For over 20 years, Amplified Geochemical Imaging LLC (AGI) has provided expert detection and mapping survey services for the oil & gas, environmental, and mineral industries. Our technology has been proven in more than 70 countries, used in all terrains, geographies and climates.
Our passive gas sampling technology was first developed by Dr. Ronald W. Klusman at the Colorado School of Mines and purchased by W.L. GORE & Associates, Inc. W.L. GORE invested the time and money necessary to take the surface detection system to ultrasensitive levels.In 2013 Amplified Geochemical Imaging purchased the technology rights from W.L. GORE & Associates, Inc. and used their exploration and environmental experience to expand the technology applications to include Downhole Geochemical Logging.
Amplified Geochemical Imaging is currently the industry leader in ultrasensitive surface detection and mapping. Amplified Geochemical Imaging Surveys identify, measure, and map volatile and semi-volatile organic compounds in soil gas, water, air, and sediment.
Our passive gas sampling technology was first developed by Dr. Ronald W. Klusman at the Colorado School of Mines and purchased by W.L. GORE & Associates, Inc. W.L. GORE invested the time and money necessary to take the surface detection system to ultrasensitive levels.In 2013 Amplified Geochemical Imaging purchased the technology rights from W.L. GORE & Associates, Inc. and used their exploration and environmental experience to expand the technology applications to include Downhole Geochemical Logging.
Amplified Geochemical Imaging is currently the industry leader in ultrasensitive surface detection and mapping. Amplified Geochemical Imaging Surveys identify, measure, and map volatile and semi-volatile organic compounds in soil gas, water, air, and sediment.
Services
In 2013, Amplified Geochemical Imaging LLC (AGI) acquired the GORE Survey Products Group, maker of the GORE-Sorber.
The AGI Sampler (formerly the GORE-Sorber) is a proprietary adsorbent that collects volatile and semi-volatile compounds present in air, soil gas, and water.
The adsorbents are sealed inside a tube of microporous expanded polytetraflouoethlene (ePTFE), more commonly known as the membrane.
W.L. Gore & Associates, Inc. supplies AGI specialized quality material used in the manufacturing of our AGI Passive Samplers.
The AGI Sampler (formerly the GORE-Sorber) is a proprietary adsorbent that collects volatile and semi-volatile compounds present in air, soil gas, and water.
The adsorbents are sealed inside a tube of microporous expanded polytetraflouoethlene (ePTFE), more commonly known as the membrane.
W.L. Gore & Associates, Inc. supplies AGI specialized quality material used in the manufacturing of our AGI Passive Samplers.
AGI's unique Amplified Geochemical Imaging technology has been used in over 70 countries with climates ranging from frozen tundra to dry desert to tropical jungle.
Reservoirs as deep as 7,000 meters have been imaged and proper petroleum phase type indicated.
AGI can quote and arrange fieldwork for large frontier surveys covering 10,000 square kilometers or for smaller more focused prospect evaluations around 6 square kilometers.
Detection of thermogenic compounds directly emanating from your reservoir in parts-per-trillion levels.
Reservoirs as deep as 7,000 meters have been imaged and proper petroleum phase type indicated.
AGI can quote and arrange fieldwork for large frontier surveys covering 10,000 square kilometers or for smaller more focused prospect evaluations around 6 square kilometers.
Detection of thermogenic compounds directly emanating from your reservoir in parts-per-trillion levels.
Amplified Geochemical Imaging Surveys can be performed in any water depth from meters to thousands of meters.
It is one of the few exploration techniques that are economical to run in transition zones.
Collection of cores in a grid pattern over a block or prospect will allow petroleum phase imaging of the reservoir.
Alternatively, AGI Surveys can be used to target macroseeps and seabed features to indicate a petroleum system offshore.
Our high sensitivity data fills in the normal data gap between C6 and C15 found in conventional macroseepage studies, and reduces the risk that you will miss the seabed feature.
It is one of the few exploration techniques that are economical to run in transition zones.
Collection of cores in a grid pattern over a block or prospect will allow petroleum phase imaging of the reservoir.
Alternatively, AGI Surveys can be used to target macroseeps and seabed features to indicate a petroleum system offshore.
Our high sensitivity data fills in the normal data gap between C6 and C15 found in conventional macroseepage studies, and reduces the risk that you will miss the seabed feature.
Amplified Geochemical Imaging LLC's Downhole Geochemical Logging (DGL) provides an ultra-sensitive assessment of the hydrocarbons in a well.
DGL analyzes downhole cutting samples to directly characterize the composition of hydro-carbons vertically and laterally through prospective sections and is 1,000 times more sensitive than traditional methods.
This methodology has the unique ability to look at a broad compound range from C2 to C20, which is significantly more expansive than the limited mud logging range of C1-C5 or the C1-C9 of other techniques.
DGL analyzes downhole cutting samples to directly characterize the composition of hydro-carbons vertically and laterally through prospective sections and is 1,000 times more sensitive than traditional methods.
This methodology has the unique ability to look at a broad compound range from C2 to C20, which is significantly more expansive than the limited mud logging range of C1-C5 or the C1-C9 of other techniques.
Amplified Geochemical Imaging LLC is a DoD ELAP and ISO 17025 accredited laboratory that analyzes passive soil gas samplers for parts per trillion levels of more than 60 volatile and semi-volatile organic compounds (VOCs, SVOCs) by a modified EPA method 8260C.
Our methods ensure the highest quality control and quality assurance in the industry and they have been verified through the US EPA Environmental Technology Verification Program.
Completed over 5,000 surveys in 49 states and other countries including North America, Africa, Asia Pacific, Europe, Middle East, South America, and Australia.
Our methods ensure the highest quality control and quality assurance in the industry and they have been verified through the US EPA Environmental Technology Verification Program.
Completed over 5,000 surveys in 49 states and other countries including North America, Africa, Asia Pacific, Europe, Middle East, South America, and Australia.
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