HDPE Pipe For Gas

Description

Description of HDPE Gas Pipe

While the application of HDPE gas pipe in the oil and gas industry is not a recent development, its usage has surged in recent years. This increase is primarily due to HDPE’s ability to endure demanding service conditions over extended periods. Consequently, many end users are now encountering HDPE pipes for the first time or possess limited knowledge about specifying, inspecting, and qualifying these products.

When selecting HDPE gas pipes for oil and gas applications, it is crucial to specify qualified materials and ensure that the pipes are sourced from manufacturers with proven capabilities to meet or exceed industry standards. Specifically, industry standards mandate the use of PE4710 or PE100 compounds in the production of HDPE pipes.

High-density polyethylene (HDPE) PE4710 and PE100 pipes are exemplary solutions for oil and gas gathering applications. PE4710 and PE100 pipes have a longer lifespan compared to alternative metallic pipes, without the need for coatings, corrosion prevention treatments, or frequent repairs. HDPE pipes are inherently resistant to chemical attacks and corrosion, thereby eliminating the risk of leakage. Additionally, the smooth interior surface of PE4710 and PE100 pipes minimizes the buildup of oil and gas over time, enhancing their efficiency and longevity.

Benefits of High-Density Polyethylene (HDPE) Natural Gas & Oil Pipes and Fittings

HDPE pipes for oil and gas applications offer outstanding impact resistance, even in low-temperature environments, and are resistant to corrosive chemicals and harsh soils. These pipes are flexible, easy to handle, install, and fuse due to their longer lengths and smooth surface finish. Additional benefits include corrosion resistance, extreme weather resistance, slow crack growth resistance, abrasion resistance, flexibility for earthquake-prone areas, reliable fusion joints, and long service life. They are particularly suitable for surviving severe ground shifts, such as those caused by earthquakes when made from fused PE pipe joints.

Superior Raw Materials: HDPE oil and gas pipes are manufactured using 100% virgin PE4710 or PE100 bi-modal resin material, classified according to standards such as ISO 4437, AS/NZS 4130, BS EN 1555, SANS 8085, and D3350. This ensures the pipes are durable and resilient for oil and gas applications.

Reliable Joint Fusion: HDPE pipes for oil and gas distribution can be easily joined using various fusion methods, including electro-fusion, socket fusion, and butt fusion, depending on the installation company’s preference. Proper installation methods guarantee leak-free joints.

Effortless Installation: HDPE gas pipes have long laying lengths, are lightweight, and highly flexible, adapting to irregular terrain and supporting dynamic loads. This reduces the need for additional fittings for directional changes, facilitating installation and reducing costs.

Rigorous Quality Control: HDPE gas and oil pipes are tested in accordance with applicable standards and specifications in an in-house accredited laboratory per ISO 17025. Additionally, the quality and performance of these pipes comply with extra internal requirements that meet and exceed customer expectations. Bingo Pipeline is an ISO 9001:2018 certified company.

Extended Service Life: HDPE gas pipe is rated to last 50-100 years, ensuring they remain leak-free and unbroken throughout their lifespan.

Enhanced Weatherability: HDPE gas pipes for oil and gas contain finely divided carbon black to protect against degradation caused by ultraviolet rays from direct sunlight. This makes them suitable for applications with long-term, direct exposure to UV light, including surface, suspended, and above-grade applications.

Efficient Traceability: Low-cost traceability systems for pipes and fittings can be used to provide installation records, ensuring efficient management and maintenance.