ABSTRACT
The resource utilization of castoff from Chinese materia medica (CMM) industrialization is an important measure to effectively improve the efficiency of resource utilization, save resources, recycle economy, and develop environment-friendly economy. Based on the conversion efficiency of resource utilization model of castoff from CMM industrialization, this article mentions the non-aqueous biotransformation method of herb-medicine castoff, discusses the suited non-aqueous biotransformation systems, and introduces the screening and application of organic-solvent-tolerant extremophiles and enzymes. This article points out that non-aqueous biotransfornation technology is a breakthrough in the resource utilization of castoff from CMM industrialization, and it would promote the realization of herb-medicine castoff resource utilization.
ABSTRACT
Based on the research methods and technologies of science of Chinese materia medica, chemistry and mi-crobiology, the resource material conversion of functional material, biomass energy, nutrients in castoff from Chinese materia medica industrialization is promoted by microbial transformation. This will help enhance the resource utiliza-tion value, extend resource industry chains, and realize Chinese materia medica resource industry with the best use of everything, resource-saving and environment-friendly recycling economy development.
ABSTRACT
The resources utilization of castoff from Chinese materia medica (CMM) industrialization is a successive process involving economy, environment, social benefits, and other multiple goals. The balance and dynamic evolution characteristics between the economic benefit goals and environment benefit objectives closely relate to the resource models. Based on the thoughts and methods of resources chemistry of CMM, and through analyzing the generation, classification, and characteristics of castoff from CMM industrialization, this article proposed the "three utilization strategies" and "three types of resource modes" of castoff from CMM industrialization. The three utilization strategies are the traditional "non-medicinal parts" with multi-channel utilization (1), castoff recycling and utilizing in pieces processing (2), and in resources deep processing (3) of CMM. The three types of resources modes are extensive low resource mode, conversion efficiency of resources mode, and fine high value resources mode. These strategies and modes would provide the references for promoting the resources utilization of castoff from CMM industrialization and contribute to the realization of a resource-saving and environment-friendly recycling economy development of CMM and natural medicine resources.