Hibiscus Flowers in Chemical Engineering
The wonderful use of hibiscus in chemical industry
There is a strange flower in the world, which is called hibiscus. Its flower color is beautiful, or pink or purple, and its shape is like Qixia, blooming in summer and autumn, and viewers praise its beauty. However, the beauty of hibiscus is not only in its shape and color, but also in the field of chemical industry.
The flowers, leaves and skins of hibiscus are rich in all kinds of substances, which can be used as raw materials for chemical industry. Its flowers contain natural pigments, which are bright and stable in color. After delicate extraction, it can be used to make pigments, which are used in the dyeing and weaving industry. The color is gorgeous and long-lasting, unlike ordinary pigments, which fade over time.
Furthermore, hibiscus contains special ingredients, which have good adsorption ability. In the process of chemical purification, it can be used to treat wastewater. When it is properly processed and put into sewage, it can absorb impurities and harmful substances, make the sewage clear gradually, improve the water quality, and contribute greatly to the protection and recycling of water resources.
Its bark fibers are flexible and strong. After fine chemical treatment, high-quality paper and high-strength fiber materials can be made. With this paper, the paper is tough and will not rot for a long time; the fiber material can be used in many industrial fields, such as enhancing the toughness of composite materials and improving product quality.
The substances contained in the leaves can be converted into high-efficiency catalysts by chemical means. In chemical reactions, it can speed up the reaction rate, reduce energy consumption, improve the efficiency and efficiency of chemical production, and open up new paths for the development of the chemical industry.
Although hibiscus is a common flower, it is like a treasure in the chemical industry, hiding endless possibilities. With time and in-depth research, its contribution to the chemical industry will be more outstanding and benefit the world.
