Volatile compounds of peruvian Peumus boldus (Boldo) were obtained by hydrodistillation and then characterized by using GC-MS at the analytical laboratories of the Faculty of Chemistry and Chemícal Engineeríng of the University of Mayor de San Marcos. Results show the existence of 21 compounds. From them, the major component is 4-metil-7-etil-3.8-dioxatricicle [5,1 ,0 (7-4)] octane which amounts 48%, followed by 1,3,6-octatriene which is 20.9%, then 1,5 cineol with 14.9%, trans pinocarbeol with 1.5%, 4-terpineol and terpineol with 1.6% each one. The rest of compounds are in concentrations below 1 %.

Volatile compounds of peruvian Peumus boldus (Boldo) were obtained by hydrodistillation and then characterized by using GC-MS at the analytical laboratories of the Faculty of Chemistry and Chemícal Engineeríng of the University of Mayor de San Marcos. Results show the existence of 21 compounds. From them, the major component is 4-metil-7-etil-3.8-dioxatricicle [5,1 ,0 (7-4)] octane which amounts 48%, followed by 1,3,6-octatriene which is 20.9%, then 1,5 cineol with 14.9%, trans pinocarbeol with 1.5%, 4-terpineol and terpineol with 1.6% each one. The rest of compounds are in concentrations below 1 %.

Advanced strategies for the design of clean technologies are characterized by reducing waste emissions, reducing their generation at the source itself and implementing measures to reduce water consumption, recover material and energy resources through recycling and integration of processes and an adequate selection of raw materials. Along with this, emphasis has been placed on the development of effective environmental management practices. [1] The design of clean processes is based on the use of classical engineering tools, to conceive a production scheme that considers both technical-economic and environmental aspects. These objectives are compatible, since the environmental impact can, in part, be reduced by increasing the overall productivity of the process. In many cases, modifications with low capital requirements have led to significant increases in productivity and a reduction in...

Advanced strategies for the design of clean technologies are characterized by reducing waste emissions, reducing their generation at the source itself and implementing measures to reduce water consumption, recover material and energy resources through recycling and integration of processes and an adequate selection of raw materials. Along with this, emphasis has been placed on the development of effective environmental management practices. [1] The design of clean processes is based on the use of classical engineering tools, to conceive a production scheme that considers both technical-economic and environmental aspects. These objectives are compatible, since the environmental impact can, in part, be reduced by increasing the overall productivity of the process. In many cases, modifications with low capital requirements have led to significant increases in productivity and a reduction in...