Submit an Article
Become a reviewer
Vol 155 Iss. 2
Pages:
18-20
Download volume:
RUS
Article
Geology

Improving the quality of wellbore cementing by applying the technology of vibrating the entire length of the production string during the initial period of waiting for cement curing

Authors:
L. I. Garipova1
R. A. Usmanov2
About authors
  • 1 — Almetyevsk Oil Institute
  • 2 — Almetyevsk Oil Institute
Date submitted:
2002-07-29
Date accepted:
2002-08-06
Date published:
2003-12-30

Abstract

The results of introduction in practice of the complex technology of well completion and well casing, developed in the Oktyabrsky branch of VNII GIS, aimed at quality casing in wells and increase of well service life, are evaluated. Briefly considered the stages of implementation of the technology in wells, presents materials of geophysical studies on basic and experimental wells, the results of technological efficiency of work. Conclusions are set out to assess the quality and technical and economic indicators of well cementing. When cementing casing strings, improvement of formation separation quality is observed. The probability of behind-the-casing flows decreases and the period of corrosion resistance of the casing increases. The necessity of further application of this technology as well as work on modernization of technical samples technology is noted.

Область исследования:
Geology
Funding:

None

Go to volume 155

Similar articles

Modeling of loading and transport complexes parameters for OAO Bor open pit conditions
2003 V. V. Khvan
Engineering and geological surveys for reclamation of lands disturbed during field development (by the example of the SOBR)
2003 G. B. Pospekhov
New Samolazovsky type of gold deposits in Central Aldan, features of processed ores, mineralization forecast
2003 V. A. Zelikov
Deposit modeling using ROXAR's IRAP RMS software package
2003 S. V. Lyadov
Geo-environmental and engineering-geological analysis of the causes of destruction of some structures of the South water supply station (St. Petersburg)
2003 E. G. Zakharova
Environmentally friendly technologies for disintegrating clay sands in the development of gold and platinum deposits
2003 A. V. Karepanov