Rheological and penetration tests of emulsion compositions for the flow-control technologies

M. V. Naugolnov; M. K. Rogachev; A. R. Mavliev; D. V. Mardashov

Vol 195

Pages:

69-72

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Article

Rheological and penetration tests of emulsion compositions for the flow-control technologies

Authors:

M. V. Naugolnov¹

M. K. Rogachev²

A. R. Mavliev³

D. V. Mardashov⁴

About authors

1 — student Saint Petersburg State Mining University
2 — Ph.D., Dr.Sci. professor Saint Petersburg State Mining University
3 — post-graduate student Saint Petersburg State Mining University
4 — Ph.D. assistant lecturer Saint Petersburg State Mining University

Date submitted:

2011-07-02

Date accepted:

2011-09-20

Date published:

2012-04-05

Abstract

Based on the investigations of stability and rheological properties of the hydrophobic emulsion compositions, and on modeling the process of filtration in conditions maximally approximated to formation conditions, the optimal composition of process liquids which is able to regulate filtration properties of reservoir-formation of the bottom hole formation zone was developed.

Область исследования:

(Archived) Topical issues in prospecting and development of oil and gas deposits

Keywords:

hydrophobic emulsion composition flow-control technologies rheology filtration

Funding:

None

References

Gilaev G.G., Hismetov T.V., Bernshtein A.M. and others. Application of thermostable liquids of well-killing based on oil emulsions // Oil Industry. 2009. N 8. P. 64-66.
Mavliev A.R., Rogachev M.K., Mardashov D.V., Naugolnov M.V. The development of flow-control technologies based on hydrophobic emulsion compositions // Scientific studies and innovations. 2011. Vol. 1. N 2. P. 84-87.
Rogachev M.K., Strizhnev K.V. Prevention of troubles during oil recovery. Moscow, 2006. 295 p.
Rogachev M.K., Mardashov D.V., Strizhnev K.V., Zeigman Y.V. The development of the technologies of wellkilling and well-stimulation during well-servicing // Petroleum engineering. 2007. Vol. 5. N 2. P. 55-58.
Pat 2414290 RF.MPK B 01 F 17/34. Emulgator of invert water-in-oil emulsions / M.K.Rogachev, S.Ja.Nilkenbaum, K.V.Strizhnev, D.V.Mardashov, A.R.Mavliev (RF). Publ. 20.03.11. Bul. N 8.

Rheological and penetration tests of emulsion compositions for the flow-control technologies

Abstract

References

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