• <tr id='g74FWE'><strong id='g74FWE'></strong><small id='g74FWE'></small><button id='g74FWE'></button><li id='g74FWE'><noscript id='g74FWE'><big id='g74FWE'></big><dt id='g74FWE'></dt></noscript></li></tr><ol id='g74FWE'><option id='g74FWE'><table id='g74FWE'><blockquote id='g74FWE'><tbody id='g74FWE'></tbody></blockquote></table></option></ol><u id='g74FWE'></u><kbd id='g74FWE'><kbd id='g74FWE'></kbd></kbd>

    <code id='g74FWE'><strong id='g74FWE'></strong></code>

    <fieldset id='g74FWE'></fieldset>
          <span id='g74FWE'></span>

              <ins id='g74FWE'></ins>
              <acronym id='g74FWE'><em id='g74FWE'></em><td id='g74FWE'><div id='g74FWE'></div></td></acronym><address id='g74FWE'><big id='g74FWE'><big id='g74FWE'></big><legend id='g74FWE'></legend></big></address>

              <i id='g74FWE'><div id='g74FWE'><ins id='g74FWE'></ins></div></i>
              <i id='g74FWE'></i>
            1. <dl id='g74FWE'></dl>
              1. <blockquote id='g74FWE'><q id='g74FWE'><noscript id='g74FWE'></noscript><dt id='g74FWE'></dt></q></blockquote><noframes id='g74FWE'><i id='g74FWE'></i>
                欢迎光临7m即时足球比分官网!

                企业邮箱 收藏本站收藏本站 网站地图

                悦旺热风炉

                7m即时足球比分热风炉开发、研究、设计、生产、安装调一站式服务
                热线:139-1232-2077

                热门搜索关键词: 生物质热风炉  热风炉改造  热风炉  电加热热风炉  风机  7m即时足球比分app  钣金  

                技术知识 Classification
                联系我们
                服务热线:
                139-1232-2077

                手机:13606115753

                传真:0519-8551398

                QQ:564546384

                地址:常州市戴溪镇西首(戴溪小学向南50米)

                当前位置:首页 > 技术知识 > 燃煤热风炉不同的送风制度有哪些区别呢?

                燃煤热风炉不同的送风制度有哪些区别呢?

                文章出处:   发布时间:2019-07-30 17:23:43   浏览:4

                虽然我们经常都会使用到燃煤热风炉,但是对它的一些方面可能并没有那么的了解,所以很多时候都不能够很好的使用它。今天小编在这里就来和大家讲解一些关于燃煤热风炉送风制度的知识,希望大家在看完之后可以知道具体是怎样的。热风炉作为热动力机械的热风炉于20世纪70年代末在我国开始广泛应用,它在许多行业已成为电热源和传统蒸汽动力热源的换代产品。热风炉的基本送风制度有三种,可能你是不知道。燃煤热风炉小编就给大家一一讲述下。
                Although we often use coal-fired hot stove, but some aspects of it may not be so well understood, so many times it can not be used very well. Today, Xiaobian is here to explain some knowledge about the coal-fired hot blast stove air supply system. I hope you can know what it is after reading it. Hot blast stove, as a hot blast stove of thermodynamic machinery, began to be widely used in China in the late 1970s. It has become a replacement product of electric heat source and traditional steam power heat source in many industries. There are three basic air supply systems for hot stoves. Maybe you don't know. Coal-fired hot-blast stove Xiaobian will tell you one by one. 通过长时间的生产实践,人们已经认识到,只有利用热风作为介质和载体才能更大地提高热利用率和热工作效果。传统电热源和蒸汽热动力在输送过程中往往配置多台循环风机,使之最终还是间接形成热风进行烘干或供暖〗操作。
                Through long-term production practice, it has been recognized that only using hot air as medium and carrier can the thermal efficiency and thermal work effect be greatly improved. Traditional electric heat source and steam heat power are often equipped with multiple circulating fans in the process of conveying, which eventually form hot air for drying or heating operation indirectly.

                这种过程显然存在大量浪费能源及造成附属设备过多、工艺过程复杂等诸多缺点。而更大的问题是,这种热源对于那种需要较高温度干燥或烘烤作业的要求,则束手无策。
                Obviously, there are many shortcomings in this process, such as a large amount of waste of energy, excessive accessory equipment, complex process and so on. The bigger problem is that this heat source is at a loss for the requirement of drying or baking at higher temperatures.

                用碳化硅做的燃煤7m足球比分即时比分是一种新型的列管式高温热能回收装置,可以广泛用于冶金、机械、建材、化工等行业,直接回收各种工业窑炉排放的850-1400℃高温烟气余热,以获得高□温助燃空气或工艺气体。
                Coal-fired heat exchanger made of silicon carbide is a new type of tubular high-temperature heat recovery device, which can be widely used in metallurgy, machinery, building materials, chemical industry and other industries. It can directly recover the waste heat of high-temperature flue gas discharged from various industrial kilns at 850-1400 C, in order to obtain high-temperature combustion-supporting air or process gas.

                研制成的这种装置的换热元件材料系一种新型碳化硅工程陶瓷,它具有耐高温和抗热冲击的优异□ 性能,从 1000 ℃ 风冷至室温,反复50 次以上不出现裂纹;导热系数与不锈钢等同;在氧化性和酸性介质中具有良好的耐蚀性。
                The heat exchange element material of this device is a new type of silicon carbide engineering ceramics, which has the excellent properties of high temperature resistance and thermal shock resistance. It has been air-cooled from 1000 to room temperature for more than 50 times without cracks. Its thermal conductivity is equal to that of stainless steel. It has good corrosion resistance in oxidizing and acidic media.

                在结构上成功地解决了热补偿和较好地解决了气体密封问题。该装置传热效率高,节能效果显著,用以预热助燃空气或加热某些过程的工艺气体,可节约一次性能源,燃料节约率可达 30 %以上,并可强化工艺过程,显著提高生产能力。
                Thermal compensation and gas seal are successfully solved in structure. The device has high heat transfer efficiency and remarkable energy saving effect. It can be used to preheat combustion-supporting air or to heat process gases. It can save disposable energy, save more than 30% of fuel, strengthen process and significantly improve production capacity.

                (1)交叉并联送风(两烧两送制),适用于具有四座热风炉的燃烧期 送风期热处理炉燃烧期送风前期送风后期。
                (1) Cross-parallel air supply (two-firing and two-delivery system) is suitable for heat treatment furnaces with four hot stoves in the combustion period.

                (2)半并联送风,适用于有三座热风炉的高炉。
                (2) Semi-parallel air supply is suitable for blast furnaces with three hot stoves.

                (3)两烧一送制,适用于具有三座热风炉的高炉。
                (3) Two fires and one delivery system, suitable for blast furnaces with three hot stoves.

                三种基本送风制度让大家在内部结★构上又对热风炉做了一定的了解。
                The three basic air supply systems allow us to have a certain understanding of the internal structure of the hot stove.

                以上就是对几种燃煤热风炉不同送风制度的方法介绍,这对它的使用来说其实是非常的重要的,大家在之后要注意了。
                Above is the introduction of several methods of different air supply systems of coal-fired hot stove, which is very important for its use. We should pay attention to it later.

                评论

                • 管理员刚刚

                  暂无任何留言!