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Integrated Technology for Disposal of ChemicalWaste

机译:化学废物处置综合技术

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Here a new decision how to convert hazardous substances into less harmful compounds is provided - an integrated technological scheme that will help to prevent from the risk of negative impact of the hazardous substances on the environment and people. Article concerns the probability of occurrence of environmental problems that may arise as a result of the storage in warehouses of chemicals classified as waste due to the occurrence of natural disasters such as flooding and earthquakes. These chemicals have an expiring date after which they are classified as hazardous waste. It is unacceptable to keep chemicals in landfills or sewage network as they may react with each other, and this would lead to irreversible consequences on the environment. After the chemical conversion by this integrated technological scheme the resultant compounds are salts that are safe. Spectral analysis of the products was carried out by IR spectrophotometer Hazmat, demonstrating the conversion of the hazardous materials into new chemical compounds. This new technological development can be used for chemical transformations of many other substances that are not mentioned in this article. The resulting compounds can be used as raw materials in many industries such as chemical, metallurgical, glass, textile and other industries.
机译:此处提供了一个新的决定,如何将有害物质转化为危害较小的化合物-一种集成技术方案,有助于防止有害物质对环境和人类造成负面影响的风险。该条款涉及由于自然灾害(例如洪水和地震)的发生而将归类为废物的化学药品存储在仓库中而可能导致发生环境问题的可能性。这些化学药品的有效期至此后将其分类为危险废物。将化学品保留在垃圾填埋场或污水网络中是不可接受的,因为它们可能会相互反应,这将对环境造成不可逆转的后果。通过该综合技术方案进行化学转化后,所得化合物为安全的盐。产品的光谱分析是通过红外分光光度计Hazmat进行的,证明了有害物质已转化为新的化学化合物。这种新技术的发展可用于本文未提及的许多其他物质的化学转化。所得化合物可在许多行业中用作原料,例如化学,冶金,玻璃,纺织和其他行业。

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