摘要
羟基自由基在污水处理工程高级氧化工艺技术中具有重要作用,但目前其相关生成技术普遍存在效率不高或成本过高等缺点。利用量子物理原理开发出的AOS装置可有效生产超氧阴离子,其本身具有超高氧化性外,利用加水分解反应还可产生羟基自由基并有效分解有机物碳链,有望替代焚烧、熔融、加热分解、超临界、发酵、酶分解等热化学手段而成为一种新的处理有机固体废弃物的环保节能技术。
Hydroxyl radical reactants is the foundation treatment in senior oxidation process of sewage treatment,but it's generation technology efficiency is low and the cost is high. Base on the theory of quantum physics, AOS device is developed which can effectively produce the superoxide anion. In addition to having highly oxidation itself, it can also produce hydroxyl radicals effectively by using hydrolysis reactions which can effectively decompose organic carbon chain. The AOS technology is expected to replace the burning, melting, thermal decomposition, supercritical treatment, fermentation, enzymatic decomposition and other thermo-chemical methods and has become a new energy-saving technology.
出处
《湿法冶金》
CAS
北大核心
2017年第1期65-68,共4页
Hydrometallurgy of China