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According to experts, the battery products currently used can be roughly divided into three categories: primary dry batteries (ordinary dry batteries), secondary dry batteries (rechargeable batteries, mainly used in mobile phones and computers), and lead-acid batteries (mainly used in automobiles and electric vehicles). Regarding battery pollution, ordinary dry batteries are the most concerned and reported by the public. In fact, nowadays, ordinary dry battery production processes do not require the addition of substances such as cadmium, lead, and arsenic, and are no longer a serious source of pollution. On the contrary, lead-acid batteries used in a large number of car batteries and electric vehicles are one of the most dangerous items in landfills because they contain lead and sulfuric acid.

It is understood that the leaked lead containing heavy metals and acidic substances after corrosion of lead-acid batteries not only seriously pollute soil and water sources, but also cause damage to the air environment and ecological balance. They can also cause diseases in human metabolism, reproduction, and nerves. Once the lead content in the human body exceeds the standard, it can lead to intellectual decline, and can also easily induce malignant tumors in children, and even lead to death.

Compared with traditional lead-acid batteries, lead-oxygen batteries significantly reduce environmental pollution. Zhou Qixing, Dean of the School of Environmental Science and Engineering at Nankai University, said that the solid and gaseous pollution of lead-acid batteries can be eliminated, but it cannot avoid the pollution of water-soluble lead heavy metal ions. Although the production process of lead-acid batteries is the same as that of lead-acid batteries, the use of salt solution instead of dilute sulfuric acid results in a low concentration of lead ions and almost no pollution emissions, greatly reducing the risk of lead pollution.

In addition, the composite salts and additives used to replace sulfuric acid in lead-oxide batteries can be obtained through simple chemical synthesis of waste discharged from steel and coal coking enterprises, solving the pollution emission problems that many steel enterprises cannot handle or require a large amount of cost to handle.

The Zhang brothers have obtained three Chinese national invention patents for lead-oxygen batteries. The Electronic Science and Technology Intelligence Research Institute of the Ministry of Industry and Information Technology has proposed a report on technological novelty, which shows that there is currently no similar technology globally.

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