100kg/h Ozone Generator
The 100 kg/h ozone generator represents the highest level of ozone generation technology today and is the ultimate solution for large-scale industrial processing. This type of equipment uses the most advanced dielectric barrier discharge technology, and through a precisely designed discharge unit and an efficient power supply system, it can achieve an amazing ability to stably produce 100 kg of ozone per hour.
In terms of technical parameters, the equipment shows excellent performance. The ozone concentration can be stably maintained at 150-200 mg/L, and a multi-stage cooling system is used to ensure continuous operation of the equipment. The energy consumption is controlled at 7-9kW·h/kgO³, which is more than 20% energy-saving than traditional equipment. The core of the equipment uses aviation-grade stainless steel and nano-ceramic materials to ensure long-term stable operation under harsh working conditions.
The equipment has irreplaceable advantages in ultra-large-scale applications. In the field of municipal water supply, it can meet the drinking water disinfection needs of cities with a population of one million; in industrial wastewater treatment, it can treat industrial park wastewater with a daily discharge of more than 100,000 tons; in the field of flue gas denitrification, it can be equipped with more than 300MW generator sets. Its modular design supports multiple parallel connections to meet larger-scale needs.
Application of China Sankang Ozone 100kg/h Ozone Generator
Safe operation is the top priority of equipment management. Equipped with an intelligent monitoring system, it monitors key parameters such as ozone concentration, temperature, pressure in real time, and is equipped with an automatic protection device. Operators must hold professional qualifications and receive regular safety training. Maintenance adopts a predictive maintenance strategy, and detects potential faults in advance through an intelligent diagnostic system.
With increasingly stringent environmental protection standards and the continuous expansion of industrial scale, 100 kg per hour ozone generators will usher in broader application prospects. Future development directions will focus on: intelligent control system upgrades, new discharge material applications, waste heat recovery and other technological breakthroughs to further improve equipment performance and reduce operating costs. This type of equipment will continue to play a key role in large-scale environmental protection projects and industrial production.
