The
“Full-field deployment of steamflood technology in the PNZ would
significantly increase recovery of crude oil reserves, confirm the
technology’s potential applicability in other carbonate oil fields and
build on Chevron’s steamflood capabilities that date back five decades,”
said
The LSP is the third in a series of staged tests to validate the feasibility of applying the enhanced oil recovery technology of steamflooding to unlock the producing potential of the heavy Eocene oil of the PNZ’s carbonate reservoirs. Previous tests included the Small Scale Test (SST), which was successfully completed in 2008, and simple steam stimulation testing, conducted in the late 1990s.
Steamflooding involves injecting steam into heavy-oil reservoirs to heat the crude oil underground, reducing its viscosity and allowing its extraction through wells.
SAC operates on behalf of the
The operations include four fields in the area - Wafra, South Umm Gudair, South Fuwaris and Humma - that produce mainly heavy crude from 10 reservoirs. In 2004, the 3 billionth barrel of oil was produced in the onshore PNZ.
Cautionary Statement Relevant to Forward-Looking Information for the Purpose of “Safe Harbor” Provisions of the Private Securities Litigation Reform Act of 1995.
Some of the items discussed in this press release are forward-looking
statements about Chevron’s activities in the PNZ. Words such as
“anticipates,” “expects,” “intends,” “plans,” “targets,” “projects,”
“believes,” “seeks,” “estimates,” “budgets” and similar expressions are
intended to identify such forward-looking statements. The statements are
based upon management’s current expectations, estimates and projections;
are not guarantees of future performance; and are subject to certain
risks, uncertainties and other factors, some of which are beyond the
company’s control and are difficult to predict. Among the factors that
could cause actual results to differ materially are changes in prices
of, demand for and supply of crude oil and natural gas; actions of
competitors; the potential disruption or interruption of
production and development activities due to war, accidents, political
events, civil unrest, or severe weather; government-mandated sales,
divestitures, recapitalizations and changes in fiscal terms or
restrictions on scope of company operations; and general economic and
political conditions. You should not place undue reliance on these
forward-looking statements, which speak only as of the date of this
press release. Unless legally required,
Note to Editors:
The LSP will evaluate production response to steaming, variability of response by pattern, recovery efficiency in the reservoir contacted by the injected steam, as well as the potential cost for installation and operation of full-field development. A baseline of the non-steamflood production from the LSP’s 25 producing wells has been established, and it will serve as an important basis of comparison for establishing the effectiveness of steamflood production. The LSP also includes 16 wells for injecting steam and 16 observation wells for monitoring reservoir conditions.
The LSP has benefited from the observations and test results recorded for the SST. The SST demonstrated that poor-quality Eocene produced water could be processed to generate high-purity water for steam generation and that the steam could be injected over a long duration in the PNZ’s carbonate reservoirs. It also has been employed to test mechanical and chemical strategies for coping with subsurface corrosion and scaling from steamflooding.
As of
Source:
For Chevron Corporation
Margaret Cooper, +1-713-372-4919 (Houston)
