In contrast to other consulting and engineering firms, GATE's philosophy is based on taking an operators prospective to a problem and not limiting ourselves to a specific discipline.

Viking has the expertise to help operators better understand past well failures and frac performance by working together to develop improved frac designs and execution.

Well Planning & Configuration, Tubular Design, Evaluation of Connections, WELLCAT/StressCheck/TDAS, Casing & Tubular Design Training Courses, Mill Qualification & Surveillance

Viking Engineering provides operators with a holistic and multidisciplinary approach to hydraulic fracturing and stimulation-related operations. From fracture design to execution and post-treatment analysis, Viking’s approach offers the operator technically supported decisions when conducting fracturing and stimulation operations.

Viking Engineering provides operators with a holistic and multidisciplinary approach to hydraulic fracturing and stimulation-related operations. From fracture design to execution and post-treatment analysis, Viking’s approach offers the operator technically supported decisions when conducting fracturing and stimulation operations.

Viking Engineering provides onsite support for all fracturing and stimulation operations. The onsite Viking team ensures that operations are executed as it was designed and planned while making sure to achieve the project objectives. This gives our clients peace of mind throughout the process.

Surface operational temperatures >302°F (150°C) makes well design, materials and equipment selection critical for Geothermal wells. Viking Engineering’s knowledge and expertise helps to deliver your required solutions.

Provides fit-for-service evaluations, testing and analysis for evaluating complex downhole failures, pipeline failure investigations and forensic services for midstream and downstream clients and also provides services to the renewable energy sector.

Viking Engineering has performed many materials selection projects to help operating companies produce oil and gas safely and within budget.

The Viking team merges the mechanical and dynamic thermal-hydraulic aspects to bring a true systems approach to annulus pressure management.

Complete Lifecycle Stress Analysis, Completion Design, Downhole Equipment Evaluation

Viking’s Materials and Corrosion Team is involved with detailed material selection and qualification support with the goal of ensuring the selection of fit for service materials and their appropriate manufacture and fabrication.

Failure analysis is a critical process in determining the physical root causes of problems. The process is complex, draws upon many different technical disciplines, and uses a variety of observation, inspection, and laboratory techniques

The Viking QA Team provides experienced and competent QA & TPI Inspectors around the globe, providing mill, post mill and vendor surveillance on critical casing and/or tubing strings, drill pipe, line pipe, downhole engineered equipment and accessory items.

GATE follows a similar methodology to threat identification in risk assessment (e.g. FMEA), and analyses the relations between possible causes, and prevention and maintenance measures to highlight the cause(s) to be addressed.

Provides fit-for-service evaluations, testing and analysis for evaluating complex downhole failures, pipeline failure investigations and forensic services for midstream and downstream clients and also provides services to the renewable energy sector.

Mechanical Testing, Tensile Testing, Harness Testing, Materials Chemical Analysis, Metallographic Evaluations, Fracture surface Evaluations, Microstructural Characterization, and Customized Testing

Metallics and Non Metallics Materials Selection, Field Corrosion Studies, Fit-for Service Assessment, Integrity Assessments and Life Extension Engineering Assessments

Forensic Engineering, Field Investigation, Legal support / Expert Witness, Root Cause analysis, Sample Collection, Proprietary Failures Database and Fit-for Purpose Evaluations

Finite Element Analysis (FEA), Thermo-hydraulic Modeling, Corrosion and Erosion Modeling, Fracture Mechanics Modeling, Fatigue and Stress Analysis, Thermodynamic Modeling and Fit-for-Purpose Software Design