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Innovative Acoustic Jacketing for Oil and Gas Pipelines
Kashif R. Mohammad1, Abhishek Asthana1*, Graham Cockerham1 and Mark Almond2
1 MERI, Sheffield Hallam University, Sheffield, United Kingdom
2 BS Stainless, Bamber Bridge, Lancashire, United Kingdom
Abstract:
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Oil and Gas Pipelines can run thousands of miles and need thermal insulation and cladding to protect them from harsh environmental conditions, prevent heat losses, minimise health and safety risks and comply with legislation. In certain regions, these cladding jackets require additional layers of noise and vibration insulation and often the installation process is expensive and labour intensive. Conventional systems use products like Lead and Bitumen for noise reduction, but their use causes health, safety and environmental problems.
This research aimed to mitigate these health and environmental problems and produce an economic solution for noise insulation and jacketing. Using a series of experimental tests and Finite Element Analysis (FEA), an integrated cladding system has been developed, combining acoustic insulation and metal sheets in a single product. The tests showed that the new system improved acoustic performance and corrosion prevention while simultaneously allowing easier installation which significantly reduces installation time and related costs. A special purpose machine has also been designed which will produce the product in an efficient and cost effective manner.
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Corresponding Author :
Kashif R. Mohammad1, Abhishek Asthana1*, Graham Cockerham1 and Mark Almond2
*Email:- a.asthana@shu.ac.uk
*Tel.:- (+44) 114 225 3261
1 MERI, Sheffield Hallam University, Sheffield, United Kingdom
2 BS Stainless, Bamber Bridge, Lancashire, United Kingdom
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