Enhancement performance oil pipeline utilizing nanotechnology
1 Department of Medical Physics, College of Applied Medical Sciences, University of Karbala.
2 Department of biology, College of Science, Al-Qasim Green University, Babylon, 51013, Iraq.
Research Article
Open Access Research Journal of Multidisciplinary Studies, 2026, 11(02), 012-020.
Article DOI: 10.53022/oarjms.2026.11.2.0029
Publication history:
Received on 22 March 2026; revised on 06 May 2026; accepted on 08 May 2026
Abstract:
Oil and gas pipelines are a critical part of the global energy supply and are also essential to economic viability across the world. Many pipelines around the world are reaching, or have reached, their useful life; this increases the risk of a logistical failure in the transportation infrastructure. Pipelines are subject to a variety of mechanisms that contribute to their deterioration, specifically; corrosion, erosion, fouling and material fatigue. These mechanisms diminish the overall efficiency of pipelines while simultaneously exposing them to new safety and environmental liabilities. Historically, there are many forms of protection against deterioration that were used to protect pipelines; however, those methods have not provided long-term performance and durability guarantees. Nanotechnology could be a method to address the need for increased pipeline integrity and to extend the service life of pipelines. The use of nano-coatings along with barriers created from nano-composite materials will provide enhanced protection against corrosive agents through low permeability and extremely protective layers. Self-healing nano materials will add to the reliability of pipelines through the ability to naturally repair micro-damage to the pipelines without assistance from the outside world. Nanotechnology-enabled catholic protection systems will provide improved corrosion control while using less energy and providing greater efficiency. The use of Nano fluids will improve flow assurance by reducing frictional losses, preventing deposits from developing and aid to enhancement of thermal stability of fluids in a pipeline system, as such will possess the ability to sustain optimal flow conditions and minimize the risk of blockages and or efficiency loss over time.
Keywords:
Nanotechnology; Pipeline; Integrity; Mitigation; Nanosensors
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