Solutions
By manually regulating oxygen and nitrogen levels, we optimize environments for planting, breeding, storage and processing to cut losses, boost yields, improve quality, reduce pesticide use and lower costs. This is essential for the transformation from traditional agriculture to green, protected and modern farming. Air separation equipment converts uncontrollable natural air into a precisely adjustable production environment. Nitrogen is adopted for storage, fresh-keeping, pest control and pesticide reduction, while oxygen aids growth, breeding, soil improvement and disease prevention. It ultimately reduces losses, raises output, enhances quality, ensures food safety and increases profits. 

Industry Pain Points & Solutions
High underground safety risks
Goafs are prone to spontaneous combustion and excessive gas may trigger explosions, while conventional fire prevention methods are ineffective.
Solution: On-site nitrogen generation provides continuous inert atmosphere for cost-effective, round-the-clock fire and explosion prevention.

Oxygen deficiency in deep & confined zones
Poor ventilation in deep mines causes hypoxia, dizziness and fatigue among workers, leading to potential safety incidents.
Solution: On-site oxygen supply improves working conditions effectively.

High cost and insufficient supply of purchased gas
Mines are mostly located in remote areas with high transportation costs for gas cylinders and liquid gas. Frequent cylinder replacement also causes supply interruptions and production delays.
Solution: On-site air separation systems deliver 24/7 continuous gas supply, cutting transport and replacement costs and eliminating logistics constraints.

Insufficient and slow gas supply for emergency rescue
Transporting oxygen and rescue gas over long distances delays emergency response during accidents.
Solution: On-site gas reserves enable immediate gas access and boost rescue efficiency.

Low recovery rate in mineral processing and gold extraction
Weak oxidation in traditional processes results in low precious metal recovery and resource waste.
Solution: Stable oxygen supply intensifies leaching and flotation reactions to improve ore utilization and production capacity.