maintains performance without product degradation.</p> <h6>Results Achieved</h6> <p>Solenis FR 121 friction reducer was able to significantly reduce the pressure and consequently enhance the pipeline flow. The graph below shows the friction reduction capability and the oil production increase after starting the chemical injection. &nbsp;</p> <p><img style="max-width: 100%; width: auto; height: auto; display: block; margin-left: auto; margin-right: auto;" src="/link/bda04332e4a0437f8837cbd8d89773d2.aspx" alt="" width="1401" height="677" /></p> <p style="text-align: center;"><strong>Impact of Solenis FR 121 on Oil Production and Pressure</strong></p>

Recorded Benefits

Increased oil flow rate from the oil reservoir

Prevented capital investment for increased pipeline capacity

Reduced pressure gradient in the pipeline

Prevented oil production losses