Majored in engineering, chemist or biologist, tannery is a preferable.
工程，化学或生物或是皮革专业。
Nike said it was meeting its tannery suppliers and investigating the supply chain.
耐克公司表示，它正与制革供应商接触，并调查其供应链。
Chrome oxide green has been produced from the liquid waste of tannery industry.
介绍了用制革的含铬废鞣液和废灰水生产氧化铬绿的方法。
Super Tannery is in the heart of Kanpur's traditional leather district, called Jajmau.
超级制革厂是坎普拉传统皮革地区的中心，叫做亚捷茂（Jajmau）。
My father was the son of an uneducated man who owned a tannery and then a glove factory.
祖父是个没有受过教育的人，他拥有一个制革厂，后来又改经营手套加工厂。
FOR: the tannery use to measuring the hard leather, sear leather, and finished leather.
用途：制革厂测量硬皮、烤焦皮等又厚又不平的皮革。也可以测量各种成品皮。
Tannery wastewater treatment was estimated, and its merit and disadvantage were pointed.
本文对目前制革污水治理作一些评价，指出其优点和缺点。
The effect of the tannery wastewater treatment with zinc polysilicate (PSAZ) was studied.
本文研究了聚硅酸锌絮凝剂处理制革工业废水的效果。
The engineering practice show good effect can be received by using SBR process to treat tannery wastewater.
工程实践表明，SBR工艺对制革废水有较好的处理效果。
Study on safety is an important discussion among studies on applying fertilizer of tannery chromium sludge.
安全性研究是含铬污泥用于农业施肥应用研究的重要课题。
This paper points out that a tannery is also a factory for producing animal protein in the leather processing.
本文指出制革厂是皮革加工厂，也是动物蛋白的生产厂。
The methods of chemical and physical treatment and biological treatment on tannery waste water are summarized.
概述了制革废水一级物化处理和二级生化处理的各种方法。
The principle of recycling and reuse should be adopted as far as possible in the treatment of tannery effluents.
处理皮革废水时应尽可能采用重复使用法则；
The application of physicochemical hydrolytic acidification CAST process treating tannery wastewater is presented.
介绍了物化水解酸化CAST工艺在处理制革废水中的应用。
OZDERSAN leather machine company, located in Izmir, Turkey, manufacture tannery machines for leather industry in Turkey.
奥德桑皮革机械公司位于土耳其伊斯米尔，是土耳其一家专业从事皮革机械生产的企业。
The multiple aldehyde acids were used to decrease the chrome content of the tannery wastewater in chrome tanning process.
研究了在铬鞣过程中，应用多元醛酸帮助减少铬鞣废液中的残留铬含量。
The serious problems which tannery industry faces are the pollution to the environment and the extremely waste of resources.
制革工业所面临的主要问题是所产生的污染和对资源的极大浪费。
It is also believed that oxidation ditch and SBR is suitable for the treatment of waste water from domestic tannery enterprise.
对制革综合废水处理技术的发展趋势进行展望，氧化沟和SBR法是适合我国制革废水特点的处理工艺。
The paper describes the dynamic characteristics of limited-aeration and experimental research on the treatment of tannery wastewater.
阐述了受限曝气的动力学特点，并进行了处理制革废水的试验研究。
The problems and settlements, as well as the attentions should be paid when running the pools of tannery sewage plant were introduced.
制革污水处理厂各构筑物在运行时容易产生的问题及解决方法，在运行管理时的操作、应该注意的问题。
An engineering example was introduced that Qingdao Daemyung leather Co. Ltd. treated the tannery wastewater by physical-biochemical method.
介绍了青岛大明皮革有限公司应用物化—生化法处理皮革废水的工程实例。
Carrier solid bed is used as the main treatment unit to treat effluent of medium-small size tannery supplemented by high efficient coagulant.
采用载体固体床为主要处理单元，辅以高效混凝剂处理中小型制革综合废水。
Some possible occupational harms in tannery were summarized. The management on storing and using chemicals and safety measures were introduced.
介绍了制革生产中可能导致的职业危害、加工中的安全措施及所用化学品的管理。
An acrylic lard oil alkyd resin has been synthesized hy using the treated lard oil residue from tannery and a process of two-stage esterification.
制革厂的猪油下脚料处理后，通过二步酯化制备丙烯酸猪油醇酸树脂。
In practice we can select either one of them or both methods add together to analysis according to the waste water and the environment of the tannery.
实践中可以根据制革厂排放的废水特性及周围环境的要求，选择其中之一种或将两种方法串联使用。
In this paper, the recent progress of membrane technology in the tannery wastewater treatment was reviewed, and the development foreground was also discussed.
介绍了膜技术在制革废水处理中的研究进展情况。
The tannery wastewater contains difficult degradation substances with high strength and large number of suspended substances, seriously polluting the environment.
皮革废水难降解物质含量高，且含有大量的悬浮物质，对环境污染很大。
The purpose of this new technology is to immobilize chromium, which can avoid the secondary pollution so as to make tannery sludge innocent and use it as a resource.
其目的是稳定污泥中的重金属铬离子，使其不再产生二次污染，从而达到真正的无害化、资源化。
The purpose of this new technology is to immobilize chromium, which can avoid the secondary pollution so as to make tannery sludge innocent and use it as a resource.
其目的是稳定污泥中的重金属铬离子，使其不再产生二次污染，从而达到真正的无害化、资源化。
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