1) recovery section
回收工序
1.
After this revamping,the energy consumption,the material consumption and the production cost for the plant have been reduced to a greater degree,by local modifications of the recovery section and the coagulation section and with lower investment,from which competitive power in market have been attained and good economic and environmental benefits obtained.
本次技术改造通过对回收工序和凝聚工序的局部改造,以较低的投入,较大程度地降低装置的能耗、物耗,降低生产成本,提高了产品的市场竞争能力,取得了良好的经济效益和环境效益。
2) recovery technology
回收工艺
1.
The growth mechanism,formationcause and recovery technology of the dross in galvanizing production was discussed in this paper.
文章就热镀锌生产中锌渣的生长机制、形成原因及回收工艺、方法等方面进行了探讨。
3) recovery process
回收工艺
1.
The improvement and optimization of coarse slime recovery process in coal preparation plant;
选煤厂粗煤泥回收工艺的改进与优化
2.
Study on the recovery process of high-strength recycled aggregate and performance of recycled concrete
高强度再生骨料的回收工艺及再生混凝土性能研究
4) recycling process
回收工艺
1.
The recycling process planning of waste products is discussed systematically and the recycling process model of waste products is established.
系统地探讨了废旧产品回收工艺规划问题,建立了废旧产品回收过程模型。
2.
An agent-based decision-making model of recycling process is built, the algorithm of one step recycling process supported by expert system is raised, the case based reasoning search is applied in the routing recycling process network, and the system implementation process and method are analyzed.
本文建立了基于智能体的回收工艺决策模型 ,探讨了以专家系统支持的单步工艺决策和基于实例推理的网络路由搜索的自动回收工艺路线生成算法 ,分析了系统的实现过程与方法 ,最后以废旧电冰箱的回收过程为例进行了验证。
5) recycling engineering
回收工程
1.
The recycling engineering, as the support for sustainable development, needs concern and support from the whole society, i.
简要阐明了可持续发展战略的背景以及当前在贯彻中存在的主要问题;指出了一些容易引起误导的片面看法与提法,特别强调了废旧物资回收在可持续发展战略中重要意义;提出了在可持续发展战略中几个新观念,以及废旧物资回收工程是落实可持续发展战略的关键环节;指出它需要全社会的关注与参与,并说明各参与方所应起的作用。
6) commercial recovery
工业回收
补充资料：回收
分子式：
分子量：
CAS号：
性质：回收利用的一种。指从废物中分离出来的有用物质经过物理或机械加工成为再利用的制品。例如废玻璃、废金属等的回收利用。
分子量：
CAS号：
性质：回收利用的一种。指从废物中分离出来的有用物质经过物理或机械加工成为再利用的制品。例如废玻璃、废金属等的回收利用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条