Reduce Contamination In Waste Dyeing Process With the help of Nanotechnology

In this article, we intend to extract, for the first time, the use of nanotechnology and the effect of electrical induction on a variety of plants in the nature of the pigments found in plants.The important thing in this process is that the environment is minimally damaged Waste from the process of dyeing fibers and yarns and fabrics will damage the environment. But with the help of nanotechnology, and especially the electrical induction effect of plants such as rose flowers, orchids and orchid flowers, it is easy to get pregnant pigment molecules in plants, and, by induction, the process of polarization in molecules A pigment is created On the other hand, pigment molecules in plants undergo phototoxic radiation in a polarization device significantly more than the real value. The smaller the molecules, the greater the contact surface of these pigments with fibers, yarns or fabrics, as a result of increased color absorption. As a result, the amount of pigment molecule decreases in the waste from the dyeing process of fiber, yarn or fabric. The site of this project is in Mazandaran province .We tested flower Bougainvillea from flowers in Mazandaran province . And we separated the pigment in the flower with nanoscale technology So, after the introduction of nanotechnology and the effect of electrical induction and the process of plasticization in different experiments, the amount of pigment molecule in the waste was reduced by about 37% Especially harmful compounds such as nitrobenzene, toluene and xylene

Keywords:

Nanotechnology , Natural X-rays , Environment , Flower Bougainvillea , Polarization