In the context of the global strong advocacy of green chemistry and sustainable development, silicone oil, with its unique environmental characteristics, shines in the green chemistry wave and becomes a highly "sustainable star".

From the perspective of the raw material source of silicone oil, most of its main raw materials are derived from natural minerals, which are relatively abundant and renewable resources. Compared with some materials that rely on limited fossil resources, silicone oil has obvious sustainability advantages in raw material acquisition.
 
During the production process, with the continuous progress of science and technology, the production process of silicone oil is also constantly optimized. Many advanced production processes use efficient catalysts and energy - saving equipment, greatly reducing the energy consumption during the production process. At the same time, by improving the production process and exhaust gas treatment technology, the emission of pollutants such as waste gas and wastewater is reduced, minimizing the negative impact on the environment. For example, some new silicone oil production processes can reduce energy consumption by about 20% - 30% and reduce waste gas emissions by about 40% - 50%.

During the use process, the chemical stability of silicone oil makes it difficult to decompose and produce harmful substances. In the agricultural field, silicone oil is widely used as a pesticide adjuvant. It can help pesticides better adhere to the surfaces of crops, improve the utilization rate of pesticides, and reduce the amount of pesticides used. At the same time, due to the good biocompatibility of silicone oil, it will not cause serious pollution to the ecological environment in the soil and water bodies. Research shows that after using silicone oil as a pesticide adjuvant, the residue of pesticides in the soil can be reduced by about 30% - 40%, and the pollution risk to water bodies is also greatly reduced. In the general framework of green chemistry, silicone oil, with its environmental advantages throughout the whole process from raw materials to production and then to use, provides strong material support for the realization of a sustainable production and living model.