Titanium equipment is widely used in Marine engineering construction projects

Titanium equipment, due to its long service life and low cost, can make up for the higher initial investment. Therefore, it is reasonable for everyone to choose titanium metal over any other metal structure.

Titanium applications in Marine engineering can be used in the field of offshore oil and gas development engineering, including the detection of hydrocarbons, the extraction of petroleum and hydrocarbon raw materials from oil and gas fields in offshore platform structures and Marine engineering facilities.

Titanium alloys in Russia are rarely used in offshore oil drilling, but Russia has also recently begun to actively develop oil and gas in the Arctic Circle and the Far East Trench.

To exploit oil and gas in the Arctic, Russia and Norway have reached a strategic cooperation. Norway is a strategic partner of Russia in developing Arctic oil and gas projects. So you can believe that titanium alloys can be used more widely in Arctic oil and gas fields.

The development of the offshore oil industry requires more titanium alloy manufacturing machinery and equipment, so the demand for titanium alloys will grow rapidly. Especially in the extraction of oil and gas in deeper oceans, titanium and titanium alloys will become increasingly important because drilling at great depths means reducing the quality of the drilling system. The heavy steel drilling system, while the titanium equipment and platform require a more solid foundation, and the lifting equipment should also be more powerful.

The crack length refers to the possible fracture of the pipe's length due to its own gravitational force. At the same yield strength, the fracture length is greater than that of titanium tubes and iron tubes. This means that under the same weight conditions, it can exceed the iron-titanium tube system pipeline system for use in the oil and gas industry.

In addition, titanium also has a significant advantage when applied to drilling replacement structures. For instance, the use of titanium risers can reduce the volume density of the structure, increase buoyancy, and even enable diving equipment to operate at deeper levels.