火力发电厂 在 环境科学与资源利用 分类中 的翻译结果

  本文关键词：火力发电厂贮灰场的岩土环境工程问题，由笔耕文化传播整理发布。

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火力发电厂

    The preliminary Study of A comprehensive environment treatment and ecological recovery for the ash storage of thermal power plant

    火力发电厂贮灰场环境综合整治及生态恢复初步研究

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    Application and Prospect of Reclaimed Water Reuse Technology in Thermal Power Plant

    火力发电厂中水回用技术与应用前景

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    While the thermal power plant is the most important emission source of SO_2 and NO_X.

    而火力发电厂是最重要的SO_2、NO_x排放源。

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    In China, 90% of the SO_2 and 60% of the NO_X come from coal fired gas, so it is of great importance to control the emitting of SO_2 and NO_X from the coal-fired thermal power plant.

    在我国,大约90%的SO_2和60%的NO_x来自于燃煤烟气的排放,因此对燃煤火力发电厂排放的SO_2和NO_x的控制显得尤为重要。

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    The Affecting Study of Discharging Coal Dust Field of Thermal Power Plant to Soil and Shallow Phreatic Water.

    火力发电厂的排灰场对土壤及浅层地下水的影响研究

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    STUDY ON INFLUENCE FACTORS OF SUSPENDED MATTER TREATMENT IN THE WASTE WATER FROM FIRE POWER PLANT

    火力发电厂废水中悬浮物处理的影响因素探讨

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    According to the data, in a fire power plant of 1000WM,even employing the circulating cooling technique, the amount of consuming water equals to the amount of providing water in a middle city with 200,000 residents.

    据资料统计,容量为1000MW的火力发电厂,即使采用循环冷却方式,其耗水量相当于20多万人口的中等城市的供水量。

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    The consuming water in a fire power plant, circulating cooling water accounts for absolute proportion, about more than 90% of the total.

    而在火力发电厂耗水中,循环冷却水量占了绝大比例,约占全厂用水量的90%以上。

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    A Catalytic Method for Determination of Trace Copper in Water-Steam Cycle of Power Plants

    催化法测定火力发电厂循环水汽中的痕量铜

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    Determination of Trace Chloride in High-Purity Power Station Waters by Coprecipitition Concentrition and Spectrophotometry

    火力发电厂高纯水中痕量氯离子的测定——共沉淀富集分光光度法

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    Application of Continuous Emission Monitoring Systems At Thermal Power Plants In Heilongjiang Province

    烟气连续监测系统在黑龙江省火力发电厂的应用

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    Geo-environmental Engineering Problems of Flyash Yard in Thermal Power Plants

    火力发电厂贮灰场的岩土环境工程问题

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    APPLICATION OF ORIMUISION OIL IN THERMAL POWER PLANTS AND TREATMENT FOR ENVIRONMENT PROTECTION

    奥里油在火力发电厂的应用及环保处理

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  thermal power plant

The main stages of construction of the largest solid-fuel 2400-MW thermal power plant in Rostov oblast are outlined.

An analytical formula for the heat consumption rate of thermal power plant is one direct fruit of the equation, which greatly facilitate the online analyzing and optimizing of complex thermal system.

This paper presents results of the analysis of PCDD/Fs in the residues of a fluidized bed incinerator co-firing MSW and coal in the Yuhang Thermal Power Plant.

Fly ash, which is the industrial waste from thermal power plant, possess the potential activity of jellification, and can be used in cemented fill as a partial substitute for cement to reduce the fill cost.

Possibility of cemented gangue backfill was studied with gangue of Suncun Coal Mine, Xinwen Coal Group, Shandong, and fly ash of nearby thermal power plant, in order to treat enormous coal gangue on a large scale and to recovery safety coal pillars.

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This paper studies the method of determining trace chloride in high purity power station waters, in which lead phosphate is used as load body for coprecipirating concentrated chloride. After speed centrifugation, the precipitate is dissolved with iron (Ⅲ) nitrate perchloric acid and the mercury (Ⅱ) thiocyanate-methanol solution is added, and then spectrophotometric determination is undertaken. In this paper, the principles and analytical conditions of this method are provided. The sensitivity of this method...

This paper studies the method of determining trace chloride in high purity power station waters, in which lead phosphate is used as load body for coprecipirating concentrated chloride. After speed centrifugation, the precipitate is dissolved with iron (Ⅲ) nitrate perchloric acid and the mercury (Ⅱ) thiocyanate-methanol solution is added, and then spectrophotometric determination is undertaken. In this paper, the principles and analytical conditions of this method are provided. The sensitivity of this method is 0.0026 absorbance/ppb cl~-, the concentration of detection limit is 2 ppbcl~-. When chloride concentrations are 5 ppb and 10 ppb, the standard deviations of six analytical results are 0.003 and 0.002 (absorbance unit) respectively. The recoveries of determing demineralized water samples are 88-98%. The apparatus used in this method are simple and the analytical procedures are convenient. The experiments verify that this method is of practical significance for determining trace chloride in high-purity waters of power station.

本文研究以磷酸铅盐作为载体共沉淀富集氯离子,高速离心分离后,用硝酸铁—高氯酸溶液溶解沉淀,加硫氰酸汞—甲醇溶液分光测定火力发电厂高纯水中痕量氯离子的方法。文中论述了本方法的原理和分析条件。方法的灵敏度为0.0026/PPbCl~-;检测限浓度为2PPbCl~-。氯离子浓度为5PPb和10PPb时,六次分析结果的标准偏差分别为0.003和0.002(吸光度单位)。测定除盐水样的回收率为88～98%。本方法所用仪器简单,分析手续方便。实验证明;本方法对于测定火力发电厂高纯水中痕量氯离子具有实用价值。

As coal will still be the main energy source in Chinafor a long period the building of more coal-fired power plants seemsinevitable.The controlling of SO_2 emission becomes an urgent require-ment.So far,the major choice is flue gas desulfurization (FGD) toeffect the massive SO_2 emission control. This paper discusses some problems concerning the development offlue gas desulfurization in China,such as different methods of contro-lling sulfur dioxide emission,evaluation of throughaway and regenera-ble FGD processes,perspective...

As coal will still be the main energy source in Chinafor a long period the building of more coal-fired power plants seemsinevitable.The controlling of SO_2 emission becomes an urgent require-ment.So far,the major choice is flue gas desulfurization (FGD) toeffect the massive SO_2 emission control. This paper discusses some problems concerning the development offlue gas desulfurization in China,such as different methods of contro-lling sulfur dioxide emission,evaluation of throughaway and regenera-ble FGD processes,perspective of commercial realization and accelera-tion of the development of FGD technique.

煤在今后相当长时期内将仍然是我国的主要能源,进行大规模火力发电厂的建设也是必然的。目前控制SO_2排放是急需解决的问题。烟气脱硫至今仍是控制SO_2排放的主要措施。本文就我国烟气脱硫方面一些问题进行讨论——控制SO_2排放的不同方法,抛弃流程法、回收流程法进行烟气脱硫的评价,实现商品化及加速实现烟气脱硫技术的展望。

In the paper,the acidification of the soil around Chongqing thermo-power pla-nt under the influelnce of the acid deposition is studied.And it is raised that acidification of the soil under the influence of acid deposition could be appraised with absorbing SO_4~.

本文以重庆火力发电厂周围土壤为对象,研究了酸沉降物影响下土壤的酸化特性,并提出吸附态SO_4~=可用于鉴别酸沉降物致酸的土壤。

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  本文关键词：火力发电厂贮灰场的岩土环境工程问题，，由笔耕文化传播整理发布。