Seabed sediment is an important environment that has significant effect on pipelines buried under it. Hereby, study on corrosion rate of actual steel pipelines has been conducted to highlight the importance of near shore environment as an aggressive environment towards steel structures. Coupons made of X70 steel pipelines have been considered for weight lost determination in order to calculate the corrosion rate at both near shore and offshore areas. The results show that the corrosion rate of coupons buried at near shore area was higher than the coupons at offshore. Conclusively near shore environment has shown a significant influence on corrosion of steel pipelines
Corrosion is one of the most terrifying incidents that engineers does not want on the pipeline, espe...
Seabed storage of production pipelines is a controversial issue. Treatment versus no treatment durin...
Carbon steel pipelines are used extensively in the oil and gas industry for sub-sea applications. Us...
Abstract—Pipelines those have been buried under seabed sediment are at risk of corrosion due to the ...
Seabed sediment is an important environment that has significant effect on pipelines buried under it...
Corrosive environments such as marine sediments can cause corrosion to steel pipelines at any time w...
Steel pipelines subjected to corrosion at any time when placed in adverse environments. Marine sedim...
Marine infrastructure such a sheet piling, bridge piles and the legs of offshore oil rigs often is e...
This work aims to investigate the corrosion effect of different seawaters surrounding Peninsular Mal...
The corrosion rate in marine environments affects economic interest since the loss of steel in marin...
The severe channelling corrosion of offshore water injection pipelines is a major threat for the oil...
Corrosion in offshore structures such as jacket platforms is one of the issues to be considered dur...
Structural steel is widely used for critical infrastructure, such as offshore structures, ships, mar...
Pipelines are one of the economical ways to transport large quantities of fluids such as natural gas...
In marine environment, the corrosion rate of metallic structures vary remarkably with the change in...
Corrosion is one of the most terrifying incidents that engineers does not want on the pipeline, espe...
Seabed storage of production pipelines is a controversial issue. Treatment versus no treatment durin...
Carbon steel pipelines are used extensively in the oil and gas industry for sub-sea applications. Us...
Abstract—Pipelines those have been buried under seabed sediment are at risk of corrosion due to the ...
Seabed sediment is an important environment that has significant effect on pipelines buried under it...
Corrosive environments such as marine sediments can cause corrosion to steel pipelines at any time w...
Steel pipelines subjected to corrosion at any time when placed in adverse environments. Marine sedim...
Marine infrastructure such a sheet piling, bridge piles and the legs of offshore oil rigs often is e...
This work aims to investigate the corrosion effect of different seawaters surrounding Peninsular Mal...
The corrosion rate in marine environments affects economic interest since the loss of steel in marin...
The severe channelling corrosion of offshore water injection pipelines is a major threat for the oil...
Corrosion in offshore structures such as jacket platforms is one of the issues to be considered dur...
Structural steel is widely used for critical infrastructure, such as offshore structures, ships, mar...
Pipelines are one of the economical ways to transport large quantities of fluids such as natural gas...
In marine environment, the corrosion rate of metallic structures vary remarkably with the change in...
Corrosion is one of the most terrifying incidents that engineers does not want on the pipeline, espe...
Seabed storage of production pipelines is a controversial issue. Treatment versus no treatment durin...
Carbon steel pipelines are used extensively in the oil and gas industry for sub-sea applications. Us...