At room temperature, hydrogen peroxide (H2O2) is a white liquid that is slightly viscous than water and tastes harsh. Hydrogen peroxide decomposes readily into water and oxygen. When it comes into contact with any organic material, it undergoes a spontaneous reaction. Lower concentrations of hydrogen peroxide (3-9 percent) are utilised in medicinal applications as well as as a bleach for clothing and hair. Higher concentrations (35 percent, 50 percent, and 70 percent) are commonly used in the paper and pulp, textile, and chemical industries, as well as as a component of rocket fuel.
At room temperature, hydrogen peroxide (H2O2) is a white liquid that is slightly viscous than water and tastes harsh. Hydrogen peroxide decomposes readily into water and oxygen. When it comes into contact with any organic material, it undergoes a spontaneous reaction. Lower concentrations of hydrogen peroxide (3-9 percent) are utilised in medicinal applications as well as as a bleach for clothing and hair. Higher concentrations (35 percent, 50 percent, and 70 percent) are commonly used in the paper and pulp, textile, and chemical industries, as well as as a component of rocket fuel.
The global hydrogen peroxide market was pegged at 4,944.8 Kilo Tons in 2018 and is expected to register a CAGR of 3.4% in terms of volume over the forecast period (2019– 2027).
In 2019, the paper and pulp sector accounted for a sizable portion of the global hydrogen peroxide market. In the paper and pulp business, hydrogen peroxide is widely used as a blanching and oxidising agent. The use of hydrogen peroxide results in a sumptuous surface for papers that is appropriate for high-review magazine pages and tissue products. Because of the increased use of paper around the world, interest in hydrogen peroxide is expected to grow in the future years. The internet and digitalization have reduced the need of newsprint paper in wealthy countries. In any case, increased need for paper in individual care and packaging industries in developing countries is likely to drive demand.
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