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Radioactivity neutral formula ou2083 + / - R (R = ou2083 Project Blue Ozone)

机译:放射性中性公式o u2083 + /-R(R = o u2083 Project Blue Ozone)

摘要

The Nuclear Decontamination procedure by ozonation, comprises the following steps: 1) operational biatu00f3mico Oxygen is subjected to a Corona effect produced by a High tension Electric current within the triatu00f3mico ozonizer Apparatus to obtain Oxygen.Ozone is generated inside a Cabinet that handles all the Power required to produce Ozone in an internal Chamber and be sent to the Mud Tank (Water Tank) by means of a Compressor (Air Pressure) through a Hose and the Bubbling Ozone causes The Inside of the Tank.2) proceeds to fill the tank of ozonated by opening the valve that allows the release of radioactive waste. This operation can be performed manually or automatically. Although the Tank ozonation has an effective Regulatory System capable of stopping the supply of liquid once full, it is advisable to close the valve before completing the load.In the case of filling of the tank is made by means of a Tanker Truck, you must first remove the CAP of the Tank; then introduces the hose of the Tank directly into the Inlet. 3) is to turn the computer on ozonizer, beginning the process of ozonation.4) after twenty minutes, proceeds to empty the Tank ozonation by opening the valve that allows the discharge of waste into the River or sea. This operation can be performed manually or automatically. Technique 2.First Step: the same way as in the previous procedure, the Ozone is generated inside a Cabinet that handles all the Power required to produce Ozone in an internal Chamber and be sent to the Mud Tank through a Compressor through a hose causes the Bubbling The Ozone inside the Tank.Second Step: Fill the tank is opened with a Water Supply Pipe Connected thereto. Fluid volume should not exceed 70% of its maximum capacity. Third STEP: remove the pipe of drinking water. Then it proceeds to the Immersion of The Radioactive Material (any contaminated Clothing, Tools, etc.) inside the tank of ozonation.This operation should be performed with Gloves on his hands. At the end of the operation, the contaminated Gloves are deposited on the inside of the Tank. Fourth STEP: Fill the tank is hermetically ozonation. Fifth STEP: turn on ozonizer. Repeat the procedure for the Decontamination of radioactive waste (Stage 3).Sixth STEP: proceeds to empty the Tank ozonation by opening the valve. Seventh STEP: Gently remove the decontaminated objects from the bottom of the Tank. This operation should be performed with a forceps. Technique 3.First Step: the Ozone is generated inside a Cabinet that handles all the Power required to produce Ozone in an internal Chamber and be sent to the building ventilation system by means of a Compressor through a hose ozonizated Air. Second Step: selection of the level of ozonation according to need.The ozonizer has a control panel operated by micro Controller enables the Power Functions of the Cabinet. From there you can select the ozonization levels ranging from Level 1 to 5. Levels 1 and 2 are recommended for the Decontamination of ZS (Environments monitored Area, nuclear facilities).ZC (Zone controlled environments, nuclear facilities) are recommended higher levels 3, 4 and 5. Technical 4. First Step: pour The Liquid Ozone (Stabilized) into the container of pressurized by Hydraulic Suction and spray. This operation requires a Funnel. Second Step: remove the Funnel.Then proceeded to install the valve Activated by screwing it to the inlet of the container is full. Third STEP: actuates the valve of the spray at a distance of 10 - 15 cm. Generously Wet contaminated area.
机译:通过臭氧化进行的核净化程序包括以下步骤:1)运行中的双向臭氧发生器中的高压电对氧气进行电晕效应,从而获得氧气。处理在内部腔室中产生臭氧所需的全部功率,并通过压缩机(空气压力)通过软管(气泡)将臭氧发送到泥浆箱(水箱),并且气泡中​​的臭氧会导致“箱内” 2前进到通过打开可释放放射性废物的阀门,将臭氧化的水箱充满。该操作可以手动或自动执行。尽管储罐臭氧化系统具有有效的调节系统,能够在充满后立即停止供应液体,但建议在完成装载之前关闭阀门。如果通过加油车进行储罐加注,则必须首先取下坦克的帽子;然后将水箱的软管直接引入入口。 3)打开臭氧发生器,开始进行臭氧化过程。4)二十分钟后,打开阀门,将废物排入河流或海洋,以清空罐内臭氧。该操作可以手动或自动执行。技术2:第一步:与之前的步骤相同,臭氧在机柜内生成,该机柜处理在内部腔室中产生臭氧所需的所有功率,然后通过压缩机通过软管将其输送至泥浆箱,从而导致臭氧泄漏。鼓泡水箱内的臭氧。第二步:向水箱内注水,并连接一根供水管。流体体积不得超过其最大容量的70%。第三步:取下饮用水管道。然后将其浸入臭氧罐中的放射性物质(任何受污染的衣服,工具等)的浸没。应在手套戴在手上的情况下进行此操作。在操作结束时,被污染的手套将沉积在储罐的内部。第四步:将油箱密封臭氧化。第五步:打开臭氧发生器。重复进行放射性废物净化(第3阶段)的步骤。第六步:打开阀门,清空储罐臭氧。第七步:轻轻地从储罐底部取出被污染的物体。该操作应使用镊子进行。技术3:第一步:臭氧在机柜内产生,该机柜处理在内部室内产生臭氧所需的全部功率,并通过压缩机通过软管中的臭氧化空气送入建筑物的通风系统。第二步:根据需要选择臭氧水平。臭氧发生器具有由微控制器操作的控制面板,可启用机柜的电源功能。在此处,您可以选择1级到5级的臭氧水平。建议对ZS(环境监测区域,核设施)进行去污,建议将1级和2级。建议将ZC(区域控制环境,核设施)进行3级以上的去污, 4和5。技术性4.第一步:将液态臭氧(稳定的)倒入通过液压抽吸和喷雾加压的容器中。此操作需要一个渠道。第二步:拆下漏斗。然后继续安装阀门,方法是将其拧紧到容器入口已满。第三步:在10-15 cm的距离内启动喷雾阀。大量受污染的区域。

著录项

  • 公开/公告号AR096448A1

    专利类型

  • 公开/公告日2015-12-30

    原文格式PDF

  • 申请/专利权人 QUIROGA HORACIO DANILO;

    申请/专利号AR2014P102101

  • 发明设计人 HORACIO DANILO QUIROGA;

    申请日2014-05-27

  • 分类号G21H5/00;

  • 国家 AR

  • 入库时间 2022-08-21 14:27:40

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