Magnetic Absorbent for Removing Industrial Dyes from the Environment

Nanotechnology is a discipline of applied science and technology that covers widespread science. Nanotechnology today has many applications in many areas, including food, the environment, medicine, medicine, communications, transportation, energy, aerospace. Water is indispensable in environmental processes. Textile and dyeing industries are one of the most important sewage contaminants. Industrial water treatment is used in various industries such as drinking, agriculture, pharmaceuticals, dairy, food and mines, and its main purpose is to reduce salinity, salts, contamination and other pollutants from water. Commercial dyes due to their complex structure and high solubility in water are toxic and non-degradable, and are therefore considered as harmful organic compounds for the environment and public health. Researchers are looking for new and inexpensive adsorbents, and there is a lot of research to develop efficient, low-cost efficient adsorbents to remove pollutants from wastewater. Here, tin sulfide composite was investigated as a magnetic and efficient absorbent for removing dyes Cationic Janus Green B (JG B) and Crystal Violet (CV) from industrial wastewaters. This magnetic absorbent has a high ability for removal in a short time and with a low amount of absorbent. Composite structure was investigated by analyzing IR, XRD, SEM, VSM and removing color with UV