Chalcopyrite is used as the main source of Copper in copper mines. Chalcopyrite production is directly dependent on copper production. Therefore, as demand for copper increases, the need to produce and mine more chalcopyrite is likely to increase as well. Due to the widespread use of copper in various industries, global economic growth can have a direct effect on the demand and supply of copper and, consequently, chalcopyrite. For example, the growth of construction, automotive, electronics and energy industries creates more demand for copper and chalcopyrite.

Global demand for copper and chalcopyrite is influenced by factors such as consumer industries, technology, construction and infrastructure development. The forward growth of the world population and the needs related to daily life will also create more demand for copper and chalcopyrite. The price of copper in the world market has an important effect on the supply and demand of chalcopyrite. An increase in the price of copper may stimulate more production and extraction of chalcopyrite, while a decrease in price can have a negative effect on the production of chalcopyrite and extraction of copper.

The construction sector, as one of the largest consumers of copper and chalcopyrite, creates a significant demand for these minerals. Growth in the construction sector, especially in the construction and development of infrastructure, can affect the supply and demand of chalcopyrite. Copper is used as an important conductor and propellant in electronic and electrical industries. More demand for these industries, especially in the fields of power plants, automobiles, mobile phones, computers and electronic equipment, can lead to an increase in the supply and demand of chalcopyrite.

Emerging industries such as clean energy, new technologies, rechargeable batteries and electric vehicles also need copper and chalcopyrite. More demand for these emerging industries can have a direct impact on the supply and demand of chalcopyrite. Changes in laws and regulations related to extractive industries and the environment can have an important impact on the supply and demand of chalcopyrite. Environmental restrictions, changes in taxation and government policies may affect mining activities and thus the supply of chalcopyrite.

New mining and extraction technologies can improve performance and productivity in chalcopyrite extraction. Using advanced methods such as soil engineering, underground mining, tunnel mining, quarrying methods and smart mining can help reduce costs, increase productivity and improve product quality. New technologies play an important role in the production and processing of chalcopyrite. For example, advanced processes such as flotation, processing accessories, quality control, magnetic separation, and metallurgical extraction can help reduce waste, increase rawness, and improve product quality.

The extraction and processing of chalcopyrite may involve a lot of energy consumption. By using technologies to reduce energy consumption, such as the use of green technologies, optimization of processes and the use of renewable energy sources, operating costs can be reduced and environmental sustainability can be improved. Recycling copper and chalcopyrite through recycling processes can preserve natural resources and reduce dependence on new mines. Modern technologies in the field of recycling, including hydrometallurgical and wining processes, can help improve the efficiency and quality of recycling.

Copper sulfide Minerals such as chalcopyrite, bronzite, cuprite, and bernitelle are commonly used as the main sources of copper. If the supply of these minerals in the market increases, the demand for chalcopyrite may decrease, because the production of copper through other minerals can replace chalcopyrite. Copper oxide minerals such as malachite and azurite can also be a source for copper extraction. If copper extraction and production from these minerals increases, the supply of chalcopyrite may decrease and its demand will be affected. The use of recycled copper ores can also have an impact on the chalcopyrite market. Copper recycling through recycled materials such as mustard, wine copper and recycled cables can reduce the need to extract copper from natural minerals such as chalcopyrite and thus reduce the supply and demand for this mineral.