Green chemistry in academia encompasses a range of activities aimed at advancing the field of green chemistry, including developing new green chemical processes, educating students, and promoting research.

Dilution is not a principle of green chemistry because it does not minimize waste or pollution. Instead, it simply dilutes the concentration of pollutants.

Bio-based chemistry is a branch of green chemistry that focuses on the use of renewable resources, such as plant biomass, as feedstocks for chemical processes.

All of the options listed are examples of green chemical processes because they minimize waste and pollution.

The Green Chemistry Institute is a non-profit organization that promotes green chemistry in academia and industry.

Green chemistry in academia does not typically focus on reducing the cost of chemical processes. Instead, it focuses on developing new green chemical processes that minimize waste and pollution.

Inherently safer design is a branch of green chemistry that focuses on the design of chemical products and processes that are inherently safe, even in the event of an accident.

There is a growing interest in green chemistry among students and faculty, as evidenced by the increasing number of green chemistry courses and research programs being offered at universities around the world.

Solventless chemistry is a branch of green chemistry that focuses on the use of non-toxic solvents in chemical processes.

Green chemistry in academia does not typically focus on reducing the cost of chemical processes. Instead, it focuses on developing new green chemical processes that minimize waste and pollution.

Bio-based chemistry is a branch of green chemistry that focuses on the use of renewable resources, such as plant biomass, as feedstocks for chemical processes.

All of the options listed are examples of green chemical processes because they minimize waste and pollution.

The Green Chemistry Institute is a non-profit organization that promotes green chemistry in academia and industry.

Green chemistry in academia does not typically focus on reducing the cost of chemical processes. Instead, it focuses on developing new green chemical processes that minimize waste and pollution.

Inherently safer design is a branch of green chemistry that focuses on the design of chemical products and processes that are inherently safe, even in the event of an accident.