红薯淀粉生产废水是高浓度有机废水，废水中主要含有糖类、蛋白质、纤维素、脂肪等污染物。
Sweet potato starch industry brings high concentration organic wastewater, it mainly contain sugar, protein, cellulose and fat etc.
我们的搅拌设备应用于各种重要工业如：化工，医药，印刷，油漆制造，食品，污染控制，和废水处理等。
Our agitators are used in all important branches of industry: chemical, pharmaceutical, print and lacquer, food and beverage, pollution control and waste water treatment.
矿区土壤在矿山废水、粉尘以及矿山尾矿等的侵入下受到了不同程度的污染，给矿区的农业生态系统和人们的健康带来了危害。
Under the intrude of the wastewater and particle power and mine gangue, the soil was suffered different level contamination, which did harm to agro-ecosystem and man health.
高压变电站的建设带来一系列的环境问题，如运行期产生的电磁场、无线电干扰、噪声污染及污废水等。
Many environmental problems, such as electromagnetic field and radio interference disturbance, noise pollution and waste water, appear with the construction of extra high-voltage substations.
乐安河流域目前由于受沿岸工业废水、生活污水等的污染，致使该河的许多污染指标超标。
Presently, many pollutants cannot meeting discharging standard in Le 'an river because of the pollution from industry wastewater and municipal wastewater and so on.
本研究利用介孔材料本身所固有的比表面积大、吸附性能强等特殊结构特征，将之应用到吸附去除苯酚有机污染废水。
For the big specific area and powerful adsorption capability of mesoporous materials, it can be used as adsorbent to treat the phenol-containing wastewater.
催化氧化技术处理染料废水是一个具有价值的课题，该方法具有高效、节能、无二次污染等优点，引起了广大学者的关注。
Catalytic oxidation technology in the treatment of dye effluent is an extremely valuable subject, which is of high efficiency, energy saving and non-second contamination.
石油的开采、冶炼和运输过程的污染和泄漏及含油废水的排放等已成为土壤污染的重要来源。
The pollution produced in the process of oil exploitation, refining, transporting and waste oily water draining has become an important resource to soil contamination.
电镀工业产生的废气、废水、废渣等污染物如果不妥善处置，会严重影响环境，并危及人们的健康。
If Pollutants (such as exhaust gas, wastewater and residue) from electroplating industry aren't disposed well, the environment will be affected and people's health will also be endangered.
海运船舶的活动也会对于环境造成有害的污染，包括船上废水处理、船底排水泵、油罐清洗、压舱、发电机和燃料等。
The activities of maritime vessels that can be environmentally harmful include ship waste disposal, bilge pumping, tank cleaning, ballasting, power generation, and fueling.
本工作通过柱实验研究了硫酸盐还原菌（SRB）和零价铁（ZVI）协同去除废水铀和硫酸盐等污染物的潜力。
Based on column experiments, we investigated the potential using sulfate reducing bacteria(SRB) and zero-valent iron(ZVI) to synergetic treat contamination in wastewater such as sulfate, uranium, etc.
白钨矿APT生产线产生的污染物包括废水、废气、废渣、噪声等，形成了综合性的污染问题。
Pollutants from APT production line of scheelite ore include waste gas, waste water, waste residue, noise, etc cause a comprehensive pollution problem.
前言：介绍了聚氨酯合成革工业的典型生产工艺及生产过程中废水、废气、废渣等污染物产生的来源。
The essay describes the typical process of PU synthetic leather production and its pollution, the approaches of cleaner production in process substitution, process optimization and waste reuse.
阐述了我国铀矿山环境地质灾害，废水、废气、废渣等污染及其治理，提出了相应的治理对策。
This paper deals with geological hazards, environmental pollution by waste gas, waste water and waste residue and control countermeasures of environmental pollution.
实验表明MARS具有高效处理高浓度苯酚废水，设备简单，维护方便，膜污染程度低，苯酚回收率高，处理成本低廉等优点。
It was indicated that MARS had such distinctive advantages as: high phenol disposal efficiency, high phenol recovery rate, slow membrane fouling, simple installation, easy maintenance, low cost.
介绍了皮革工业废水中所含污染物质铬、硫化物、悬浮物和有机化合物、无机盐等的各种去除方法。
Various methods for removing contaminants, such as chromium, sulfide, suspension, organic compounds and inorganic salts, from waste water in the leather industry are introduced.
本文讨论了工业废水中常见的微量元素及其对人体健康的危害，着重讨论了汞、镉、砷、氟、铅等元素对水体的污染及对人体健康的危害。
The usual microelements in industrial sewage such as Hg. Cd. As. F. Pb. etc. and the harm to human health were investigated in this paper.
介绍了酸洗工艺及生产过程中废水、废气、废渣等污染物产生的来源。
Pickling process and sources of wastewater, exhaust gas and waste residue were introduced.
工业废水为水域的重要污染源，具有量大、面广、成分复杂、毒性大、不易净化、难处理等特点。
Industrial wastewater to waters of the important sources of pollution, with a large amount of wide complex composition, toxicity, difficult purification, intractable and so on.
对电镀含铬废水及混合废水中的锌、镍、铜、氰化物、磷、油等污染物有显著的治理效果，是较理想的电镀混合废水治理新工艺。
It has a remarkable effect in treating chromium containing wastewater and zinc, copper, cadmium cyanide, phosphorous, oil, etc. in mixed electroplating wastewater.
具有不产生二次污染、能耗低、可循环使用、废水可直接回用等特点。
With no secondary pollution, low energy consumption, can be recycled, wastewater reuse, etc directly.
膜技术的应用包括印染废水的处理、回用等方面文章同时介绍了膜的污染及其防治等相关方面的内容。
In dyeing and finishing, membrane technique is used mainly for waste water treatment and recovery and recycling use of it. Membrane pollution and its prevention are also discussed.
现有技术中废水或废气的氨氮存在对人体有害、处理效率不高、污染环境等不足之处。
In the prior art, the ammonia nitrogen in sewage or waste gas has the defects of harmful human body, low treatment efficiency, environmental pollution, etc.
杂环化合物是焦化、印染、农药等工业废水中常见的有机污染物，是造成这类废水难生物降解的主要原因。
Heterocyclic compounds are the common organic pollutants in industrial wastewaters, such as coking plants, printing and (dyeing) plants, pesticide plants and so on.
含油废水水量大、水质复杂，难生物降解，进入环境对植物、土壤、水体等形成很严重的污染，被公认为难处理的工业废水。
Oily wastewater with great capacity and complex component was hard to be treated, which would seriously polluted plants, soil, and water when it was discharged into environment.
光催化技术因具有工艺简单、无二次污染、矿化彻底等优点，成为染料废水降解的有效途径。
Because photocatalysis has the advantages of simple process, no secondary pollution, and absolutely mineralization, it becomes an effective way to degradation dye wastewater.
针对养猪场环境污染严重的现状，对废水等环保问题进行了系统分析，并提出了有效可行的治理对策。
The problem of serious environmental pollution in piggery is systematically analyzed, including wastewater etc. Some effective and feasible measures are put forward.
在众多的治理方法中，生物法具有成本低、无二次污染等特点而成为含酚废水处理的主流。
Of all the methods of degradating phenolic compounds, biodegradation has been a main trend because of its low cost and no secondary pollution.
在众多的治理方法中，生物法具有成本低、无二次污染等特点而成为含酚废水处理的主流。
Of all the methods of degradating phenolic compounds, biodegradation has been a main trend because of its low cost and no secondary pollution.
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