2.Highlights Since it's a research review,essentially it has no real original thoughts.However, trying to summarize the work that have been done,and organizing them into a united whole is always a recommended job to do,because it shows the big picture in the study of a certain field in a neat and clean way.It shaves all twigs and lets us see it more clearly so that we're able to delve deeper into this area,strongly based on everything we know so far. One of the highlights is probably the extraction of several applications of biotechnology in chemical industry,including the follows: Commodity Chemicals [1] At the basic level,life processes are chemical process and understanding their chemistry provides a basis for devising manufacturing operations that approach nature's elegance and efficiency. Specialty and life science products Biotechnology's role in production of commodity chemicals is significant,but not as visible as its role in production of agrochemicals and fine chemicals [2].This may include Fermentation Process,Enzymatic Process,Plastics and other Polymers, Cosmetics,toiletries,soaps and detergents. Agricultural chemicals Agricultural chemicals,mainly fertilizers and pesticides,are used in massive amounts worldwide to sustain the productivity of land.Because of their widespread use,agrochemicals are an important source of pollution,health rish, and consume large amounts of resources in their production.Biotechnology can supply useful products that can replace conventional agrochemicals,or enhance their effectiveness so that their overall consumption is reduces. Fiber,pulp and paper processing Through biotechnology and improved silviculture,trees and other bioresources used in papermaking can be specially tailored to match the properties required in cellulose fibers for different product applications [3]. ·Bioenergy and fuels Biotechnology-based production of fuels continues to attract much attention.2. Highlights Since it’s a research review, essentially it has no real original thoughts. However, trying to summarize the work that have been done, and organizing them into a united whole is always a recommended job to do, because it shows the big picture in the study of a certain field in a neat and clean way. It shaves all twigs and lets us see it more clearly so that we’re able to delve deeper into this area, strongly based on everything we know so far. One of the highlights is probably the extraction of several applications of biotechnology in chemical industry, including the follows: ·Commodity Chemicals [1] At the basic level, life processes are chemical process and understanding their chemistry provides a basis for devising manufacturing operations that approach nature’s elegance and efficiency. ·Specialty and life science products Biotechnology’s role in production of commodity chemicals is significant, but not as visible as its role in production of agrochemicals and fine chemicals [2]. This may include Fermentation Process, Enzymatic Process, Plastics and other Polymers, Cosmetics, toiletries, soaps and detergents. ·Agricultural chemicals Agricultural chemicals, mainly fertilizers and pesticides, are used in massive amounts worldwide to sustain the productivity of land. Because of their widespread use, agrochemicals are an important source of pollution, health rish, and consume large amounts of resources in their production. Biotechnology can supply useful products that can replace conventional agrochemicals, or enhance their effectiveness so that their overall consumption is reduces. ·Fiber, pulp and paper processing Through biotechnology and improved silviculture, trees and other bioresources used in papermaking can be specially tailored to match the properties required in cellulose fibers for different product applications [3]. ·Bioenergy and fuels Biotechnology-based production of fuels continues to attract much attention