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Search Petrowiki: Resin
...Glossary:Resin -In the context of asphaltene micelle, ...resin is a cyclic material that, along with maltenes, helps keep asphaltenes tied up a micelles in suspen...sion. -In the context of sand control, resin is one of several plastic compositions...
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...-In the context of asphaltene micelle, resin is a cyclic material that, along with maltenes, helps keep asphaltenes tied up a micelles in suspen...sion. -In the context of sand control, resin is one of several plastic compositions...
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...Resin composites have been studied extensively, with the advent of carbon-fiber-based materials showing p...romise for significant increases in yield strength and reductions in required weight. The term "resin" is used here to describe the family of composite materials that use a ...resin to bind a matrix of fibers, usually woven. Many such materials have been commercialized for coiled ...
The field test was completed on November 6, 2002 by Grand Resources, Inc. at their Bird Creek site. Starting with an existing well that stopped producing in 1923, Grand Resources packed the bottom of the well and sealed it with concrete. Then they lowered the drill string 1208 feet and began directionally drilling a 70-ft-radius curvature through the well casing and into the strata. The SR CDP was furnished by ACPT, Inc. and DOE/NETL (National Energy Technology Laboratory) for the purpose of drilling the curve and lateral section that extends 1000 feet into the strata. The pipe worked flawlessly and Grand Resources was pleased with performance of the new product.
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...Glossary:Resin consolidation Using an injected plastic to increase the grain-to-grain bond strength in the forma...
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...Resin treatment for conformance improvement The term "...resin," as used in this page, refers to an organic, polymer-based, solid plastic material. Resins do not ...omeric (or oligomeric) state and polymerized in situ to the mature solid state. This page discusses resin types and the use of ...
The term "resin," as used in this page, refers to an organic, polymer-based, solid plastic material. Resins do not contain a significant amount of a solvent phase (as dogels), and resins are placed downhole in a liquid monomeric (or oligomeric) state and polymerized in situ to the mature solid state. Oilfield resins are exceptionally strong materials for use in blocking and plugging fluid flow in the wellbore and/or the very near-wellbore region.[1] The three classical oilfield resins discussed here have exceptionally good compressive strengths. Also, these three resins usually have good bonding strength to oil-free rock surfaces.
- Materials > Chemicals > Commodity Chemicals > Petrochemicals (1.00)
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...Field applications of resin for conformance improvement This page briefly describes some of the field applications of ...resin treatment forconformance improvement. Contents * 1 Water-encroachment treatments * 2 Gravel pac...k resin treatments * 3 Furan ...
This page briefly describes some of the field applications of resin treatment forconformance improvement. Littlefield, Fader, and Surles[1] reports on 26 production wells of the Kern River and San Ardo fields that were treated in 1990 and 1991 with furan resin jobs in which the treated production wells were suffering from water-encroachment problems. Most (24) of the wells were in the heavy oil Kern River field of the Lower San Joaquin Valley in California. When the furan resin treatments were applied, the Kern River field was undergoingsteamflooding. Of the production wells treated, 79% showed significant reductions in water production after the treatments.
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- North America > United States > California > San Joaquin Basin > Midway-Sunset Field > Webster Formation (0.99)
- North America > United States > California > San Joaquin Basin > Midway-Sunset Field > Monterey Formation (0.99)
- North America > United States > California > San Joaquin Basin > Kern River Field (0.94)
- North America > United States > California > Salinas Basin > San Ardo Field (0.94)
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...orkover * 3 Rate restriction * 4 Selective completion practices * 5 Plastic consolidation * 5.1 Resin considerations * 6 High energy ...resin placement * 6.1 Propellant gas fracturing * 6.2 Overbalanced perforating or surging * 7 ...Resin coated gravel * 8 Stand-alone slotted liners or screens * 9 Gravel packing * 10 Guidelines for s...
Several techniques are available for minimizing sand production from wells. The choices range from simple changes in operating practices to expensive completions, such as sand consolidation or gravel packing. The sand control method selected depends on site-specific conditions, operating practices and economic considerations. This page introduces the available approaches to sand control. Maintenance and workover is a passive approach to sand control. This method basically involves tolerating the sand production and dealing with its effects, if and when necessary. Such an approach requires bailing, washing, and cleaning of surface facilities routinely to maintain well productivity. It can be successful in specific formations and operating environments.
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...ce and workover; rate exclusion; selective completion practices; plastic consolidation; high energy resin placement; ...resin coated gravel; stand-alone slotted liners or screens; and gravel packing. Maintenance and workover...dation involves the injection of plastic resins that are attached to the formation sand grains. The resin subsequently hardens and forms a consolidated mass, binding the sand grains together at their conta...
W.L. Penberthy Jr. (retired, Exxon Production Research Co.), with contributions from Baker Oil Tools Conventional well completions in soft formations (the compressive strength is less than 1,000 psi) commonly produce formation sand or fines with fluids. These formations are usually geologically young (Tertiary age) and shallow, and they have little or no natural cementation. Sand production is unwanted because it can plug wells, erode equipment, and reduce well productivity. It also has no economic value. Nonetheless, formation sand production from wells is dealt with daily on a global basis. In certain producing regions, sand control completions are the dominant type and result in considerable added expense to operations. Fluid flow from wells is the consequence of the wellbore pressure being smaller than that in the reservoir. The drag force caused by the flow from large to small pressure is related to the velocity-viscosity product at any point around the well.
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- Geology > Rock Type > Sedimentary Rock > Clastic Rock > Sandstone (0.67)
- Europe > Norway > North Sea > Central North Sea > Central Graben > PL 018 > Block 2/4 > Greater Ekofisk Field > Ekofisk Field > Tor Formation (0.99)
- Europe > Norway > North Sea > Central North Sea > Central Graben > PL 018 > Block 2/4 > Greater Ekofisk Field > Ekofisk Field > Ekofisk Formation (0.99)
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...e Restriction * 4.3 Selective Completion Practices * 4.4 Plastic Consolidation * 4.5 High-Energy Resin Placement * 4.6 ...Resin-Coated Gravel * 4.7 Stand-Alone Slotted Liners or Screens * 4.8 Gravel Packing * 4.9 Guidelines ...ce and workover; rate exclusion; selective completion practices; plastic consolidation; high energy resin placement; ...
Conventional well completions in soft formations (the compressive strength is less than 1,000 psi) commonly produce formation sand or fines with fluids. These formations are usually geologically young (Tertiary age) and shallow, and they have little or no natural cementation. Sand production is unwanted because it can plug wells, erode equipment, and reduce well productivity. It also has no economic value. Nonetheless, formation sand production from wells is dealt with daily on a global basis. In certain producing regions, sand control completions are the dominant type and result in considerable added expense to operations.
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- Geology > Rock Type > Sedimentary Rock > Clastic Rock > Sandstone (0.67)
- Geology > Rock Type > Sedimentary Rock > Clastic Rock > Mudrock > Shale (0.46)
- North America > United States > California > Sacramento Basin > 4 Formation (0.99)
- North America > United States > California > Sacramento Basin > 3 Formation (0.99)
- North America > United States > California > Sacramento Basin > 2 Formation (0.99)
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