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Application of Titanium Target in Energy Materials

Application of Titanium Target in Energy Materials

(Summary description)Ni-MH battery is a kind of battery with good performance. Its negative electrode active material is hydrogen storage alloy. Titanium Target is a good raw material for hydrogen storage alloy due to its good reversible hydrogen absorption and desorption performance at high temperature.

Application of Titanium Target in Energy Materials

(Summary description)Ni-MH battery is a kind of battery with good performance. Its negative electrode active material is hydrogen storage alloy. Titanium Target is a good raw material for hydrogen storage alloy due to its good reversible hydrogen absorption and desorption performance at high temperature.

Information

With the rapid development of the world economy and the continuous growth of the global population, world energy consumption has also risen sharply. Traditional energy sources such as coal, oil, and natural gas have been unable to meet the needs of long-term social development, and harmful gases and waste generated during the consumption process It is easy to cause damage to the environment. To solve these problems, we must improve combustion efficiency and achieve clean combustion. At the same time, we must pay attention to the development of new energy sources and do a good job in energy saving and consumption reduction. As a metal, Titanium Target has a wide range of applications in these fields.

Titanium Target

1. Application of Titanium Target in battery materials

Ni-MH battery is a kind of battery with good performance. Its negative electrode active material is hydrogen storage alloy. Titanium Target is a good raw material for hydrogen storage alloy due to its good reversible hydrogen absorption and desorption performance at high temperature. In addition, Titanium Target is also a promising material for lithium batteries, solar cells, and lead-acid batteries.


2. Application of Titanium Target in geothermal development

Geothermal energy includes dry steam, wet steam, geothermal water, latent heat of dry hot rocks and latent heat of normal temperature difference. However, the geothermal laminar flow contains substances that have a greater corrosive effect on metals. Carbon steel, stainless steel, aluminum alloys, and copper alloys are difficult to apply in geothermal development due to their respective drawbacks. Only Titanium Target is the most ideal material. Using Titanium Target to manufacture condensers, steam turbines, pumps, fittings and pipes can not only increase the actual heat recovery rate, but also extend the life of geothermal wells.

3. Application of Titanium Target in the power industry

In thermal and nuclear power generation devices, the service life of condensers and heat exchangers made of Titanium Target is as long as 40 years, which is 4 times that of aluminum brass tubes and 10 times that of copper-nickel alloy tubes. Although the one-time investment in Titanium Target metal is relatively high, the operation and maintenance cost and total cost are significantly reduced, and it has been widely used in coastal and riverside power plants and nuclear power plants.

4. Titanium Target's application in oil and gas exploration and development

The valves, nozzles, pipelines and downhole pipelines used in onshore and offshore oil and gas drilling need to be made of Titanium Target materials. Take underground pipelines as an example. When sulfur-containing gas is detected, other metal pipelines are prone to embrittlement. Therefore, only Titanium Target materials can be used for pipeline materials. Titanium Target is resistant to corrosion by brine and seawater in wells up to 300 ℃, making it an ideal material for manufacturing drill pipes and offshore drilling equipment.

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