marcit–ct conformance improvement gel€“ct-conforman… · wells or the producing wells,...

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The Baker Hughes, a GE company (BHGE) MARCIT-CT treatment improves reservoir conformance by preferentially blocking high-flow pathways such as naturally-occurring fractures or other secondary porosity features. The result is improved production from the less swept portions of the reservoir. MARCIT-CT treatments are ideal for improving reservoir fluid conformance in injection wells as well as producing wells. Producing from naturally fractured reservoirs can be highly profitable when fractures are in good contact with oil. But when fractures extend into an underlying aquifer and create a path for water flow, excessive water production can drive up lifting and handling costs. A MARCIT-CT gel treatment applied to a producing well can reduce water production by reducing the flow through larger fractures. When injected, the gel follows the path of least resistance, directly into the fracture network. When water flow is reduced oil production can increase, as greater drawdown can be applied to the oil saturated portion of the reservoir. In waterfloods or EOR floods, poor reservoir conformance can result in a very inefficient flood and waste of expensive EOR fluids such as CO 2 . Often, poor reservoir conformance results in rapid breakthrough of injection fluids directly into the producers. The MARCIT-CT injection well process has proven to dramatically reduce breakthrough and improve the economics of treated patterns. Applications Reservoir conformance technology Naturally fractured reservoirs CO2 floods Water floods Injection wells for improved sweep Producing well for reducing water Features and benefits Customized treatments Better performance Inexpensive treatments Economic solution Reduced water production Lower operating costs Reduced CO2 production Lower operating costs Modify flow in reservoir Opportunity for increased oil Usually does not require isolation Reduced operational costs Reduced HS&E Minimal equipment needed MARCIT–CT Conformance Improvement Gel Reduce water flow and increase production in naturally fractured reservoirs bhge.com

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Page 1: MARCIT–CT Conformance Improvement Gel€“CT-Conforman… · wells or the producing wells, MARCIT-CT treatments have a proven record of dramatically improving the conformance of

The Baker Hughes, a GE company (BHGE) MARCIT-CT™ treatment improves reservoir conformance by preferentially blocking high-flow pathways such as naturally-occurring fractures or other secondary porosity features. The result is improved production from the less swept portions of the reservoir. MARCIT-CT treatments are ideal for improving reservoir fluid conformance in injection wells as well as producing wells.

Producing from naturally fractured reservoirs can be highly profitable when fractures are in good contact with oil. But when fractures extend into an underlying aquifer and create a path for water flow, excessive water production can drive up lifting and handling costs. A MARCIT-CT gel treatment applied to a producing well

can reduce water production by reducing the flow through larger fractures. When injected, the gel follows the path of least resistance, directly into the fracture network. When water flow is reduced oil production can increase, as greater drawdown can be applied to the oil saturated portion of the reservoir.

In waterfloods or EOR floods, poor reservoir conformance can result in a very inefficient flood and waste of expensive EOR fluids such as CO2. Often, poor reservoir conformance results in rapid breakthrough of injection fluids directly into the producers. The MARCIT-CT injection well process has proven to dramatically reduce breakthrough and improve the economics of treated patterns.

Applications

• Reservoir conformance technology • Naturally fractured reservoirs • CO2 floods • Water floods • Injection wells for improved sweep • Producing well for reducing water

Features and benefits

• Customized treatments − Better performance

• Inexpensive treatments − Economic solution

• Reduced water production − Lower operating costs

• Reduced CO2 production − Lower operating costs

• Modify flow in reservoir − Opportunity for increased oil

• Usually does not require isolation − Reduced operational costs

• Reduced HS&E − Minimal equipment needed

MARCIT–CT Conformance Improvement GelReduce water flow and increase production in naturally fractured reservoirs

bhge.com

Page 2: MARCIT–CT Conformance Improvement Gel€“CT-Conforman… · wells or the producing wells, MARCIT-CT treatments have a proven record of dramatically improving the conformance of

Whether treated from the injection wells or the producing wells, MARCIT-CT treatments have a proven record of dramatically improving the conformance of fluid flow in petroleum reservoirs. Experienced BHGE water management experts analyze each application to design the most appropriate solution to your conformance needs.

There is much more to learn about the BHGE integrated water management group and our comprehensive, powerful, and cost-effective solutions for your subsurface and surface water management challenges. Contact your BHGE representative today or visit www.bhge.com.

MARCIT-CT is a trademark of Marathon Oil Corporation

© 2017 Baker Hughes, a GE company, LLC – All rights reserved.

Baker Hughes, a GE company, LLC and its affiliates (“BHGE”) provides this information on an “as is” basis for general information purposes and believes it to be accurate as of the date of publication. BHGE does not make any representation as to the accuracy or completeness of the information and makes no warranties of any kind, specific, implied or oral, to the fullest extent permissible by law, including those of merchantability and fitness for a particular purpose or use. BHGE hereby disclaims any and all liability for any direct, indirect, consequential or special damages, claims for lost profits, or third party claims arising from the use of the information, whether a claim is asserted in contract, tort, or otherwise. The BHGE logo is a trademark of Baker Hughes, a GE company, LLC. GE and the GE monogram are trademarks of General Electric Company used under trademark license.

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