This is a more academic speech. I have a lot of PPT. I will quickly introduce you to the topic of speech. We develop materials through the remnants of gasoline. We need more development in this area and we need more technology so that we can further develop the potential of this industry. What we are seeing now is a large-scale project in which a large amount of carbon fiber can be produced, and this carbon fiber can help provide good technology in the future industry. We are mainly extracting the corresponding residues in some textile industries and turning into carbon fibers. Through our technology, we can introduce more cost-saving processes to further reduce costs.
The next one is more specific technical parameters. We use different composite materials to make different products. The structure of these products is not the same. At the same time, their use is not the same, some may be used as filters, and some may be placed in the middle of the material. On the one hand, it can be placed in the waters, or placed in the air to help us purify water or air. At the same time, one of the advantages of this technology is that he uses more advanced technologies but can further reduce costs and increase productivity. In addition, we also use carbon fiber diameter technology throughout the entire production process. Because environmental issues are now very important, non-polluting fibers are needed. In addition, these fibers are often used in composite materials. For example, they can produce properties that can be pulled up, so they work together with different fibers to produce fibers that are needed for different purposes. A typical example is the use of certain fiber products in cement. This can reduce the salt erosion of the cement, and its physical properties are also very strong, not easily eroded.
This is a filter, which is mainly used in water filtration. We can see that in the creation or manufacture of composite materials, different standards can be used to create, and with this comparative microscopic technology, it can be found that the properties of this composite material and other composite materials are different from their physical properties. Changes occur, with the function of activation, so that the composite material has the characteristics of other composite materials before and after manufacture.
In the following chart, these are more superior, and the final result is that, although the output has increased, the cost has dropped. This emerging material is more economical and is also used more. Its physical properties and chemical properties have greatly improved. There is also a test here, although this test is not new, but this test can help us to explain that its surface properties and features have been significantly enhanced. This is a comparison we have made. This is a comparison between general composite materials and emerging materials. The final result is that if we say under pressure, we can see that the leakage rate is low, and at the same time this surface is Activated composites can stay under pressure for a long time, and sexual traits are even more junior. The second test was also very successful and showed the same result. This material is more practical and more useful. The end result is the use of gasoline or diesel residues or precipitates to produce composites. However, I would also like to say that if you are interested, let these carbon fiber materials get further applications. Thank you for listening. I am very grateful for the speech I can give here. Thank you very much.
Ahmed, General Manager of International Energy FICSL, Professor of Low Carbon Research, University of Tennessee, USA. The title of Wackering's speech is "Low-cost carbon fiber and composite materials technology". The following is the speech content: