Chemical Resistance and Mechanical Properties of Glass Fiber–Reinforced Plastic Pipes for Oil, Gas, and Power-Plant Applications

Al‐Hadhrami, Luai M.; Maslehuddin, Mohammed; Ali, M.R.

doi:10.1061/(asce)cc.1943-5614.0000592

Cited by 13 publications

(5 citation statements)

References 18 publications

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“…The absorption did not increase significantly due to mentioned conditions. The results indicate that glass fiber-reinforced plastic pipes are suitable for application in the oil and gas industry [7].…”

Section: Introductionmentioning

confidence: 88%

Filament wound filter housing: Key for rational purification process of highly corrosive solutions

Radulović¹,

Karkalić²

2019

Sci Tech Rev

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Practical and realistic approach for a successful use of filament wound filter housing based on bisphenol A polyester resin for purification of highly corrosive contaminated solutions is presented in this paper. Filament winding technology and basic terms about polyester and polymeric composite materials are described. Data about modes of producing neat (no reinforced) bisphenol A polyester resin specimens and composite material specimen, based on mentioned resin and glass fiber, are presented. Neat resin specimens were exposed to the single influence of aqueous solution of calcium hypochlorite, of sodium hydroxide, of sulphuric acid, of citric acid and liquid detergent for a period of 360 hours each, separately, and to the cumulative influence of all mentioned aqueous solutions for in overall period of 1440 hours. Tested properties of these specimens (mass change, hardness and impact resistance) showed that there is no negative influence on neat bisphenol A polyester resin quality. Filament wound composite reinforced glass fiber/bisphenol A polyester resin-based rings and cylinders were exposed to the influence of calcium hypochlorite aqueous solution for 1128 hours. Results of testing mass change, tensile breaking force and tensile strength of composite reinforced rings and hydraulic burst pressure of composite reinforced cylinders indicated that these specimens have high resistance to mentioned purification agent. It is concluded that the filter housing for purification of highly corrosive contaminated solutions can be produced by filament winding technology using bisphenol A polyester resin and glass fiber.

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Section: Introductionmentioning

confidence: 88%

Filament wound filter housing: Key for rational purification process of highly corrosive solutions

Radulović¹,

Karkalić²

2019

Sci Tech Rev

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“…Finally, instead of the carbon steel and the alloys, fiber-reinforced polymer pipes were introduced to be subjected to various harsh service conditions during their service life (Al-Hadhrami et al, 2015). It would not only be cheaper to transport and install, but also more resistant to all forms of corrosion, lighter to handle and easier to push into deviated or horizontal wells (Setvati et al, 2014).…”

Section: Anti-corrosion Methods and Materialsmentioning

confidence: 99%

Corrosion problems in the oil country tubular goods and their mitigation – a review

Cao¹,

He²,

Gao³

2017

ACMM

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Purpose Important reserves of oil and gas, which are left to be discovered and produced, are mainly concentrated in challenging locations and under severe conditions such as high pressure (HP)/high temperature (HT). The presence of aggressive environments including H2S, CO2 and chlorides plus HP/HT causes a series of corrosion problems, which cost the oil industry billions of dollars a year. Thus, there is an increasing challenge for tubes (i.e. oil country tubular goods, for short, OCTG) used in producing oil and gas. The purpose of this study is to summarize different kinds of corrosion problems and their mitigation, to more efficiently protect OCTG from corrosion. Design/methodology/approach To effectively select proper mitigation methods, the mechanism of corrosion must be understood, which can be classified into four categories: sweet corrosion, sour corrosion, galvanic corrosion and microbiologically induced corrosion. Also, the effects of environmental and material factors on the corrosion rate are presented. Subsequently, current technology of mitigating these corrosion problems has been discussed, including the development of materials, application of chemical inhibitors and application of protective layers. Findings It is stressed that limits exist for each individual mitigation method; therefore, a careful balance between economic life of OCTG and safety in operation is required. Originality/value The main purpose of this essay is to give a brief review and detailed introduction and analysis about those technologies.

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“…Based on the selection criteria derived from the coating characteristics mentioned above, preliminary choices such as epoxy coatings, PTFE/PPS composite coatings, polyurea coatings, and diamond-like carbon films are evaluated for their different physical properties and practical performance [4,8,[21][22][23][24][25][26].…”

Section: Preparation and Testing Of Coatingsmentioning

confidence: 99%

Investigation on the Influence of Different Coating Surfaces on the Adhesive Force of Hydrate Particles

Su,

Gao,

Yin

et al. 2024

JMSE

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In the process of oil and gas extraction and transportation, the aggregation and deposition of hydrate particles within oil and gas pipelines is a primary cause of pipeline blockage, with adhesion being the fundamental cause of hydrate particle aggregation. With the development of crude oil and natural gas transportation technology, the application of pipeline internal coating technology is becoming increasingly widespread. It is essential to compare the physical properties and practicality of various coating materials and conduct preliminary screening. Adhesion experiments on coating materials suitable for the conditions of oil and gas pipeline transport have been conducted. The experimental results indicate that the PTFE/PPS composite coating has advantages in reducing the adhesive force of hydrate particles under low temperatures and different degrees of subcooling. As the degree of subcooling increases, the adhesive force between the hydrate particles and the PTFE/PPS composite coating substrate gradually increases from 8.36 mN·m−1 to 10.26 mN·m−1. With a 3 °C increase in subcooling, the adhesion force increases by 1.92 mN·m−1, which is about 68% lower on average compared to an uncoated substrate. Epoxy resin E-51 coatings and polyurea coatings also demonstrate certain anti-hydrate adhesion properties, but their performance is slightly inferior compared to the PTFE/PPS composite coating. These research results can provide an important reference for hydrate prevention technology in oil and gas transportation pipelines.

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Chemical Resistance and Mechanical Properties of Glass Fiber–Reinforced Plastic Pipes for Oil, Gas, and Power-Plant Applications

Cited by 13 publications

References 18 publications

Filament wound filter housing: Key for rational purification process of highly corrosive solutions

Filament wound filter housing: Key for rational purification process of highly corrosive solutions

Corrosion problems in the oil country tubular goods and their mitigation – a review

Investigation on the Influence of Different Coating Surfaces on the Adhesive Force of Hydrate Particles

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