矿井水资源开发利用有较好前景。
Exploitation and utilization of mine water has a good perspective.
煤矿矿井水是一种重要的水资源。
他喝的矿井水喝起来就象机用油的味道。
矿井水是煤炭开采中不可避免的伴生资源。
Mine water is unavoidable associated resource in coal mining.
突水预报是一项重要的矿井水文地质工作。
Water inrush prediction is an important mine hydrogeological work.
我们已经利用这种方法清理了各种不同矿井的矿井水。
We have used this system to clean mine waters at various mines, "Eero Soininen, Outokumpu's mine reclamation manager, told Reuters." around.
钾盐矿井水平巷道使用的探头长度达到200米。
The lengths of the probes used in horizontal hole in potassium mines were up to 200m.
废弃矿井水害是威胁煤矿安全生产的重大灾害之一。
The water damage of abandoned mine was one of all great hazards threaten the safety production of mine .
论述了矿井水害防治保障体系中的一种实时监测技术。
This paper discusses a kind of real-time monitoring technology for mine water damage control and guarantees system.
正确识别矿井水质类型对于判断突水水源具有重要的意义。
It has an important significance to correctly identify mine water quality types in order to judge water inrush sources.
根据高浊矿井水的水质特性，进行了矿井水的混凝实验研究。
Based on the characteristics of high turbidity mine water quality, the coagulation experiment was carried out.
煤矿矿井水是一种具有行业特点的污染源，但又是一种水资源。
Coalmine water is a pollution source that has the professional characteristics, but it's also a kind of water resource.
用于阜新矿区矿井水水质评价中，确定了矿井水环境质量等级。
The mine water quality grades are determined when it is applied in the water quality appraisal of Fuxin mine region.
研究结果表明，矿井水资源化是解决矿区水资源短缺的有效途径。
The result expressed that mine water drainage resource is a valid way to solute the water shortage in mining area.
矿井水害是影响和威胁中国煤矿安全、高效生产的主要因素之一。
Mine water disaster is one of the main factors which affects and threatens the safety and high-activity yield of coal mine in China.
选择孙村煤矿作为研究背景，具有矿井水利用和矿井降温的双重意义。
Selecting Suncun coal mine as a research background has a double significance of mines and mine water cooling using.
采用聚类分析研究了南屯煤矿矿井水的水化学特征，并进行了水质评价。
Water chemical characteristics of mine water in Nantun Coal Field were studied using cluster analysis, and also the quality was evaluated.
大约15年前，我们注意到我们位于挪威Foldal矿的矿井水能够进行自我清洁。
15 years ago we noticed mine water got cleaned by itself at our Foldal mine in Norway.
HIS是矿井安全生产和矿井水文地质资料的科学管理的有效途径和方法。
HIS is the valid method in the mine safe production and scientific administering of the mine hydrogeology data.
康索还必须提交一份新的矿井水处理厂为其行动的建议在西弗吉尼亚州北部。
Consol will also he to submit a proposal for new mine water treatment plants for its operations in northern West Virginia.
回收利用矿井水和矿井总回风中的废热，是煤炭企业能源综合利用的新课题。
Recycling the heat of the total mine water and mine waste wind back is a new topic of the energy utilization of coal enterprises.
介绍了一种新型矿井水仓连续自动清淤设备的结构特征、组成部分和工作原理。
Introduced a new type of continuously automatic mine sump cleaning equipments, described the structure characteristic, component and operation principle of the equipment.
对矿井水泵用电时间进行研究，得出矿井水泵用电时间计算机优化与决策系统。
The computer optimization and the decision supporting system of mine pump time is provided in this paper.
由于不同矿山的地质条件等因素变化很大，矿井水的杂质成分与含量也有很大差异。
The components of the coal mine water is various obviously according the mine geologic condition.
叙述了采用混凝沉淀法、RO反渗透膜技术对高硬度、高硫酸盐型矿井水的处理效果。
Treatment effects of using the coagulative precipitation and RO to treat high hardness and high sulfate-resistant(HSR) mine water were described in this paper.
里彦煤矿矿井水净化处理后作为生产和生活用水，具有较好的经济、环境和社会效益。
Many economy, environment and society benefits arc achieved from treating mine drainage to process and domestic water.
与锅炉供热系统相比，矿井水源热泵系统在节能、环保、经济效益方面具有明显的优势。
Compared with the boiler heating system, the mine water-source heat pump system has obvious advantages in the energy-saving, environmental protection, economic efficiency.
要求煤矿和其它各类矿山企业，都要健全矿井水文地质资料，严防发生透水、淹井事故。
Coal mining and other mining enterprises of various categories must update hydrological and geological data about their mine shafts to guard against water inrush or inundation.
针对山西矿井水的特点，对悬浮物矿井水、高矿化度矿井水、酸性矿井水提出了处理方法。
In the light of the features of mine wastewater in Shanxi Province, this paper advances some methods for the treatment of suspension mine water, high-mineralized mine water and acidic mine water.
针对山西矿井水的特点，对悬浮物矿井水、高矿化度矿井水、酸性矿井水提出了处理方法。
In the light of the features of mine wastewater in Shanxi Province, this paper advances some methods for the treatment of suspension mine water, high-mineralized mine water and acidic mine water.
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