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    • 2. 发明申请
    • THERMAL PLASMA TREATMENT TECHNOLOGIES FOR HAZARDOUS WASTES REMEDIATION
    • 热等离子体处理技术用于危险废物补救
    • WO2008074162A1
    • 2008-06-26
    • PCT/CH2006/000629
    • 2006-11-08
    • GLYCAN PHARMA SWITZERLAND SANEUTRAL METAL SA SWITZERLANDASSOUN, Christian, DanielHARTWIG, Margit
    • ASSOUN, Christian, DanielHARTWIG, Margit
    • H05H1/24
    • H05H1/54
    • The purpose of this special physical-chemical process encompassing the behaviour of high temperature plasmas is the complete dissociation, of semi-organic and/or organic molecules classified as dangerous, including: Bio Hazardous Molecules, Nerve Gases (NG), Bio-organic Molecules and Biological Elements (bacteria, DNA-RNA viruses, prions). The process can be applied to sites containing contaminating materials or directly to polluted areas in civilian or military industrial plants or laboratories. The process relies on physical -chemical and magneto-dynamic techniques applied to ionized gas together with the introduction of atomic elements such as Lanthanides, Yttrium, Iron, Helium and Hydrogen within the plasma. The process relies on techniques of plasma creation through RF (Radio Frequencies) generators, coupled with Magneto Gas Dynamics (MGD) and Magneto Hydro Dynamics (MHD) complexes acting as a motor and/or generator of plasma in confined hot regions of the plasma. As the sections can be toroidal, linear, or hybrid, the MHD-MGD motor generator coupling allows the recycling and confining of the atomic ionized elements, while keeping a high gradient of temperature (T°K: 4, 000- 7,000 K) for several minutes (between 1 and 3 minutes according to the molecules to be dissociated).
    • 包括高温等离子体行为的这种特殊的物理化学过程的目的是分类为危险的半有机和/或有机分子的完全解离,包括:生物有害分子,神经气体(NG),生物有机分子 和生物元素(细菌,DNA-RNA病毒,朊病毒)。 该过程可以应用于含有污染物质的场所,或直接用于民用或军事工业厂房或实验室的污染地区。 该过程依赖于应用于电离气体的物理化学和磁动力学技术以及在等离子体中引入诸如镧系元素,钇,铁,氦和氢的原子元素。 该过程依赖于通过RF(无线电频率)发生器的等离子体产生的技术,与等离子体的局限热区域中的等离子体的电动机和/或发电机的磁力气体动力学(MGD)和磁流体动力学(MHD)复合物相结合。 由于这些部分可以是环形的,线性的或混合的,MHD-MGD电动发电机联轴器允许原子离子化元件的再循环和限制,同时保持高的温度梯度(T°K:4,000-7,000K),用于 几分钟(根据要解离的分子,在1至3分钟之间)。