St. Albert is a city located just northwest of Edmonton, Alberta and is close to the emerging Clearwater Formation. It is a geological formation in Western Canada that has gained attention for its potential as an oil and gas reservoir. It is part of the Western Canada Sedimentary Basin (WCSB), one of the largest and most prolific sedimentary basins in the world.
Data Download Center
St. Albert Oil & Gas Operators
Detailed list of active Oil & Gas Operators in St. Albert
St. Albert New Well Permits Last 30 Days
Detailed list of new well permits last 30 days in St. Albert
St. Albert Wells Drilled Last 365 Days
Detailed list of wells drilled in St. Albert last 365 days
St. Albert Rig Report
Detailed list of active drilling rigs in St. Albert last 30 days
Key points about the Clearwater Formation include:
- Location: The Clearwater Formation is distributed in various areas within the WCSB, with significant presence in parts of Alberta and Saskatchewan. It is situated alongside other formations that are known for oil and gas production.
- Formation Type: The Clearwater Formation is a carbonate rock formation, and it consists of carbonate minerals such as limestone and dolomite. Carbonate formations can serve as reservoirs for oil and gas.
- Hydrocarbon Potential: The Clearwater Formation has been the focus of exploration and development activities due to its potential as a hydrocarbon reservoir. Oil companies have been interested in assessing the economic viability of extracting oil and gas from this formation.
- Unconventional Resources: In addition to conventional oil and gas resources, the Clearwater Formation is considered an unconventional resource play. Unconventional resources often require advanced extraction technologies such as hydraulic fracturing (fracking) and horizontal drilling to enhance production.
- Technological Advances: Advances in drilling technologies have played a role in unlocking the potential of formations like the Clearwater. Horizontal drilling allows for increased exposure to the reservoir, and hydraulic fracturing helps stimulate the flow of hydrocarbons from tight rock formations.