chemical engineer
chemical engineer
chemical engineerchemical engineer
The products you have mentioned were developed using chemical engineering.
The products you have mentioned were developed using chemical engineering.
All drugs, fertilizers, pesticides, food additives, fuels, cosmetics, most of building materials, plastics, etc. are chemical products.
Examples: pharmaceuticals industry, petrochemical industry, chemical analysis of all materials, plastics, toxicology, foods industry, pesticides, fertilizers, rockets fuels, batteries, cosmetics, etc.
Examples of beneficial uses of chemistry: pharmaceuticals industry, petrochemical industry, chemical analysis of all materials, plastics, toxicology, foods industry, pesticides, fertilizers, rockets fuels, batteries, cosmetics, etc.
The type of engineer that develops products such as fertilizers, pesticides, cosmetics, and synthetic materials like plastic and nylon is a chemical engineer. Chemical engineers apply principles of chemistry, biology, physics, and mathematics to design processes and products that convert raw materials into valuable substances. They work in various industries, including agriculture, pharmaceuticals, and materials science, focusing on improving product efficiency and sustainability.
Chemical Engineer
Chemical Engineer
The products you have mentioned were developed using chemical engineering.
No, for all practical purposes. Radioactive materials are not put in pesticides and fertilizers. To be very precise, there are radioactive isotopes all around us, and some of these are in pesticides and fertilizers. 0.012% of all potassium is radioactive, and some is bound to be there. But it is also everywhere else, it is needed for life, and it is not something to worry about.
you can investigate which natural materials, eg used tea leaves, fruit peels.. makes an excellent plant fertilizer