Geo-Temp Corporation
Specialists In Subsurface Imaging For The 21st Century
Services
Services Overview

 

Geo-Temp provides advanced surveying expertise and high speed technology (U.S. and foreign patent pending) that blends its own hardware and software applications, together with other proven imagery systems, to better define the visual representations of a desired subsurface target.

Geo-Temp offers a wide range of services which include:

(1) Geo-Temp’s DIRECTsm   imaging services include scanning surface and subsurface terrain using infrared radiation detectors for locating and identifying subsurface objects and voids such as tunnels, channels, cisterns, sewer lines, pipelines, drains, land mines, caves, munitions, aquifers, and storage units, and scanning surface and subsurface structures such as bridge decks and pipelines using infrared radiation detectors for locating and identifying abnormal object voids and corrosion;

  
(2) Geo-Temp’s DIRECTsm   data analysis services include detecting and analysis of thermal inertia anomaly data for locating and identifying subsurface objects and voids such as tunnels, channels, cisterns, sewer lines, pipelines, drains, land mines, caves, munitions, aquifers, and storage units, and detecting and analysis of thermal inertia anomaly data for locating and identifying structural abnormalities such as abnormal object voids and corrosion in surface and subsurface structures such as bridge decks and pipelines; and

 
(3) Geo-Temp’s  DIRECTsm   surveying services include locating and identifying subsurface objects and voids such as tunnels, channels, cisterns, sewer lines, pipelines, drains, land mines, caves, munitions, aquifers, and storage units by detecting infrared radiation, and locating and identifying abnormal object voids and corrosion in surface and subsurface structures such as bridge decks and pipelines using infrared radiation detectors.


The company's unique and innovative process provides government and industry an economical way to process imagery at the highest level of accuracy to date.