On August 20, Shandong Ruida Silicone Co., Ltd. carried out a love and support activity to send scholarships to five outstanding students from Sunjia Weird Grass Village of Crossroad Street who are about to enter college and high school, and expressed congratulations and expectations. Zhang Qingchao, a second-level officer of the street and comrades in charge of the area participated in the activities.
In the afternoon of December 23, Lingquan Town Federation of Trade Unions held a report on the deeds of model workers, more than 80 cadres and workers listened to the report of two model workers, the deputy secretary of the party committee Pan Fei, the organ trade union chairman Tang Shijun attended the meeting.
On February 1, the county-wide economic and social development summary commendation conference was held, and Lingquan Town was awarded the third prize for the advanced unit of town and street work in the county-wide economic and social development in 2018, and won the fourth place in the county-wide comprehensive assessment of town and street economic and social development.
According to the "Construction Project Completion Environmental Protection Management Regulations" (State Council Order No. 682 revised) and the "Interim Measures for Acceptance of Environmental Protection Inspection of Construction Project Completion" (National Environmental Regulations Environmental Assessment  No. 4) requirements, the completion environmental protection acceptance monitoring report (solid waste special chapter) of Shandong Ruida Silicone Co.
Silicone varieties: fine pore silica gel (A silica gel), B silica gel, coarse pore silica gel (C silica gel), variable pressure adsorption silica gel, coarse pore microspheres silica gel, FNG silica gel Applications: adsorption of organic solvent vapors: ethanol, ether, acetone, benzene, gasoline, etc. Gas adsorption, recovery or removal of tr SO2, N2O4, NO, CO2, CO, phosgene, etc. Separation and desulfurization of paralyzed oxygen compounds in natural gas. Separation of aromatic hydrocarbons from chain alkanes. Adsorption of trace hydrocarbons in liquid air and liquid oxygen as well as acetylene, CO2, etc. Application characteristics: Fine pore silica gel (type A silica gel): adsorption
Silica gel varieties. Coarse pore silica gel (C-type silica gel), B-type silica gel, coarse pore microsphere silica gel, FNG silica gel Application scope. In petrochemical and organic product synthesis industries as catalyst or catalyst carrier. Application characteristics. Coarse pore silica gel: used for making phthalic anhydride catalyst, etc. Coarse pore microsphere silica gel: used as catalyst for making melamine, catalyst carrier for making phthalic anhydride, aniline, maleic anhydride, maleic rubber, propylene synthesis, etc. FNG silica gel: used for catalytic reactions that require water resistance and carriers with extra large pore size as catalyst carriers.
We will see desiccant bags in the package of many drugs and snacks, and there are generally such cautions as "do not eat" and "please discard" printed on them. In fact, there are two kinds of desiccants commonly used now, namely lime desiccant and silica gel desiccant. The price of lime desiccant is low, and in recent years, there have been many news about children accidentally eating or playing with water explosion. From the safety point of view, silica gel desiccant is more suitable.
Mineral desiccant-Mineral desiccant is composed of several kinds of natural minerals, with the appearance of small gray-white balls. It is harmless and is an environmentally friendly desiccant that can be degraded. Silica desiccant- The main component is silica, which is granular or bead-like from natural minerals after purification and processing. As a desiccant, its microporous structure has good affinity to water molecules. The suitable environment of silica gel for moisture absorption is room temperature (20~32) and high humidity (60~90%), and it can reduce the relative humidity of the environment to about 40%. Silica gel is a highly reactive adsorbent material, usually made by the reaction of sodium silicate and sulfuric acid and by physical processes such as aging and acid bubbling