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Highlights

  • CCEC signs four-year exploration contract for 945.9 km² Kiskunhalas Concession Area in Hungary.
  • The company begins technical studies to assess gas potential, including new and reprocessed 3D seismic data.
  • CCEC identifies gas-charged seismic features over 25% of southern concession area in initial review.

CanCambria Energy Corp. (TSXV:CCEC; FSE:4JH) is a Canadian-based exploration and production company focused on the development of tight gas resources. Its core asset is the 100%-owned Kiskunhalas Project located in southern Hungary. The company applies advanced geophysical and drilling technologies to projects across Europe, with a focus on unlocking hydrocarbon resources with access to regional infrastructure and gas markets. CanCambria is listed on the TSX Venture Exchange under the symbol CCEC, and its shares also trade on the Frankfurt (4JH).

The company has signed a concession contract for the Kiskunhalas Concession Area (KCA) with Hungary’s Ministry of Energy, formalising the commencement of a four-year exploration term. The agreement includes payment of a concession fee within 30 business days of the contract’s effective date.

The 945.9 km² concession area is in southern Hungary and includes prospective zones for both conventional and unconventional hydrocarbon resources. The area will be explored using a combination of legacy and new technical data, including 3D seismic datasets.

The company’s CEO, Dr. Paul Clarke, confirmed that CanCambria has already begun work on integrating and interpreting the technical data from the newly acquired area. According to Clarke, the data-driven approach will inform a multi-year drilling portfolio, guided by technical assessments currently underway.

A key feature of the concession is its extension of the gas-bearing fault block associated with the company’s flagship Kiskunhalas Trough asset into the new exploration area. The company has licensed 3D seismic data from 2011 over this part of the KCA and intends to merge and reprocess it with additional proprietary 3D datasets to refine subsurface imaging.

Initial interpretation of these seismic volumes has revealed amplitude anomalies—indicators of gas-charged reservoirs—across approximately 25% of the concession’s southern region. A resource assessment is expected to follow to determine the viability of drilling locations for inclusion in the broader field development plan.

The concession area also includes the Soltvadkert Trough, a deeper Miocene-age basin that occupies about 30% of the northern KCA. This region has not been previously tested by deep drilling and has limited seismic coverage, primarily consisting of legacy 2D surveys. CanCambria is in early discussions with geophysical survey providers regarding a new 3D seismic acquisition program aimed at better imaging the basin and assessing its exploration potential.

In addition to evaluating deeper unconventional targets, CanCambria is conducting a parallel study into the area’s shallow conventional oil and gas prospects. The company anticipates completing this work by the end of the year.