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Highlights of Recent Activities Dwight
Dauben received the prestigious “IOR Pioneer Award” at the SPE/DOE Improved
Oil Recovery Symposium held April 19-23, 2008, DI has been quite busy in recent months in working with clients to improve oil recovery from their existing fields. These projects have involved miscible gas injection, polymer flooding, chemical flooding, conventional waterflooding, and the use of horizontal wells in depleted fields. Most of the activities in recent months have focused on the additional recovery of oil from the older fields. Each reservoir setting is unique and efforts to improve recovery are tailored for the individual situation. DI, in association with Grand Resources, Inc., has achieved outstanding success in the use of horizontal wells to increase oil recovery from fields that were discovered some 75-80 years ago. DI has also been heavily involved in the application of gas injection technology for the miscible recovery of oil. Recent activities have also focused on conventional waterflooding in a carbonate reservoir. About the Company Dauben International Energy Consultants, Inc. (DI), was founded by Dwight L. Dauben, PhD, Petroleum Engineer in July, 1993 to provide a diversified range of services to the oil and gas industry. Dr. Dauben brought to the new organization over 35 years of experience with Amoco and major consulting organizations in reservoir engineering applications and improved oil recovery methods. A strong international focus was incorporated into the company, as reflected by the name. DI, along with associated personnel, provides specialized technical expertise in the following areas of petroleum engineering:
DI is best
known for its experience in the improvement of oil recovery from existing
fields. The first step in this process is to evaluate the reservoir and the
current production operations. The next step is to employ an improved
operation or process to increase producing rates and recovery. Economics is
always an integral part of any evaluation. DI is also well known for its
ability to bring state-of-the-art technology for the improvement of oil
recovery in a way that is both practical and cost-effective. The Future of Improved Oil Recovery Technology Improved
oil recovery technology is expected to play an ever increasing role in the
future due to an array of factors. These include increased world-wide demand,
increased difficulties in replacing reserves using conventional technologies,
higher oil prices, and increased awareness of environmental factors. The
appeal of improved oil recovery methods is that the location and size of the
resource are known, and few additional environmental factors are introduced
when applying new recovery methods. World-wide efforts to curtail carbon
emissions also make available carbon dioxide which can be profitably used to
increase oil recovery. Carbon dioxide is a very useful gas for improving oil
recovery. The gas is useful in light oil applications to improve recovery
under miscible, immiscible conditions, and in gas-assisted gravity drainage
applications. The gas is useful in heavier oils to stimulate production from
cyclic operations and in applications involving the use of immiscible WAG
(water-alternating-gas) operations with horizontal injection and horizontal
producing wells. Much
of the improved oil recovery technology was lost in the mid 1980s with the
collapse of oil prices. Activity is now beginning to increase. Unfortunately,
some of the lessons learned from the past have been forgotten. Some new
projects are being implemented using methods that have not worked in the past.
DI is one of the few remaining consulting organizations that were involved in
the development of enhanced oil recovery technology in the 1970s and 1980s. DI
along with its affiliated professionals is uniquely qualified for the
challenging opportunities that lie ahead because of its long-term experience
and expertise. This expertise and expertise helps to reduce the risk factors
involved in the application of new projects. Last update : 26th December 2009
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