Many petroleum products like oil and gas are transported from one place to another through pipelines, although they can undergo leakage due to pipeline leaks and cause risks to industries, the environment, and people. In this review work, we have presented a comprehensive overview of acoustic emission technology for gas pipeline leak detection. Essential gas leak detection system requirements, principles, terminologies, and risks due to failure of the natural gas pipeline system have been discussed while proposing a surface acoustic wave sensor with a combination of the Hilbert–Huang transforms (HHTs) as the best method for real-time leak detection system in the gas pipeline network. The variation of wave energy causes propagation of elastic waves that can be detected by sensors mounted on the pipeline. Natural gas pipeline networks require a continuous real-time monitoring system to ensure that the pipelines are delivering the products from one station to another at optimum conditions.
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Seger B, DTU Library37 (2016) 101.
Er Z, and Turna I, Acta Phys. Pol. A129 (2016) 865.
Meng L., Yuxing L, Wuchang W, and Juntao F, J Loss Prevent Proc25 (2012) 90.
Jin H, Zhang L, Liang W, and Ding Q, J Loss Prevent Proc27 (2014) 74.
Pierozzi N, Catena P, Rossin D, Bernasconi G, and Signori M, Offshore Mediterranean Conference and Exhibition, Ravenna, Italy, Offshore Mediterranean Conference (2017).
Mookonil V, Bauzon J, Abu Dhabi International Petroleum Exhibition & Conference, Abu Dhabi Society of Petroleum Engineers (2016).
Hopkins P, Goodfellow G, Ellis R, Haswell J, Jackson N, and Grid N, WTIA/APIA Welded Pipeline Symposium, Sydney, Australia (2009).
Ren L, Jiang T, Jia Z-G, Li D-S, Yuan C-l, and Li H-N, Measurement122 (2018) 57.
Oh S W, Yoon D-B, Kim G J, Bae J-H, and Kim H S, Nucl Eng Des327 (2018) 198.
Holford K M, Eaton M J, Hensman J J, Pullin R, Evans S L, Dervilis N, and Worden K, Prog Aerosp Sci90 (2017) 1.
Mabily D, and Lehning V, Offshore Technology Conference, Offshore Technology Conference (2016).
Siebenaler S, Krishnan V R, Lumens P, Gesoff G, and Salmatanis N. The Twenty-fifth International Ocean and Polar Engineering Conference, International Society of Offshore and Polar Engineers (2015).
Wong L, Rathnayaka S, Chiu W, and Kodikara J, Procedia Eng188 (2017) 293.
Inaudi D, and Glisic B, J. Pressure Vessel Technol132 (2010) 011701.
Anastasopoulos A, Kourousis D, and Bollas K, J. Acoust. Emiss27 (2009) 80.
Vshivkov A, Iziumova A Y, Panteleev I, Ilinykh A, Wildemann V, and Plekhov O, Eng Fract Mech210 (2019) 312.
Veritas D N, Risk assessment of pipeline protection, DNV-RP-F107, Oslo, Norway, (2010).
Fiedler J, ASGMT8 (2014) 103.
Thodi P, Paulin M, Forster L, Burke J, and Lanan G. OTC Arctic Technology Conference, Houston, Texas, USA, Offshore Technology Conference (2014).
Pakhotina J, Zhu D, Hill A, and Santos R. SPE Annual Technical Conference and Exhibition, San Antonio, Texas, USA, Society of Petroleum Engineers (2017).
Kulkarni M G, Buitrago J, Arslan H, and Bardi F C, The Twenty-second International Offshore and Polar Engineering Conference, International Society of Offshore and Polar Engineers (2012).
Geiger, G., and D. Vogt. 10th International Pipeline Conference, American Society of Mechanical Engineers Digital Collection (2014).
Berge U M, Integrity Monitoring Methods for Producing and Plugged Wells, University of Stavanger, Norway: Norway (2017).
Zhang J, Hoffman A, Murphy K, Lewis J, and Twomey M, PSIG Annual Meeting, Pipeline Simulation Interest Group (2013).
Karkulali P, Mishra H, Ukil A, and Dauwels J. 42nd Annual Conference of the IEEE Industrial Electronics Society, IEEE (2016).
Wan J, Yu Y, Wu Y, Feng R, and Yu N, Sensors12 (2012) 189.
Dissanayake D W, Al-Sarawi S, and Abbott D, Acoustic Waves12 (2010) 181.
Sheltami T R, Bala A, and Shakshuki E M, J Ambient Intell Humanized Comput7 (2016) 347.
Duru C, and Ani C, Sādhanā42 (2017) 1889.
Idachaba F, Wokoma E, Okuns G, Brown C, and Walker I, SPE Nigeria Annual International Conference and Exhibition, Society of Petroleum Engineers (2013).
Jreij S F, Trainor-Guitton W J, and Simmons J L, Determining the added value of surface distributed acoustic sensors in sparse geophone arrays using transfer learning with a convolutional neural network, Society of Exploration Geophysicists, (2018).
Lin W, Jiang L, and Wu H, IFAC Proc Vol46 (2013) 27.
Abdelhafidh M, Fourati M, Fourati L C, and Laabidi A, Int J Wireless Mobile Comput14 (2018) 25.
Zhu J, Ren L, Ho S-C, Jia Z, and Song G, Smart Mater Struct26 (2017) 025022.
Dibangoye J S, Buffet O, and Simonin O, Twenty-Fourth International Joint Conference on Artificial Intelligence, (2015).
Oosterkamp A, International Journal of Offshore and Polar Engineering27 (2017) 90.
Baque M, Abu Dhabi International Petroleum Exhibition & Conference, Abu Dhabi, Society of Petroleum Engineers (2017).
Liang W, Zhang L, Xu Q, and Yan C, Eng Fail Anal31 (2013) 1.
Adnan N, Ghazali M, Amin M, and Hamat A, IOP Conference Series: Materials Science and Engineering, IOP Publishing, Bristol (2015).
Cheng Y, Lee W J, and McVay D A, SPE Reserv Eval Eng8 (2005) 224.
Truchetet F, and Laligant O., Wavelet Applications in Industrial Processing II, International Society for Optics and Photonics (2004).
Sharma G K, Kumar A, Rao B P, and Jayakumar T, Mater Eval72 (2014) 2000.
Tse N C, and Lai L, EURASIP Journal on Applied Signal Processing2007 (2007) 169.
Huang N E, Wu M L, Qu W, Long S R, and Shen S S, Appl Stoch Model Bus19 (2003) 245.
Huang N E, Introduction to the Hilbert–Huang transform and its related mathematical problems, World Scientific, Singapore (2014).
Ortega J, and Smith G H, The Seventeenth International Offshore and Polar Engineering Conference, International Society of Offshore and Polar Engineers (2007).
Fusco R, Gelpi L, Manes G, Collodi G, and Manes A, Offshore Mediterranean Conference and Exhibition, Offshore Mediterranean Conference (2013).
Muravin B, Acoustic emission science and technology (2009).
Al-Jumaili S K, Pearson M R, Holford K M, Eaton M J, and Pullin R, Mech Syst Signal Pr72 (2016) 513.
Mohd S, Holford K M, and Pullin R, Proceedings of 30th European conference on acoustic emission testing & 7th international conference on acoustic emission, Granada, (2012).
Baxter M G, Pullin R, Holford K M, and Evans S L, Mech Syst Signal Pr21 (2007) 1512.
McCrory J, Advanced Acoustic Emission (AE) monitoring techniques for aerospace structures, Cardiff University: Cardiff (2016).
Hribšek M F, Tošić D V, and Radosavljević M R, FME trans38 (2010) 11.
Brown G, Fasham S, Tomlinson P, and Crook R. OTC Brasil, Brasil, Offshore Technology Conference (2015).
Khalifa A E, Chatzigeorgiou D M, Youcef-Toumi K, Khulief Y A, and Ben-Mansour R, ASME 2010 international mechanical engineering congress and exposition, American Society of Mechanical Engineers Digital Collection (2010).
Sun A Y, Lu J, and Hovorka S, Water Resour Res51 (2015) 4263.
Dankers A, Jalilian E, and Westwick D, IFAC-PapersOnLine49 (2016) 229.
Reid W, Huang K-C, and Roberts-Kedes D, Blind Audio Source Separation Pipeline and Algorithm Evaluation, Society of Petroleum Engineers: Abu Dhabi.
Yi C, Lv Y, Xiao H, You G, and Dang Z, Appl Sci7 (2017) 414.
Sun J, Xiao Q, Wen J, and Yang Y, J Vibroeng17 (2015) 1326.
Khan A A, Vrabie V, d’Urso G, and Mars J I, 19th International Conference on Optical Fibre Sensors, International Society for Optics and Photonics (2008).
Boaz L, Kaijage S, and Sinde R, Proceedings of the 2nd Pan African International Conference on Science, Computing, and Telecommunications (PACT 2014), IEEE (2014).
Sun Z, Wang P, Vuran M C, Al-Rodhaan M A, Al-Dhelaan A M, and Akyildiz I F, Ad Hoc Netw9 (2011) 218.
Usarek Z, and Warnke K, Adv Mater Sci17 (2017) 37.
Okolo C, Modelling and experimental investigation of magnetic flux leakage distribution for hairline crack detection and characterization, Cardiff University: South Wales (2018).
Lynch A J, Rice University (2009).
Schultz K A, Failure Investigation Report: Third-party Damage to a Kinder Morgan-operated NGPL Pipeline (2018).
Board N T S, Pipeline accident report (2010).
Walsh P, Jany L, and Otárola M, Gas Explosion rocks Minnehaha Academy; two died, nine injured (2017).
Karam S W A S, Saudi gas pipeline fire kills 28 (2007).
Villegas P, and Semple K, Mexico pipeline blast kills 79 and injures dozens more (2019).
Kingalame G, and Mwarabu B, TBC: Moto Mkubwa Wazuka Buguruni Baada ya Bomba la Gesi Kupasuka (2018).
Wolfe S, CNPC gas pipeline explosion injures 24 people in southwest China: government (2018).
America V O, Nairobi Pipeline Explosion Kills at Least 61 (2011).
Keller B, On This Day: Freak Gas Explosion Near Trans-Siberian Railway Kills Hundreds (1989).
Aljazeera, Nigeria: Dozens of ‘petrol thieves’ killed in Aba pipeline blast (2018).
Antelava N, Fourteen killed in India gas pipeline blast (2014).
This review paper was funded by the National Key Research and Development Program of China (No. 2016YFC0802302) and the National Natural Science Foundation of China (No. 51874340).
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Lukonge, A.B., Cao, X. Leak Detection System for Long-Distance Onshore and Offshore Gas Pipeline Using Acoustic Emission Technology. A Review. Trans Indian Inst Met (2020). https://doi.org/10.1007/s12666-020-02002-x
- Gas pipeline
- Leakage detection
- Acoustic wave sensor