Solid waste recycling industry
The core pillar industry of the circular economy utilizes technologies such as physics, chemistry, and biology to convert solid waste generated in industries, construction, and daily life into reusable raw materials, energy, or products, achieving "reduction, reuse, and resource utilization". The industry focuses on three core directions: firstly, the resource utilization of construction waste, processing waste concrete, waste bricks and tiles into recycled aggregates and bricks, with a resource utilization rate of over 95%; The second is the comprehensive utilization of coal gangue, constructing a diversified system of "power generation+building materials+ecological restoration+valuable element extraction" to solve the pollution caused by spontaneous combustion of coal gangue storage; The third is the high-value utilization of plastic waste, covering technological routes such as physical regeneration, chemical cracking for oil production, and depolymerization for monomer production, to create a closed loop in the plastic industry. It is the core support for the construction of a "zero waste city" in the country, which can significantly reduce the consumption of primary resources and carbon emissions.
Energy saving and environmental protection industry
The strategic emerging industry that provides technological equipment, product services, and system solutions to save energy and resources, protect the ecological environment, is the core support for achieving carbon peak and carbon neutrality goals. The core of the industry focuses on the construction of zero carbon parks, with the goal of "zero carbon emissions throughout the entire life cycle". Through the integration of five systems including 100% coverage of renewable energy, cascading utilization of energy (cold, heat, and power), circular economy throughout the entire industry chain, smart energy management, and CCUS technology application, the park achieves coordinated optimization of energy, resources, and information, promotes energy efficiency improvement and pollutant reduction in key areas such as industry, construction, and transportation, and promotes comprehensive green and low-carbon transformation of the economy and society.
new energy industry
The strategic industry of developing and utilizing renewable energy such as solar energy, wind energy, and hydrogen energy is the core force to replace traditional fossil fuels, ensure national energy security, and achieve carbon neutrality. The four core tracks of industrial layout are: firstly, the green methanol industry, which utilizes green electricity to produce green hydrogen and captures CO ₂ to synthesize carbon neutral methanol, possessing the triple attributes of fuel, chemical raw materials, and energy storage; The second is the co production of green electricity for hydrogen production and green synthetic ammonia, producing carbon free fertilizer raw materials and zero carbon energy carriers to solve the intermittent problem of renewable energy; The third is distributed photovoltaics, developing various forms such as household use, industrial and commercial rooftops, BIPV photovoltaic building integration, etc., to achieve on-site energy consumption; The fourth is smart energy management, which utilizes the Internet of Things and AI technology to intelligently control the entire energy process, improving energy efficiency by 15% -30%.
Biobased New Materials Industry Module
The emerging industry that uses renewable biomass resources as raw materials to produce new materials has core advantages such as renewable raw materials, biodegradable products, and low lifecycle carbon emissions. It is a key direction to replace petroleum based materials and solve white pollution. Building a complete industrial chain: Upstream development of mushroom grass planting and resource utilization of crop straw, with mushroom grass, straw and other agricultural and forestry waste as the core raw materials; The midstream focuses on developing the manufacturing of bio based new materials, producing biodegradable plastics such as polylactic acid (PLA) and polyhydroxyalkanoates (PHA), as well as bio based fibers and rubber; Downstream supporting biomass biochemical cracking technology converts processing residues into bio oil, biochar, and synthetic gas, achieving zero waste throughout the entire industry chain.
Industrial Robot Industry
It is the next generation core industry that deeply integrates artificial intelligence and robotics technology, and is recognized as the best carrier of general artificial intelligence. Different from traditional industrial robots, embodied robots have physical entities, multimodal perception, autonomous motion, environmental adaptation, and autonomous learning capabilities, and can physically interact with the real world in complex unstructured environments. The core of the industry focuses on the research and industrialization of Luming Universal Humanoid Body Robot, breaking through key technologies such as universal AI big models, multimodal perception fusion, high-precision motion control, and humanoid ontology design, to create a universal robot with humanoid form and motion ability, capable of understanding human intentions and independently completing complex operations. It is widely used in fields such as home services, industrial collaboration, and commercial services.
Distributed drone control system industry module
A distributed intelligent control industry integrating airspace management, flight monitoring, identity recognition, violation handling, and emergency response has been established to address the increasingly frequent low altitude drone flight activities. The core solution is to address the airspace safety, public safety, and national security issues caused by the "black flight" of drones, while providing standardized services for legal drone flights. The core product of the industry is a distributed unmanned aerial vehicle (UAV) control system, which integrates technologies such as radar detection, electro-optical tracking, radio detection, and anti-jamming. It builds a distributed low altitude security network to achieve real-time detection, identity recognition, trajectory tracking, and violation handling of UAVs. It is widely used for low altitude security protection in airports, ports, nuclear power plants, military restricted areas, and large-scale event sites.
Domestic Business
