Yuriy A. Belyaev
|
Scientific Center of Nonlinear Wave Mechanics and Technology RAS |
Moscow, Russian Federation belyaev-y@yandex.ru |
Viktor N. Fomin
|
Scientific Center of Nonlinear Wave Mechanics and Technology RAS |
Moscow, Russian Federation fomin@mail.ru |
Aleksey G. Chukaev
|
Scientific Center of Nonlinear Wave Mechanics and Technology RAS |
Moscow, Russian Federation chukaev@gmail.com |
Abstract Experimentally investigated the possibility of selecting the optimal emulsifier-stabilizer of the eight contenders for his presence in a stable emulsion. The use of optimal emulsifier-stabilizer in combination with wave mixing technology yielded fine stable oil-water and water-in-oil, which is then used as the displacement agent on the tubular model oil reservoir Sosninskay’s and Mangyshlak’s oil. The use of emulsions in these conditions has additionally displace 13 to 19% of oil, depending on its composition.
Materials and methods
Emulsifiers-stabilizers of different structures, the wave mixing technology, tube model of oil reservoir.
Results
Experimentally investigated the possibility of selecting the optimal emulsifier-stabilizer of the eight contenders for his presence in a stable emulsion.
Сonclusions
The use of optimal emulsifier-stabilizer in combination with wave mixing technology yielded fine stable oil-water and water-in-oil, which is then used as the displacement agent on the tubular model oil reservoir Sosninskaya and Mangyshlak oil. The use of emulsions in these conditions has additionally displace 13 to 19% of oil, depending on its composition.
oil emulsion
the emulsifier
stabilizer
wave technology
tube model oil reservoir