OUR GEOSCIENTIFIC SERVICES
OVERVIEW
Applied Scientific Services & Technology consistently provides solutions to our clients’ problems using the most advanced acquisition, processing and interpretation strategies available. We are aware of the time critical nature of our clients’ projects and offer a range of innovative, time saving services that are tailored to the individual needs of the client at every stage in their project life-cycle – whether it be from broad scale reconnaissance surveys for pipeline routing or green-fields exploration for commodities, right down to detailed, high-resolution 3D seismic tomographic imaging of sites for foundation design, ground penetrating radar for cavity detection in urban sub-developments or marine geophysics for well platform site selection and de-risking.
A suite of leading edge, fully maintained geophysical instrumentation along with highly experienced field personnel, domain expert geophysicists, coupled with quality management, OH&S and environmental management systems mean that ASST can be relied upon to deliver the answers you need on time, every time.
GEOSCIENTIFIC CONSULTING SERVICES
These services provide expert advice and solutions on geological and geospatial issues. Consultants offer specialized knowledge in areas like mineral exploration, environmental assessments, and resource management, helping clients make informed decisions through tailored strategies and recommendations.
GEOSCIENTIFIC DESKTOP STUDIES
These studies involve analyzing geological and geospatial data using computer tools before conducting fieldwork. By reviewing existing data such as satellite images and geological maps, desktop studies provide preliminary assessments of a site’s potential and risks, guiding subsequent research and planning.
DATA ASSIMILATION & MANAGEMENT
This process involves integrating and organizing diverse geoscientific data from various sources into a cohesive system. Effective data assimilation ensures that data is accurately combined, stored, and managed, facilitating easier access and analysis for informed decision-making.
GEOSCIENTIFIC SURVEY DESIGN
Survey design involves planning and structuring geoscientific investigations to effectively gather and analyze data. This includes defining objectives, selecting methodologies, and determining the best techniques and tools to address specific geological questions or challenges.
GEOSCIENTIFIC DATA ACQUISITION
This refers to the process of collecting geological and geospatial data through various methods, such as field surveys, remote sensing, or geophysical measurements. Accurate data acquisition is crucial for understanding geological formations, resource distribution, and environmental conditions.
GEOSCIENTIFIC DATA PROCESSING
This involves the transformation and refinement of raw geoscientific data into a usable format. Processing techniques, such as filtering and calibration, enhance the quality and accuracy of data, making it suitable for detailed analysis and interpretation.
INTERPRETATION & INTEGRATION
Interpretation involves analysing processed geoscientific data to draw conclusions about geological phenomena or conditions. Integration combines insights from various data sources and analyses to develop a comprehensive understanding of a site or problem, facilitating more informed decision-making and recommendations.