Sankang 500g/h ozone generator
User Value: The Way to Balance Long Term Costs and Benefits
Although the initial investment of the Sankang 500g ozone generator is 15% higher than that of ordinary models, its full lifecycle cost advantage is significant:
-Energy consumption cost: High frequency power technology reduces the electricity consumption per ton of water treatment to 0.12 kW · h, saving 18% compared to traditional models;
-Maintenance cost: Modular design reduces single repair time to within 2 hours and lowers spare parts replacement costs by 40%;
-Output benefits: Taking a sewage treatment plant as an example, after the equipment is put into operation, the annual cost of chemicals is reduced by 1.2 million yuan, while the reuse rate of reclaimed water is increased to 85%.
Technology leads, service wins
# Sankang 500g Ozone Generator with Chiller: An Efficient Solution for Industrial-Grade Disinfection and Purification
In fields such as industrial water treatment, flue gas desulfurization and denitrification, food processing, and medical and healthcare, ozone has become a core disinfection and purification technology due to its strong oxidizing properties and no secondary pollution characteristics. As a benchmark enterprise in the domestic ozone technology field, Jinan Sankong Environmental Protection Technology Co., Ltd. has launched a 500g ozone generator equipped with a chiller system. With its efficient and stable performance, modular design, and intelligent control, it provides a full-chain solution for large industrial scenarios.
### I. Technical Core: Collaborative Innovation of Dual Water-Cooling Structure and High-Frequency Discharge
The Sankang 500g ozone generator adopts the internationally leading **micro-gap ring blocking discharge technology**. Its core discharge unit consists of five groups of 20 high-permittivity ceramic discharge tubes. Each discharge tube is embedded with a non-glass discharge rod and wrapped with a stainless steel cooling chamber. It achieves efficient heat dissipation through a dual water cooling structure: the cooling water circulates at a constant temperature of 5-25℃, precisely removing the heat generated during the discharge process, ensuring that the ozone concentration is stabilized at the industry high standard of 12-15wt%.
###2、 Chiller system: industrial grade guarantee for precise temperature control
The supporting chiller unit adopts * * titanium alloy heat exchanger * *, which has corrosion resistance and anti scaling characteristics, and can be directly connected to municipal water supply or industrial circulating water systems. Its intelligent temperature control module adjusts the cooling water flow rate in real time through PID algorithm, ensuring that the temperature fluctuation of the discharge unit is ≤ ± 1 ℃, and avoiding ozone decomposition caused by overheating. For example, in a high concentration wastewater treatment project in a chemical industrial park, the system successfully increased the COD degradation efficiency to 92%, shortening the reaction time by 40% compared to air-cooled models.
The chiller is also equipped with multiple safety protections:
1. Water flow pressure sensor: automatically shuts down when the flow rate is below the set value to prevent dry burning and damage to the equipment;
2. Dual stage filtration device: The filtration accuracy reaches 5 μ m, avoiding impurities from blocking the cooling channel;
3. Anti freezing protection function: Automatically drain accumulated water from pipelines in low temperature environments during winter to prevent freezing and cracking.
###3、 Modular design: optimization of the whole process from installation to operation and maintenance
The equipment adopts standardized module components, and the discharge unit, power cabinet, and chiller unit can be independently disassembled and assembled. The weight of a single module is ≤ 80kg, which is convenient for forklift handling and installation in small spaces. Taking the renovation project of a 100000 ton water plant as an example, the Sankang team completed the full equipment deployment in just 72 hours, which shortened the construction period by 60% compared to traditional models.
At the operational level, the system integrates an intelligent diagnostic platform:
-Real time monitoring of 12 key parameters including voltage, current, and ozone concentration;
-Realize remote fault warning through 4G/5G modules, with historical data traceable for 3 years;
-Provide automatic/manual dual-mode adjustment, and operators can switch ozone production with one click through the touch screen, with a response time of ≤ 3 seconds.
