Catalytic in-situ upgrading of oil as a new way of recovery of extra-heavy oil: new horizons of the oil-producing sector

Combined Cost-effective Seismic Monitoring Technology for a Shallow Heavy Oil Reservoir Driven by Sagd

The purpose of experiments was to develop a cost-effective seismic monitoring technology for a shallow heavy oil reservoir driven by SAGD. A combined surface-borehole monitoring system was developed. The interpretation was based on time lapse direct transmitted and reflected P-waves inversion.

Downhole Receiver Based Technology for Geophysical Monitoring of Super-Viscous Oil Deposits Development by Steam Injection

The authors consider the technology for monitoring of shallow super-viscous oil (SVO) deposit development process aimed to determine the heated zones distribution corresponding to the drainage areas to enhance the efficiency of development process based on steam injection. The main objective of the

Increase in the efficiency of in-situ combustion technology due to the use of oil-soluble oxidation catalysts.

The rehydroxylation dating of archeological baked-clay artifacts for determination paleomagnetic data

Technology of Integrated Monitoring of Steam Chamber Evolution During the Oil Production from the Shallow Deposits of Super-Viscous Oil.

Currently the super-viscous oil deposits are under active development in the Republic of Tatarstan. The general method of production is Steam-Assisted Gravity Drainage (SAGD). The problem of creation the complex of methods to monitor and control the reservoir processes caused by steam injection is o