Ten departments issued the "Digital Green Collaborative Transformation Development Implementation Guidelines" : mining, metallurgy, construction, agricultural machinery and other industries or benefit

Recently, the Central Cyberspace Administration, the National Development and Reform Commission, the Ministry of Industry and Information Technology and other departments jointly issued the "Digital Green Collaborative Transformation Development Implementation Guide" (hereinafter referred to as the "Implementation Guide"), which provides an important reference for all departments, local governments, social organizations and enterprises to promote digital green collaborative transformation development. The introduction of these guidelines marks that China has taken a solid step on the road of promoting high-quality development and accelerating the development of new quality productive forces. The "Implementation Guide" clearly points out that the green transformation of digital technology empowerment focuses on nine fields: power, mining, metallurgy, petrochemical, transportation and logistics, construction, green smart city, modern agriculture, and ecological environmental governance, and clarifies the green transformation path of key links such as digital technology enabling facilities, technologies, and applications.Among them, the mining industry is expected to promote the development of unmanned electric mining cards through intelligent mining, unmanned and unmanned high-risk mining operations.

The metallurgical industry will accelerate the application of complete sets of domestic intelligent equipment, achieve digitization, networking and less humanization of factories, promote the green transformation of iron and steel enterprises, and improve efficiency.

The construction industry will increase the research on key technologies of intelligent construction, actively develop intelligent construction equipment, and promote the development and growth of construction robots, intelligent machinery and equipment, intelligent construction equipment and other industries.

In the field of agricultural machinery and equipment, on the one hand, through the development of intelligent, efficient and green complex agricultural machinery and equipment, as well as hybrid tractors, facilities electric operation equipment, 5G+ hydrogen fuel tractors and other new energy agricultural machinery and equipment. On the other hand, the application of Beidou positioning system and automatic driving system in agricultural machinery is accelerated in agricultural operations.

Mining industry

1. Strengthen the green and intelligent control of mining process and actively carry out digital exploration. The digital twin technology is used to digitally restore the mine, and a large exploration model is established based on massive exploration data to provide intelligent decision-making basis for metallogenic prediction and delineation of prospecting targets. We will promote the use of intelligent detection equipment such as drones to improve the efficiency and accuracy of mineral resource exploration. Construction of intelligent exploration systems, the use of artificial intelligence technology to develop intelligent geological mapping, intelligent geological mineral exploration and exploration and other technologies and systems, to promote geological mapping, mineral geological survey, resource estimation, three-dimensional modeling of ore bodies, mining and other exploration process digitalization, networking and intelligence.Promote intelligent ore mining. To carry out intelligent mining operations and robot replacement demonstration of dangerous positions, and realize less humanized and unmanned high-risk mining operations. Comprehensive use of sensors, intelligent cameras and other equipment to carry out real-time monitoring and early warning response of mining process hazards.

2. Carry out ore green lean production and processing to promote digital mineral separation and refining. Build a smart mineral processing workshop to digitize, automate and coordinate all elements of mineral processing production. Promote the application of intelligent photoelectric technology in mineral sorting and refining, through high-definition scanning, accurate identification and high-speed calculation, quickly capture and real-time analysis of display materials, depth identification of small and fine impurities, to achieve higher mineral processing output and better product quality.

Create ore processing intelligent energy-saving production line. The automatic control system is used to automatically control the ore feed, concentration and grading overflow particle size, and intelligent frequency conversion control is adopted on the load such as belt conveyor, pressure fan and slurry pump to effectively reduce energy consumption.

3. Build a mineral green smart supply chain to promote the application of mineral smart logistics. Build an industrial chain platform for mineral "production, transportation, storage and marketing", strengthen the connection of mineral resource supply and demand information, and achieve "production, transport, and stable supply". Construction of mineral transport logistics service platform, promote the mineral transport "scattered transformation", improve the efficiency of logistics transportation. Promote the application of intelligent mine carrier robots and unmanned electric mining cards to improve the efficiency and safety of open-pit mineral transportation. Develop carbon footprint management of mineral supply chain. We will accelerate the improvement of the carbon emission management system for enterprises, guide the compilation of greenhouse gas emission inventories and emissions accounting, establish a carbon footprint background database for industries, and carry out refined and intelligent management of key carbon emission links such as mineral processing and transportation.