Oil & Gas
Oil & GasMeasuring the Thermal Conductivity for the Oil & Gas Industry
Petrochemical makers no longer have to destroy their test samples of oils, greases and waxes to research their properties. The C-Therm’s MTPS™ sensor gives you non-destructive thermal measurement liquid testing that can be used in research, quality control, testing of finished products, and evaluation of supplier materials. Speed and sampling flexibility make on-line testing a reality.
Trident Instrument with MTPS
C-Therm’s sensor technology can be integrated into pipe networks or tanks to monitor water content in petroleum, or desegregation of liquids in storage. Unlike other thermal conductivity techniques, C-Therm’s technology can be used for liquid testing directly. Solutions for fast-paced R&D, QA/QC, and production environments are made possible with our innovative sensor technology.
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Seaforth Geosurveys Inc.
Seaforth Geosurveys turned to the C-Therm TCi for effective thermal conductivity characterization in our exploration vessel’s on-board lab. The portability and ease of use of the instrument allowed our technicians to rapidly measure thermal conductivity of our geological core samples accurately and consistently in a 24-7 operation. As a Nova Scotia based company working worldwide, we were pleased to have a local, made in Atlantic Canada solution for our project requirements. We would recommend the TCi for any research or screening with a focus on geological and/or in-situ applications, and we will continue to utilize it on new exploration missions.”
David Lombardi,
President of Seaforth Geosurveys Inc. (Sector: Geology / Oil & Gas)
More Testimonials
Resources
- Thermal Conductivity Measurements of Bitumen Oil Sands
- Avoid Convection Errors in Measuring the Thermal Conductivity of Liquids
- Measuring Concentrations
- Introducing NEW High Temp TLS Sensor - Thermal Conductivity for Polymer Melts
- Development of composite adsorbents and storage vessels for domestically used adsorbed natural gas
- Reusing of Oil Industry Waste as Secondary Material in Clay Bricks
- Effect of Engineered Nanoparticles on Enhancement of Composite Properties Relevant to Oilfield Applications
- An Experimental Study on Thermophysical Parameters of Production Wells and their Applications