与传统的物理化学方法相比，生物冶金法不但不危害环境，而且有利于保护环境

与传统的物理化学方法相比，生物冶金法不但不危害环境，而且有利于保护环境，减少了化学试剂对环境的污染以及物理作用冶炼过程产生的相关有害物质对环境的污染，这些污染的产生严重影响到了环境，从而提出了生物冶金这一概念，生物冶金是指在相关微生物存在时，由于微生物的催化作用，将矿物中有价金属以离子形式，溶解到浸出液中加以回收，或将矿物中有害元素溶解并除去的方法，许多微生物可以通过多种途径对矿物中的有价元素转化为溶液中的离子。经济在飞速地发展，人们的生活水平在不断提高，生活品质也在不断改变，有色贵重的金属需求量在不断增大，金属矿物质资源在日益减少，稍微廉价一些的金属但又难处理的资源的开发日益增大，所以生物冶金的概念也相继被提出来。硅酸盐细菌的生物学特性以及近年来利用硅酸盐细菌对铝土矿进行生物脱硅的应用研究现状,并对硅酸盐细菌脱硅的机理进行了探讨。

結果 (英文) 1:

With traditional physical and chemical methods, biological metallurgy method not only does not harm the environment, but also help protect the environment by reducing the environmental pollution chemicals and physical effects associated smelting process generates hazardous substances to the environment pollution, the generation of these pollution seriously affecting the environment, which made the concept of bioleaching, bio-metallurgical means the presence of the relevant micro-organisms, the microbial catalyst, the minerals of valuable metals in ionic form, dissolved in the leaching solution be recovered, or mineral dissolving and removing harmful elements methodMany micro-organisms through a variety of approaches to minerals valuable elements into ions in solution. In the rapid economic development, people's living standard continues to improve the quality of life is constantly changing, colored precious metals is increasing demand for the metal mineral resources dwindling, a little cheap metal but some intractable increasing resource development, the concept of biological metallurgy have also been proposed. The biological characteristics of silicate bacteria and the recent use of silicate bacteria for biological bauxite desilication application research and silicate bacteria Desilication mechanism was discussed.

結果 (英文) 2:

Compared with the traditional physical and chemical methods, biological metallurgy method not only harm the environment, but also conducive to protect environment, reduce the pollution of the environment related to produce hazardous substances chemical pollution of the environment and the physical effect of smelting process, the pollution generated Yan Zhongying ring to environment, so as to put forward the concept of biological metallurgy, biological metallurgy is refers in the associated microorganisms exist, due to the catalytic action of microorganisms, the minerals valuable metal ions to form, dissolved into leaching solution recycled, or methods of mineral elements in dissolved and removed,Many microorganisms can be through a variety of ways of minerals in the valuable elements into ions in solution. In the rapid economic development, people's living standard continues to improve, the quality of life is also changing, demand for the metal precious nonferrous amount increasing, metal mineral resources in the increasingly reduced, development slightly cheaper metal but difficult to deal with the resource is increased, so the concept of biological metallurgy have also been proposed out. Biological characteristics of silicate bacteria as well as in recent years the use of silicate bacteria for biological desilication of bauxite and the application research status, mechanism of silicate bacteria desilication is discussed.

結果 (英文) 3:

And traditional of physico-chemical method compared to, biological metallurgical law not only not against environment, and conducive to protection environment, reduced has chemical reagents to environment of pollution and physical role smelting process produced of related harmful material to environment of pollution, these pollution of produced serious impact to has environment, thereby made has biological metallurgical this a concept, biological metallurgical is refers to in related microbial exists Shi, due to microbial of catalytic, will mineral in the has price metal to ion form, dissolved to dipped out liquid in the to recycling, Or mineral dissolves and removes harmful elements of the method,Many micro-organisms in a variety of ways to translate valuable elements in minerals of ions in solution. In rapid economic development, people's living standards constantly improving, the quality of life is constantly changing, constantly growing demand for Nonferrous precious metal mineral material resources dwindling, cheap metal but also a little difficult to deal with the growing exploitation of resources, so the concept of biological metallurgy also was brought in. Biological characteristics of silicate bacteria, and in recent years the use of silicate bacteria on the bio of desilication of bauxite ores application research status and mechanism of desilication of silicate bacteria are discussed.