Gas & Oil Hundreds of thousands of miles of pipelines traverse the United States. They connect producing areas to refineries and chemical plants while delivering the products American consumers and businesses need. Steel pipes are one of the most common types of pipes used in the gas and oil industries. Pipes, typically made of carbon steel or low alloy steel, are generally less expensive to produce than tubes (the alternative to pipe). The inside diameter of the pipe is the key measurement, as it tells you how much product can flow through it. The pressurte rating, yield strength and ductility are also essential properties. With pipes, the size designated by the American National Standards Institute (ANSI) and wall thickness are the most important numbers to factor when coating a pipe. Pipeline operators are implementing integrity management programs to ensure their assets are maintained. These strategies include using in-line inspection tools, or “smart pigs,” to determine the condition of the pipeline. Smart pigs can detect corrosion, cracking or other defects in the pipe wall and are used to plan preventive maintenance. Typical reasons for the failure of gas pipes include pipe seam failures, corrosion, material failure and defective welding.
Pipelines used in the oil and gas industry vary according to many factors, such as the 'product' to be transported, the delivery stage, and whether it's part of the upstream, midstream, or downstream sector. The main types of pipeline are as follows:
Civil & Structural Hundreds of thousands of miles of pipelines traverse the United States. They connect producing areas to refineries and chemical plants while delivering the products American consumers and businesses need. Steel pipes are one of the most common types of pipes used in the gas and oil industries. Pipes, typically made of carbon steel or low alloy steel, are generally less expensive to produce than tubes (the alternative to pipe). The inside diameter of the pipe is the key measurement, as it tells you how much product can flow through it. The pressurte rating, yield strength and ductility are also essential properties. With pipes, the size designated by the American National Standards Institute (ANSI) and wall thickness are the most important numbers to factor when coating a pipe. Pipeline operators are implementing integrity management programs to ensure their assets are maintained. These strategies include using in-line inspection tools, or “smart pigs,” to determine the condition of the pipeline. Smart pigs can detect corrosion, cracking or other defects in the pipe wall and are used to plan preventive maintenance. Typical reasons for the failure of gas pipes include pipe seam failures, corrosion, material failure and defective welding.
Pipelines used in the oil and gas industry vary according to many factors, such as the 'product' to be transported, the delivery stage, and whether it's part of the upstream, midstream, or downstream sector. The main types of pipeline are as follows:
Electric Hundreds of thousands of miles of pipelines traverse the United States. They connect producing areas to refineries and chemical plants while delivering the products American consumers and businesses need. Steel pipes are one of the most common types of pipes used in the gas and oil industries. Pipes, typically made of carbon steel or low alloy steel, are generally less expensive to produce than tubes (the alternative to pipe). The inside diameter of the pipe is the key measurement, as it tells you how much product can flow through it. The pressurte rating, yield strength and ductility are also essential properties. With pipes, the size designated by the American National Standards Institute (ANSI) and wall thickness are the most important numbers to factor when coating a pipe. Pipeline operators are implementing integrity management programs to ensure their assets are maintained. These strategies include using in-line inspection tools, or “smart pigs,” to determine the condition of the pipeline. Smart pigs can detect corrosion, cracking or other defects in the pipe wall and are used to plan preventive maintenance. Typical reasons for the failure of gas pipes include pipe seam failures, corrosion, material failure and defective welding.
Pipelines used in the oil and gas industry vary according to many factors, such as the 'product' to be transported, the delivery stage, and whether it's part of the upstream, midstream, or downstream sector. The main types of pipeline are as follows:
Petrochemical Hundreds of thousands of miles of pipelines traverse the United States. They connect producing areas to refineries and chemical plants while delivering the products American consumers and businesses need. Steel pipes are one of the most common types of pipes used in the gas and oil industries. Pipes, typically made of carbon steel or low alloy steel, are generally less expensive to produce than tubes (the alternative to pipe). The inside diameter of the pipe is the key measurement, as it tells you how much product can flow through it. The pressurte rating, yield strength and ductility are also essential properties. With pipes, the size designated by the American National Standards Institute (ANSI) and wall thickness are the most important numbers to factor when coating a pipe. Pipeline operators are implementing integrity management programs to ensure their assets are maintained. These strategies include using in-line inspection tools, or “smart pigs,” to determine the condition of the pipeline. Smart pigs can detect corrosion, cracking or other defects in the pipe wall and are used to plan preventive maintenance. Typical reasons for the failure of gas pipes include pipe seam failures, corrosion, material failure and defective welding.
Pipelines used in the oil and gas industry vary according to many factors, such as the 'product' to be transported, the delivery stage, and whether it's part of the upstream, midstream, or downstream sector. The main types of pipeline are as follows:
Waste Water Hundreds of thousands of miles of pipelines traverse the United States. They connect producing areas to refineries and chemical plants while delivering the products American consumers and businesses need. Steel pipes are one of the most common types of pipes used in the gas and oil industries. Pipes, typically made of carbon steel or low alloy steel, are generally less expensive to produce than tubes (the alternative to pipe). The inside diameter of the pipe is the key measurement, as it tells you how much product can flow through it. The pressurte rating, yield strength and ductility are also essential properties. With pipes, the size designated by the American National Standards Institute (ANSI) and wall thickness are the most important numbers to factor when coating a pipe. Pipeline operators are implementing integrity management programs to ensure their assets are maintained. These strategies include using in-line inspection tools, or “smart pigs,” to determine the condition of the pipeline. Smart pigs can detect corrosion, cracking or other defects in the pipe wall and are used to plan preventive maintenance. Typical reasons for the failure of gas pipes include pipe seam failures, corrosion, material failure and defective welding.
Pipelines used in the oil and gas industry vary according to many factors, such as the 'product' to be transported, the delivery stage, and whether it's part of the upstream, midstream, or downstream sector. The main types of pipeline are as follows:
Water & Sewer Hundreds of thousands of miles of pipelines traverse the United States. They connect producing areas to refineries and chemical plants while delivering the products American consumers and businesses need. Steel pipes are one of the most common types of pipes used in the gas and oil industries. Pipes, typically made of carbon steel or low alloy steel, are generally less expensive to produce than tubes (the alternative to pipe). The inside diameter of the pipe is the key measurement, as it tells you how much product can flow through it. The pressurte rating, yield strength and ductility are also essential properties. With pipes, the size designated by the American National Standards Institute (ANSI) and wall thickness are the most important numbers to factor when coating a pipe. Pipeline operators are implementing integrity management programs to ensure their assets are maintained. These strategies include using in-line inspection tools, or “smart pigs,” to determine the condition of the pipeline. Smart pigs can detect corrosion, cracking or other defects in the pipe wall and are used to plan preventive maintenance. Typical reasons for the failure of gas pipes include pipe seam failures, corrosion, material failure and defective welding.
Pipelines used in the oil and gas industry vary according to many factors, such as the 'product' to be transported, the delivery stage, and whether it's part of the upstream, midstream, or downstream sector. The main types of pipeline are as follows:In an actively producing oilfield, flowlines connect to a single wellhead. Their purpose is to move the raw product from the wellhead to the gathering lines. They carry a mixture of oil, gas, water and sand and are normally no more than 12” diameter in size.
Feeder pipelines are used to move the product from processing facilities and storage tanks to the long-distance transmission pipelines. The product may be crude oil, natural gas or natural gas liquids. Feeder lines are typically 6 to 12” diameter.
