900G Ozone Generator
The application of IGBT inverter medium-frequency high-voltage power supply can effectively improve ozone generation efficiency, achieve high efficiency and energy saving, and ensure continuous and stable operation.The power supply part adopts a modular design, and the equipment discharge unit has high efficiency and easy maintenance.The ozone system uses water cooling technology to maintain efficient and stable ozone production.The discharge tube adopts advanced high borosilicate tube discharge technology.The vacuum thermal regeneration system provides high-quality air to the generating unit and increases ozone concentration.The equipment works in negative pressure mode, which effectively avoids ozone leakage and is safe and reliable.The equipment carries out advanced PLC automatic control and realizes the integration of ozone generation system, air source system, cooling system and control system.Optimized mechanical design, compact structure, low maintenance workload .Low harmonic pollution, low power consumption, silent design.Effective balancing of ejector suction obstruction.
In today's era of increasing environmental awareness, water treatment technology has become a key link in ensuring the safety and sustainable use of water resources. As one of the efficient and environmentally friendly water treatment technologies, ozone treatment has been widely used in drinking water treatment, industrial wastewater treatment and swimming pool water treatment due to its strong oxidation ability and broad-spectrum bactericidal characteristics. This article will introduce in detail a 900G ozone generator supplied by a professional factory. The equipment is designed for water treatment plants and aims to provide efficient, stable and reliable ozone generation solutions to meet the needs of water treatment projects of different scales.
1. Product Overview
As a star product in the field of water treatment, the 900G ozone generator integrates advanced ozone generation technology and an efficient energy management system. Its "900G" logo means that the equipment can produce about 900 grams of ozone per hour under standard working conditions, which is enough to meet the daily needs of medium and large water treatment facilities. The equipment uses air or oxygen as raw materials, and converts oxygen molecules into ozone molecules through high-voltage discharge technology, thereby achieving deep oxidation treatment of water bodies, effectively removing pollutants such as organic matter, bacteria, viruses and odors in water, and improving water quality to a higher standard.
2. Technical Features
1. High-efficiency ozone generation: The advanced ozone generation unit is adopted, combined with the optimized gas flow channel design, to ensure high ozone generation efficiency and low energy consumption. By precisely controlling the discharge conditions, the stable output of ozone concentration is achieved to meet the requirements of different water quality treatment.
2. Intelligent control system: The built-in intelligent microprocessor can monitor key parameters such as ozone production, gas flow, temperature and pressure in real time, and automatically adjust the working state according to the preset value to ensure that the equipment is always in the best operating state. At the same time, it has remote monitoring and fault diagnosis functions, which is convenient for operation and maintenance personnel to remotely manage and reduce maintenance costs.
3. Safety protection design: The equipment is equipped with multiple safety protection mechanisms, including overcurrent protection, overvoltage protection, overheating protection and leakage detection, etc., to ensure safety during operation. In addition, it is made of corrosion-resistant materials to adapt to various harsh working environments and extend the service life of the equipment.
4. Modular design: The modular structure is adopted to facilitate the installation, commissioning and later maintenance of the equipment. Users can flexibly configure the number of ozone generation units according to actual needs to achieve expansion or reduction of production capacity to meet the needs of water treatment projects of different scales.
