This Oil and Gas TOE profiles innovations used in oil & gas encapsulation, pipeline insulation, biosensing and sealing operations with use of self-healing technologies. Use of chromium-free hybrid coating that can be applied on metals to prevent corrosion, a thermal cracking and hydrodynamic cavitation process that can reduce viscosity of heavy oils without modifying its composition are also covered. A polymer aerogel that can provide immense momentum to pipeline insulation and a sustainable process to convert mixed plastics into crude oil have also been presented.
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1. Advances in Oil & Gas Encapsulation, Pipeline Insulation, Bacterio-sensors, Self-healing Sealants, Barrier Coatings, Oil & Gas Transportation, and Crude Oil Production
- Technology Advancements in the Oil and Gas Industry
- An Encapsulation Carrier Material to Transport Complex Oil Chemistries on Field
- Polymer Aerogel To Improve Insulation for Deep-Sea Pipe-in-Pipe Oil and Gas Pipelines
- Repairing Adhesive That Can Bond Dissimilar Substrates at High Temperatures
- Sensor Made of Bacteria That Could Instantly Detect Hydrocarbon Leaks
- Glass Fiber-reinforced Composite To Offer Mechanical Integrity to Oil & Gas Drilling Applications
- Self-healing Sealant System that Enhances Long-term Zonal Isolation of the Oil Well
- Chromium-free Hybrid Barrier Coating for Metals and Alloys that Can be Used in Oil & Gas Pipelines
- Visco-elastic Adhesive System that can be Used for Corrosion Protection of Oil & Gas Pipelines
- Technology that Reduces Viscosity of Heavy Oils Without Any Change in Chemical Composition
- Technology that Transforms Mixed Plastics to Crude Oil