Benefits of Green Chemistry

More clean water: Chemical waste with less risk of being released into the water. As a result, cleaner drinking water and recreational water can be obtained.

Improve the safety of workers in the chemical industry, less need for personal protective equipment; risk of accidents to reduce the use of hazardous substances (eg fire, explosion etc.)

Safe all types of consumer goods: new, safer products will be available for purchase. (Such as drugs) will be less manufacturing waste for some products. (Product cleaning or agrochemicals) Part of the product will be a less secure product Alternatives

The safer foods can enter food chains to eliminate permanent toxic chemicals; use of toxic for certain pests only, rapidly disintegrate after safer pesticide

Due to deliberate release during use, due to more chemicals (eg pesticides), unintentional release (including manufacturing discharge), or eventual disposition to the environment. Green chemicals can be broken down into harmless products or recycled for further use

The yield of the chemical reaction is higher, consuming less raw material to obtain the same amount of product.

Less synthesis steps, usually speeding up product production, increasing plant production capacity, energy and water savings

Reduce waste, eliminate costly repairs, hazardous waste disposal and pipe end treatment

Reduce use of petroleum products, reduce consumption, avoid risks and price fluctuations

Increase consumer's sales by acquiring and displaying safer product labels (safer selection labels, etc.)

Green Chemistry Many companies around the world produce chemicals harmful to the environment, human health, and for all living creatures in their products. Green chemistry is the use of chemical substances to prevent pollution by environmental chemicals using benign or harmless chemical substances. Environmental Protection Agency (EPA), the mission of Green Chemistry "To promote innovative chemical technology to reduce or eliminate chemical substances ... .... Chemistry is important to your daily life You mentioned that you are eating in everyday life Food, the air you breathe, your soap, your emotions and you see or touch each object Here are some daily chemical reactions here Steve Allen element in the human body, Getty Images, your body will be made You can make your body mainly water, hydrogen and oxygen You may know that it is, but can you say other elements?

Green chemistry is usually very elegant, but it is not complicated. Green chemistry, which applies to any type of chemistry such as organic chemistry, inorganic chemistry, biochemistry, analytical chemistry, and even physics chemistry. Green chemistry is mainly used in the industrial sector. The main purpose of Green Chemistry is to minimize hazards and maximize the efficiency of the selection of all chemical substances. Green chemistry can be applied to organic chemistry, physics chemistry, inorganic chemistry, analytical chemistry and biochemistry. Mainly green chemistry focuses on industrial applications. The main purpose of Green Chemistry is to minimize hazards and maximize the efficiency of selection of all chemical substances.

The relationship between green chemistry and analytical chemistry can be handled in two ways. Analytical chemistry is the subject of green chemistry management and certification. It is here that analytical chemistry is an effective tool for confirming environmentally friendly results of chemical products or technologies. On the other hand, chemical analysis requires solvents, reagents and energy, which produce waste. The principle of green chemistry proposed by Anastas and Warner is also directly related to analytical chemistry.