Alpine brings all of its experience to the table in designing and implementing safe and effective UXO assessment surveys. Four key components must come together in order to achieve a successful ordnance detection survey:
Planning. Health and Safety is of the utmost importance to Alpine and many inherent dangers in UXO related operations can be mitigated through proper planning. Issues to consider include understanding type and condition of munitions, the project’s environmental setting, security concerns of the geographic area, and insuring a proper survey plan is developed which achieves ordnance detection goals.
Selecting the right set of detection tools for the project mission. Key considerations include the type of materials used to make the munitions, size of the munitions, whether they are expected to be buried and how far below the surface they might be. Alpine has the capability of deploying a wide range of systems such as Gradiometers, Electro-Magnetic Coils, Side Scan Sonars, Subbottom Profilers and Multi-beams to successfully and efficiently complete the project.
Insuring High Accuracy Positioning. Knowing the exact position of detected munitions for future inspection and disposal is critical to munitions clearance efforts. The higher the accuracy, the faster future phases can be conducted which require re-locating of munitions identified during the survey. Alpine takes its extensive experience in surface and sub-surface positioning for some of the most demanding oil, gas, cable and construction companies in the world, and applies it to our munitions surveys using state of the art technologies and techniques.
Producing a high quality, comprehensive and comprehensible report. Alpine employs only experienced geophysicists to review the data, cross reference information between instruments, and process information into final products using industry standard software.
Alpine supports coastal, marine and civil engineers and projects by providing high quality marine survey data which is used for design, analysis, numerical modeling and regulatory assessment