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- W2188924359 abstract "An organic rheology modifier package (ORMP) containing an organic rheology modifier (ORM) and a novel ORM enhancer, demonstrate synergism in imparting improved rheology to organophilic clay-free invert emulsion fluids (IEF). The synergism provided enhanced rheology and HTHP fluid loss control as compared to the individual performance of ORM and ORM enhancer. Since the ORM enhancer is relatively inexpensive, the synergism allows for lower concentrations of the ORM used in the IEF thereby positively affecting the economics of formulating optimized clay-free IEF. The IEFs with the ORMP exhibit enhanced low shear rheology for a range of mud weights (9.0 – 12.0 ppg) with similar plastic viscosity (PV) values when compared to IEFs formulated without the ORMP. When tested at up to 350°F and 15,000 psi, the IEFs formulated with ORMP show consistent yield point (YP) and low shear yield point (LSYP) with no significant change in PV. Static aging studies of these fluids at 250°F showed minimal oil separation with a sag factor less than 0.53 for 24 – 48 hours. The IEFs also showed good tolerance to contaminants which were easily treated with conventional thinners. IEFs formulated with ORMP demonstrate strong yet fragile gel characteristic. This rapid gel-to-flow transition helps to minimize equivalent circulating density (ECD) inflections during tripping, running and breaking circulation to reduce induced mud losses. The ORM passes the North Sea and OSPAR environmental regulations and thus can be used in areas where environmental conditions are stringent. The ORM enhancer is biodegradable and is not bio-accumulating. The paper demonstrates the environmental and rheological performance of ORMP in organoclay-free fluids." @default.
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- W2188924359 date "2014-01-01" @default.
- W2188924359 modified "2023-09-27" @default.
- W2188924359 title "Enhancing Rheology in Invert Emulsion Fluids: Application of the Concept of Synergism in Chemicals" @default.
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