The first day’s session included a keynote address by D. Sloan, The Development of Hydrate Knowledge, before a day on Arctic activities, which included a presentation by S. Dallimore on the Canadian-led effort on the Mallik gas hydrate production research well in the Mackenzie Delta, as well as two research well programs on the Alaska North Slope (Anadarko’s Hot Ice No 1 well and a well to be drilled by BP in the Eileen trend). In addition, there were presentations by Timothy Collett of the U.S. Geological Survey on the geological characterization of gas hydrate accumulations on the North Slope and a reservoir engineering study by G. Moridis of Lawrence Berkeley National Laboratory (LBNL).
S. Dallimore discussed the completed Mallik well study and noted that the results would be presented at an international conference in Japan in December 2003. The program appeared to be well planned and successfully executed. A significant number of Canadian and international partners participated in the effort, including DOE.
Two presentations on the Hot Ice No.1 well—“Lessons Learned and Future Well Plans” by B. Liddell and “Update on the Remote Lab and Equipment” by Richard Sigal, both of the Anadarko Petroleum Corporation—provided an overview of the objectives and progress of the well. As of October 2003, the well had been drilled to the bottom of the permafrost, but had not drilled the suspected hydrate formation. Presentations were also made on the setting of the rig to minimize environmental impacts and details of the remote core lab placed on the rig. No experimental results were presented at the meeting.
A presentation by R. Hunter from BP Exploration, Inc., titled “Natural Gas Hydrate Characterization, Prudhoe Bay—Kuparuk River Area, Alaska North Slope,” discussed the objectives of the study and the technical details of site selection. As of October 2003, the pre-drill site selection work had been completed and planning was under way to drill the well. The effort engaged academic and government entities and appeared to be well planned, with a high degree of potential success in encountering hydrate since well-control data were used in the site selection process. The reservoir engineering efforts including a consideration of risk were part of the planning.
The second day’s session was devoted to marine hydrate and focused primarily on Gulf of Mexico research. It included presentations by Chev-