The article shows you why waste lithium batteries are industrial solid waste.

Lithium metal batteries generally use manganese dioxide as a positive electrode material, lithium metal or its alloy metal as a negative electrode material, and batteries using non-aqueous electrolyte solutions. So is lithium batteries industrial solid waste? What is industrial solid waste? The following Bai safety net to take everyone to understand these solid waste safety tips.

Lithium batteries are industrial solid waste. The harm of lithium batteries is mainly concentrated on the small amount of heavy metals contained in them, such as lead, Mercury, cadmium, etc.. These toxic substances enter the human body through various channels, long-term savings are difficult to eliminate, damage the nervous system, hematopoietic function and bones, and can even cause cancer.

Industrial waste can be used as industrial raw materials or energy after proper process treatment, and it is easier to realize the resource than wastewater and exhaust gas. Some industrial wastes have been made into a variety of products, such as cement, concrete aggregate, brick, fiber, cast stone and other building materials; Extraction of iron, aluminum, copper, lead, zinc and other metals and vanadium, uranium, germanium, Molybdenum, yttrium, titanium and other rare metals; Manufacture of fertilizers, soil modifiers, etc.. In addition, it can also be used to treat wastewater, fire fighting in mines, and as a chemical filler. Almost all industrial waste can be processed into building materials or recycled from energy and industrial raw materials. The management of industrial waste is now dominated by the industrial sector in most countries, that is, under the management of the government, by the discharged industrial sector and the factory itself. With the increase in industrial waste emissions, countries such as Japan have developed specialized contracting for final disposal.

Industrial waste is affected by factors such as industrial production processes, and its composition often changes, causing difficulties in treatment and utilization. Industrial waste is often used after a certain treatment process. For example, slag formed at high temperatures must be cooled, slag generated by wet methods must be dried, and dust must be collected, so the cost is higher. During this time, many countries have devoted themselves to recycling research.

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