首页> 外国专利> Method and the research and measurement installation for continuous, multivariate analysis of non-catalytic and catalytic converter conversion of solid power fuels, and the post-reaction gas pollution with nitrogen, carbon and sulfur oxides

Method and the research and measurement installation for continuous, multivariate analysis of non-catalytic and catalytic converter conversion of solid power fuels, and the post-reaction gas pollution with nitrogen, carbon and sulfur oxides

机译:用于固体动力燃料的非催化和催化转化器转化的连续,多变量分析以及氮,碳和硫的氧化物对反应后气体污染的方法,研究和测量装置

摘要

method of continuous analysis process of non catalytic and wieloparametrowej catalytic processing energy solid fuel and gas pollution status poreakcyjnego oxides of nitrogen, carbon, sulfur, using measurement of selected parameters considered wu0119glow fuel processing ego in conditions simulating the actual processing process is characterized by that,that set of atmospheric gases and exhaust energy (g1), (g2).(gn) collected in the pressure containers station gas (sg), preferably in the form of oxygen o2, nitrogen carbon dioxide argon co2, n2, ar, nitrogen dioxide no2, carbon monoxide, sulphur dioxide so2, ammonia nh3 is simulating the actual conditions katalit choice reaction gases ycznego or non catalytic conversion process of energy solid fuel.and then after their mass flow measurement using digital mass flow controllers (mfc1), (mfc2).(mfcn) operated with out of command and control (ks) of the measurement parameters (k2) is formed or only streams of gases reducing transported wires with shut-off valves in the open condition przeu0142u0105czanymi favourably manually, or just gas streams the oxidative transported wires with shut-off valves.przeu0142u0105czanymi in open condition preferably manually, after which the mass flow stabilized in the 500 - 10000 ml / min in the oxidising gas stream (ut) are supplied to the intake channel (lw) thermal reactor (rt) either directly or through the pomostowym wi elowlotowy, favourably szeu015bciowlotowy valve (mv) of the dosage in the form of a loop (p),controlled signals alternately oxidising gas stream zau0142u0105czaju0105cymi dosage gi (ut) or gas stream reduction (rd) administered with exit (wy8mv) equipment, command and control (ks) of the measurement parameters (k2) depending on the choice or you demolition process of non catalytic or only catalytic process processing energy fuel orawith / or continuous analysis of impurities in the sample gas outlet poreakcyjnego, simultaneously to the channel inlet (lw) thermal reactor (rt) is metered by the tru00f3jwlotowy (v1) of the shut-off valve, steam efficiency 0,1 - 25 g / mm with steam generator remote control signal quantity and temperature of steam exits (wy7gp) device control sterujacego (ks) with computer measurement parameters (k2), after which the gas stream is dosed to the lubricated reaction deposits (ci) in the thermal reactor (rt) at y what in the process of non catalytic processing of solid fuel.the stationary (ci) thermal reactor (rt) has a constant temperature in the 950u00b0c - 1050u00b0c and represents him comminuted solid fuel grain sizes of 250 - 5000 mm.
机译:连续分析方法的非催化和wieloparametrowej催化处理能源固体燃料和气体污染状况氮,碳,硫的多孔氧化物,在模拟实际处理过程的条件下使用辉光燃料处理自我所选择的参数进行测量,其特征在于收集在压力容器站气体(sg)中的一组大气气体和废气能量(g1),(g2)。(gn),最好以氧气o2,氮气二氧化碳氩co2,n2,ar的形式存在,二氧化氮NO2,一氧化碳,二氧化硫SO2,氨水Nh3正在模拟实际条件,选择反应气体ycznego或能量固体燃料的非催化转化过程,然后在使用数字质量流量控制器(mfc1)测量质量流量后,( (mfc2)。(mfcn)不受控制和测量参数(k2)的控制(ks)的作用而形成,或仅气流减少了输送的金属丝s在打开状态下具有截止阀prze u0142 u0105czanymi有利于手动操作,或者仅在打开状态下使用手动阀使氧化运输丝氧化气流。氧化气流(ut)中的500-10000 ml / min可以直接供给,也可以通过低通量,优选地按一定比例供应给进气通道(lw)热反应器(rt)。以回路(p)的形式,受控信号交替氧化气体za u0142 u0105czaj u0105cymi剂量gi(ut)或气体减少量(rd),并使用出口(wy8mv)设备,命令和控制装置(ks)测量参数(k2)取决于您的选择,或者是您拆卸的非催化过程,还是仅催化过程处理能源的燃料,或者连续分析样品气体出口孔中的杂质,同时到达通道入口(lw) rmal反应堆(rt)通过截止阀的tr(u)计量,蒸汽效率0.1-25 g / mm,带有蒸汽发生器远程控制信号量和蒸汽出口温度(wy7gp)设备控制具有计算机测量参数(k2)的sterujacego(ks),然后将气体以非催化方式处理固体燃料过程中的y定量加入热反应器(rt)中的润滑反应沉积物(ci)中。 (ci)热反应堆(rt)的温度在950到1050的恒定温度,表示粉碎后的固体燃料粒度为250-5000毫米。

著录项

  • 公开/公告号PL412280A1

    专利类型

  • 公开/公告日2016-11-21

    原文格式PDF

  • 申请/专利权人 INSTYTUT ENERGETYKI;

    申请/专利号PL20150412280

  • 发明设计人 IZABELA STEFANOWICZ-PIĘTA;

    申请日2015-05-08

  • 分类号G01N33/22;G01F13;G01N25;

  • 国家 PL

  • 入库时间 2022-08-21 13:36:55

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