Geological Experience:
While with Dart, I worked in the Michigan Basin developing prospects in the Devonian
(Traverse Lime, Dundee, and Detroit River), Silurian (Niagaran Reefs), and Ordovician
(Trenton and PdC). I developed prospects in the Illinois Basin in the Mississippian
(Rosiclare Sand and fractured New Albany Shale gas), Devonian (Geneva Dolomite
draped over Silurian Reefs and fractured dolomite in conjunction with the New Albany),
and Silurian Reefs. I developed Trenton structural prospects in proximity to the Peru Field
(>1.5 mmbo at ≈1,000 feet) in NW Indiana. I developed a Utica Shale gas prospect in
Ohio. I have participated in structural and stratigraphic Mississippian Sand prospects in
the Appalachian Basin. I have been involved in the development in a large Pennsylvanian
CBM project in the Cherokee Basin. I helped evaluate the Fort Worth Basin for Dart’s
entry into the Barnett Shale play. I developed the geological portion for the successful
sales presentation for a large CBM project in the Powder River Basin in Wyoming. I
thoroughly evaluated several large potential acreage and asset purchases in the
Sweetgrass Hills area in north-central Montana. This resulted in the purchase of one of
the projects involving tens of thousands of acres having potential in many shallow
(1,000 – 3,000 feet) Cretaceous through Mississippian Formations, and the development
of a large, shallow (<4,000 feet) resource shale play.
Geophysical Experience:
I have had experience using seismic to successfully define Silurian Reefs and PdC
structures in Michigan. I have used regional aeromagnetic surveys to develop Trenton
structural prospects in proximity to the Peru Field (>1.5 mmbo at ≈1,000 feet) in NW
Indiana. I used 2-D and 3-D seismic to define Mississippian (Rosiclare Sand and
fractured New Albany Shale gas), and Devonian (Geneva Dolomite draped over Silurian
Reefs and fractured dolomite in conjunction with the New Albany) prospects in the Illinois
Basin. I have used 2-D seismic to develop Cretaceous sand channel prospects in the
Sweetgrass Hills area in north-central Montana.
While with Dart, I worked in the Michigan Basin developing prospects in the Devonian
(Traverse Lime, Dundee, and Detroit River), Silurian (Niagaran Reefs), and Ordovician
(Trenton and PdC). I developed prospects in the Illinois Basin in the Mississippian
(Rosiclare Sand and fractured New Albany Shale gas), Devonian (Geneva Dolomite
draped over Silurian Reefs and fractured dolomite in conjunction with the New Albany),
and Silurian Reefs. I developed Trenton structural prospects in proximity to the Peru Field
(>1.5 mmbo at ≈1,000 feet) in NW Indiana. I developed a Utica Shale gas prospect in
Ohio. I have participated in structural and stratigraphic Mississippian Sand prospects in
the Appalachian Basin. I have been involved in the development in a large Pennsylvanian
CBM project in the Cherokee Basin. I helped evaluate the Fort Worth Basin for Dart’s
entry into the Barnett Shale play. I developed the geological portion for the successful
sales presentation for a large CBM project in the Powder River Basin in Wyoming. I
thoroughly evaluated several large potential acreage and asset purchases in the
Sweetgrass Hills area in north-central Montana. This resulted in the purchase of one of
the projects involving tens of thousands of acres having potential in many shallow
(1,000 – 3,000 feet) Cretaceous through Mississippian Formations, and the development
of a large, shallow (<4,000 feet) resource shale play.
Geophysical Experience:
I have had experience using seismic to successfully define Silurian Reefs and PdC
structures in Michigan. I have used regional aeromagnetic surveys to develop Trenton
structural prospects in proximity to the Peru Field (>1.5 mmbo at ≈1,000 feet) in NW
Indiana. I used 2-D and 3-D seismic to define Mississippian (Rosiclare Sand and
fractured New Albany Shale gas), and Devonian (Geneva Dolomite draped over Silurian
Reefs and fractured dolomite in conjunction with the New Albany) prospects in the Illinois
Basin. I have used 2-D seismic to develop Cretaceous sand channel prospects in the
Sweetgrass Hills area in north-central Montana.
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