... resin consolidation technique was evaluated for application in this case after the mechanical properties of the formation and sanding behavior in the field were estimated to be in the acceptable range for this technique to be applied successfully. An injection test followed by the aqueous-based...

... An Unconsolidated Near Wellbore (NWB) area of the formation as well as the high fines content in the formation have led to massive sand and fines production and therefore, Loss of Pressure Containment (LOPC) at surface facilities. Resin sand consolidation to strengthen the NWB area and fracturing to immobilize...

.... To provide a dependable barrier for long term well integrity, a novel approach consisting of epoxy resin was discussed. A highly ductile, solids-free resin was designed and tailored to seal off communication from the gas source to surface. The void space in the annulus was estimated to be less than 5 bbl...

.... This is done by first passing the produced water through a resin bed, including bromine-specific ion exchange resin, where the bromide ions will adsorb/absorb onto the resin, as shown in Figure-1 . The second step involves regenerating the resin with regenerant having calcium cations and water to form calcium...

... and direct visualization of the cement plug-casing interface by CT and Optical microscopy was implemented. The experimental findings of this article will form a basis for studying geometry and size of microannuli as well as modelling of fluid migration. cement chemistry resin cement property...

... consolidation and retained permeability. Two techniques were investigated in preparation/conditioning of sand samples. Following the conditioning state, the sand samples were treated with equivalent amounts of the two components of the newly developed sand consolidation system (Resin-A and Resin-B...

... Abstract Polymer resin systems have many advantages over conventional cement. Since resins are solids-free particles, they can be used in low injectivity zones such as narrow fractures where conventional cement cannot be squeezed through. Besides, the resins can be used in combination...

... to an emerging technique for sand consolidation. knowledge management reservoir characterization production monitoring enhanced recovery downhole intervention completion installation and operations upstream oil & gas resin sand consolidation treatment chemical recipe optimization intervención...

... downhole intervention acidizing resin consolidation sand production productivity chemical sand consolidation sandstone compressive strength production monitoring completion installation and operations production enhancement drawdown control method consolidation treatment chemical...

... of two polymeric resins. The present study has tested synthetic oil emulsions in a controlled environment to evaluate the impact of typical operating conditions on removal efficiency. Bench testing and piloting have been carried out with real wastewater originated from various sources in the Tarragona...

... Abstract This paper discusses the designing and field application of a polymer resin-based cement system that enhances the final cement properties in terms of compressive strength and cement bond to the casing along-with minimizing the occurrence of casing-to-casing annulus (CCA) pressure...

... The fracturing fluid to form proppant in-situ is mainly made of a proppant-forming compound (Resin and curing agent), aqueous phase, and surfactants. Additives such as size control additives can be added to modify the properties of the fracturing fluid. After mixing, the fracturing fluid becomes...

... Abstract Epoxy-resin applications in oil and gas wells have significantly increased for remediation and sustained-casing-pressure mitigation because of its solids-free nature and excellent thermomechanical/bonding properties when used either as a single component or as a resin/cement-enhanced...

... are available on the commercial shelf including cement slurry, resin chemicals, and mechanical casing patch technologies. Yet, these suffer from several disadvantages including limited isolation and integrity, cost, internal diameter restriction, etc. These drawbacks could lead to casing leaks reoccurring...

... Abstract Resin is a solid-free fluid that can penetrate tight narrow annuli, cracks, or fissures previously inaccessible to conventional or fine cement slurries. Furthermore, this resin system can transition from a liquid to a solid phase through crosslinking reactions consisting of stages...

... and repaired with Thermal activated resin. Thermal activated resin is a nonreactive polymer with qualities that are resistant to all formation corrosives/hazard fluids. Thermal activated resin will reinstall a good well barrier and integrity to protect casing from future corrosion. Thermal activated resin has...

... presents the result of laboratory visualization experiment of hydraulic fracturing, which was conducted to visualize the shape of induced factures with cylindrical shale sample through the fluorescent method. An acrylic resin mixed with a fluorescent agent was used as a fracturing fluid. The resin...

..., well control issues. Several solutions/ideas have been implemented while drilling this intermediate section, including a thermal-activated resin, rigid rapid fluid treatment, used to regain full circulation and successfully increase the window gradient. The solution to these challenges was developed...

... ASME PCC-2 "Repair of Pressure Equipment and Piping" (ASME PCC-2) well integrity inspection piping simulation resin reinforcement sheet composite repair application piping design Upstream Oil & Gas temperature level fiber three-component composite compliant repair...

... remediation of hydrates separator field trial wax remediation Production Chemistry separation and treating enhanced recovery oilfield chemistry scale inhibition resin liquid level Upstream Oil & Gas concentration stage separator gas rate collapse slope Hydrate Remediation asphaltenic...