Advanced carbon composite material for heavy oil and geothermal energy recovery

Journal of Material Sciences & Engineering

ISSN: 2169-0022

Open Access

Advanced carbon composite material for heavy oil and geothermal energy recovery

14th International Conference on Energy and Materials Research

December 06-07, 2017 Dallas, USA

Lei Zhao and Zhiyue Xu

Baker Hughes, A GE Company, USA

Scientific Tracks Abstracts: J Material Sci Eng

Abstract :

Lack of high temperature elastic seals has been the bottleneck for the energy industry to economically and safely explore geothermal energy and heavy oils. The reserve of heavy oil is three times the total amount of conventional oil and gas combined, and resource of geothermal energy is almost unlimited. In these applications, hot fluids are required to be safely sealed in an enclosed system, the temperature of which could easily reach to 750?°F (399?°C) and above, and the seal material also has to survive the extremely corrosive downhole environment. Traditionally, elastomers are the materials chosen for downhole sealing applications. But this type of organic material is prone to decompose when temperatures approach 600?°F (316?°C) and even lower in wellbore fluids. Metal to metal sealing systems may have the temperature tolerance, but lacks enough elasticity to provide reliable seal performance in downhole conditions. This presentation will introduce a newly developed elastic carbon composite (ECC), which is a highly engineered material with both mechanical and chemical properties readily tuned for specific applications. Tests show that the elastic carbon composite material has excellent thermal stability over 1000?°F (538?°C) and strong corrosion resistant to extremely corrosive environment including concentrated acid. In this presentation, we will also discuss the performance of the elastic carbon composite as a high temperature seal, and provide some exemplary industrial applications in unconventional energy recovery, including packing elements, O rings, and chemical injection valves seals.

Biography :

Dr. Lei Zhao is a Lead Scientist from Baker Hughes, A GE Company. His working areas include high temperature seal, Nano composites, nanofabrication, as well as smart materials. Before joining Baker Hughes in 2013, he did his postdoc research on metal nanocomposite in Argonne National Laboratory, Chicago, Illinois and PhD study on polymer nanocomposite in Georgia Tech. He has published over 30 papers in journals including Nature Nanotechnology, advanced materials, Angewandte Chemie, etc., and filed over 30 patent applications in area of energy materials

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