Efficiency evaluation for nanomaterials applied in well bottom zone treatment after completion of well construction
Journal: Nanotechnologies in Construction: A Scientific Internet-Journal (Vol.9, No. 6)Publication Date: 2017-12-01
Authors : Grezina O.A.;
Page : 65-86
Keywords : well construction; nanomaterials; acid-implosion treatment; hydrochloric acid; geological-statistical models; results prediction.;
Abstract
Efficient development of low production wells is not possible without the bottom zone treatment, both during the well development phase when its construction is completed and in the process of flow rate reduction during the operation phase. The efficiency evaluation for the new technology, including one in which nanomaterials are used, implies comparison of the actual level achieved after the new technology has been applied with the projected baseline level that might be achieved by the previously applied technique. The paper presents geological and statistical modeling of the bottom zone acid-implosion treatment performed with the hydrochloric acid solution in combination with the shock-wave effect characterized by cyclic recurrence and dynamic mode. The analyzed results have been achieved in the low permeable carbonate reservoir of a very complex geological structure in oil operating facility. The nature and the extent of geological-technological parameters influence on the acidimplosion treatment results were determined by the multiple regression method, and the most influential parameters were selected; recommendations for boreholes selection and technological parameters of treatment were made. Models to forecast flow rate and oil production growth, reduction of fractional oil content in the well production, the acid-implosion impact duration were elaborated. The models can be used to evaluate efficiency of bottom zone treatment technologies after completion of well construction with nanomaterials application.
Other Latest Articles
- Physical properties of emulsion systems with SiO2 nanoparticles
- Influence of nanoadditives on mechanical and isolating properties of cement-based
- Catalysts based on zeolites and zeolite-like materials for processing light hydrocarbon feedstocks into motor fuel component
- Residual oil saturation and displacement factor prediction methodology based on geophysical studies data to evaluate efficiency of nanotechnologies application
- Research of condition metal in welded joint by deformation and corrosion parameters relief on the surface
Last modified: 2017-12-01 01:54:54