Does the recycling of aluminum nickel cobalt magnet waste count as comprehensive utilization of resources?
The recycling and utilization of aluminum, nickel, cobalt, and magnet scrap is considered comprehensive utilization of resources.
1. Comprehensive utilization of resources:
Mainly refers to the comprehensive development and rational utilization of symbiotic and associated minerals in the process of mining resources; the recovery and rational use of waste residues, waste water (liquid), exhaust gas, waste heat and pressure generated in the production process; Various wastes generated during the consumption process are recycled and reused.
2. Products
1. Kaolin (soil), bauxite, refractory clay, bentonite, diatomaceous earth, basalt, diabase, marble, granite, pyrite, sulfur concentrate, gas, lignite, associated with coal measures Wax, humic acid and humic acid salts, gypsum, graphite, natural coke and their processed products;
2. Pyrite, copper, cobalt, sulfur, fluorite, phosphorus, vanadium, manganese, fluorine concentrate, rare earth concentrate, titanium concentrate recovered from ferrous metal mines and gold mines;
3. Sulfur concentrates, pyrites, iron concentrates, fluorite concentrates and various concentrates and metals other than the main metals recovered from non-ferrous metal mines, as well as those produced by using recycled residual ore, refractory ore and low-grade ore Concentrates and metals;
4. Iron concentrates, copper concentrates, lead concentrates, zinc concentrates, tungsten concentrates, bismuth concentrates, tin concentrates, antimony concentrates, arsenic concentrates recovered from ferrous, non-ferrous metals and non-metals and their tailings Ore, cobalt concentrate, beryl, feldspar powder, fluorite, sulfur concentrate, rare earth concentrate, lepidolite;
5. Copper, cobalt, lead, zinc, vanadium, titanium, niobium, rare earth recovered by ferrous metal smelting (enterprises), various metals other than the main metals recovered by non-ferrous metal smelting (enterprises), and sulfuric acid;
6. By-products such as sodium, magnesium, and lithium recovered during the mining process of chemical minerals such as phosphorus, potassium, and sulfur;
7. Metal, non-metal products and building materials produced by using mining and mineral processing waste residues (including waste rock, tailings, debris, powder, dust, and sludge);
8. Light hydrocarbons, helium, sulfur recovered and extracted during the production of crude oil and natural gas, and refined salt, solid salt, liquid caustic soda, hydrochloric acid, chlorinated paraffin and rare metals produced by using associated brine.
