1) plant Oxidation pond
植物氧化塘
1.
IC-SBR-plant Oxidation pond technology was used to treat pickle wastewater produced.
采用IC反应器—SBR—植物氧化塘工艺系统对泡菜生产过程的废水进行处理,运行实践证明,该系统核心IC反应器和SBR工艺处理效果良好,出水水质各项污染指标均达到相关标准,且系统运行稳定,处理效果良好,运行费用较低。
2) plant purifying pond
植物净化塘
1.
The pattern of plant purifying pond about wastwater treatment of oil factory with water spinach is provided and the feasibility, effectiveness and property of the way are also discussed.
本文提出了蕹菜－多花黑麦草轮作治理浸出油厂废水的植物净化塘模式，讨论了本方法的可行性、效益及特点。
3) organic oxidation pond
生物氧化塘
4) plant oxidation
植物氧化
5) oxidation ponds
氧化塘
1.
In this paper,considering the situations of the oxidation ponds in Shizuishan City,the decontamination ability of oxidation ponds in different cases(the area is considered mainly) is calculated and predicted by using the Wehner-Wilhelm method.
本文的主要目的是预测石嘴山氧化塘在不同面积及水深情况下的净化能力。
2.
The applicability of reactor model with axial diffusion (model Ⅰ) and model of continuous flow stirred tank reactors in series (mode Ⅱ) to the produced water oxidation ponds at Zhuangxi oil gathering/water treating plant in Zhuangxi, Shengli, is investigated by using the results of previous dynamical study and study on hydraulic residence time distribution.
基于动力学和水力停留时间分布研究结果,研究了带纵向扩散的推流式反应池模型(模型Ⅰ)和完全混合式反应池串连模型(模型Ⅱ)对桩西联合站采油废水氧化塘的适用性。
3.
Two mathematical models of oxidation ponds,that is, the correction equation of the completely mixed flow model and a model similar to the Michaelis-Menton enzymatic rate expression, have been studied.
本文对完全混合流模式的修正式和类Michaelis-Menton方程模式两种氧化塘数学模式进行了研究。
6) oxidation pond
氧化塘
1.
Water body eutrophia and its prevention in oxidation pond;
氧化塘水体富营养化及其综合防治
2.
CNPC Dagang Oilfield disposed oil extraction wastewater with oxidation pond technique.
大港油田采用氧化塘生物处理技术对采油废水进行处理,经过五年的运行实践表明,处理效果显著,去除率逐年提高,运行稳定。
3.
Biomonitoring and evaluation were performed for abandoned oxidation ponds in the Ya-Er Lake, based on the National Standard of PRC "Water Quality-Microbial Community Biomonitoring PFU Method".
根据国家标准《水质——微型生物群落监测——PFU法》(GB/T12990 -91),两次对湖北鸭儿湖生物氧化塘进行了生物监测与评价。
补充资料：净化设备——净化器
净化设备——净化器 | |
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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