TASK Geoscience and Fronterra Integrated Geosciences have joined forces to become a global geoscience consultancy - the Task Fronterra Group. Task Fronterra has received a financial injection of growth capital investment from BGF, which will take a minority stake.

Task Geoscience was founded in 2001, and Fronterra in 2003. Both are independent geological consultancies providing data processing, borehole image interpretation and reservoir modelling services to the major operators in the oil & gas industry. The merger has created the largest independent geoscience company specialising in the use of borehole imaging and core integration, which allows it to improve clients’ understanding of oil and gas reservoirs through analysis of the well bore geology. Task Fronterra has a global footprint, with 10 offices across North and South America, Europe, the Middle East and Asia Pacific. The combined business benefits from the knowledge of more than 80 of the most experienced geoscientists in the field.

Geoscience analysis and interpretation is key to understanding oil and gas reservoirs, which in turn is critical in making extremely valuable decisions on how best to maximise the returns from exploration and production activity. Task and Fronterra are the two market leaders in the sector, and enjoy complementary skills and geographical coverage. Furthermore the complementary expertise provides the opportunity to assist clients across the world with their understanding of mature reservoirs, carbonates, deep water fields, and unconventional hydrocarbons. In particular the Integrated Shale Gas Workflow, driven from Task Fronterra’s understanding of the relevance of fracture networks to productivity of shale gas wells, has been pioneering in the industry. Task-Fronterra’s proprietary software, attitude, allows clients to analyse and visualise surfaces within and between wells in a unique and intuitive manner. The use of Task-Fronterra’s unique workflows, together with inter-well analysis using attitude allows the identification of sub seismic faults and fault systems which can improve certainty in Enhanced Oil Recovery (EOR) and reduce the risk of poor well positioning with respect to faults. This is important in mature basins such as in the North Sea where poor EOR well placement can result in early water breakthrough.

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