Shale gas extraction, as an important energy harvesting method, has an increasing demand for a large amount of water resources. Fracturing technology is used to dilute fracturing solutions for the purpose of extracting shale gas. However, shale gas extraction is often far from water sources, especially in China, where shale gas exploration is mostly concentrated in mountainous areas. Therefore, finding effectve water supply solutions has become a key issue. At this time, TPU layflat hoses, as water supply tools, have larger diameters and greater pressure bearing capacity, playing a crucial role.

In the field of shale gas fracturing water supply, the advantages of choosing polyurethane hoses are self-evident. Polyurethane hoses have excellent wear resistance, acid and alkali resistance, and UV resistance, making them perform well in harsh environments. Moreover, TPU layflat hoses have the advantage of convenient and fast pipeline construction, can be reused, and save time and cost for water supply work. In addition, the layflat large diameter and high flow characteristics of TPU can meet the demand for a large amount of water resources in shale gas extraction, while its strong pressure resistance ensures the stability and reliability of the water supply process.

In the field of shale gas fracturing water supply, the advantages of choosing TPU layflat hoses are self-evident. TPU layflat hoses have excellent wear resistance, acid and alkali resistance, and UV resistance, making them perform well in harsh environments. Moreover, TPU layflat hoses have the advantage of convenient and fast pipeline construction, can be reused, and save time and cost for water supply work. In addition, the large diameter and high flow characteristics of TPU flat hoses can meet the demand for a large amount of water resources in shale gas extraction, while their strong pressure resistance ensures the stability and reliability of the water supply process.

At present, polyurethane hoses that can be flattened and coiled are widely used in the shale gas fracturing water supply market. Most of these hoses have a working pressure of 10 inches and 16 bar, with a burst pressure of up to 48 bar, ensuring the efficient operation of the water supply system. With the advancement of shale gas extraction technology, it is believed that the application of polyurethane hoses in this field will continue to expand and integrate more new technologies to provide a more comprehensive solution for shale gas water supply.