Question

What is green chemistry and one importance of green chemistry?

Answer 1

Hint: Green chemistry is the design for chemical products which generally reduces or eliminates the usage of dangerous substances.

Complete step by step answer:
Green chemistry can be stated as the structure or design of chemical products and processes which reduces or completely eliminates the usage or generation of dangerous substances. Green chemistry is applied across the whole life cycle of a chemical product, including the designing, manufacturing, usage, and its ultimate disposal.
Green chemistry is also called sustainable chemistry. There are 12 principles of green chemistry: ... Chemical products should be designed in order to achieve the expected or desired function while being most non-toxic they can be. Safer solvents and auxiliaries. Auxiliary substances should not be used wherever there is no need, and also as non-hazardous as it could be when they must be used.
Importance of green chemistry:
Plants and animals do not suffer much harm from toxic chemicals in the atmosphere. One of the most important is the lower potential for global warming, ozone depletion, and smog formation which helps the environment. Chemical disruption of ecosystems is less. Also less use of landfills, especially dangerous waste landfills.

Additional information:Green chemistry is also known as sustainable chemistry, it is a part of chemistry and chemical engineering which is focused on the design and structure of products and processes that reduces or eliminates the usage and generation of hazardous or dangerous substances.
Green chemistry arises from a variety of existing ideas and efforts of research (such as atom economy and catalysis) in the time leading up to the 1990s, in the context of growing attention to the problems of chemical pollution and depletion of resources.

Note:
Green chemicals either they degrade to harmless products or are recovered for future use. Plants and animals also suffer very less harm from toxic chemicals which are present in the environment. Lower the potential for global warming, ozone depletion, and smog formation. Also less chemical disturbance of ecosystems.