english Wastewater Treatment System Durability Features
Strong Durability of Core Components
The dissolved air tank is made of 304 stainless steel, with excellent corrosion resistance and a long normal service life, and does not need to be replaced frequently.
The variable frequency motor and reducer are well-known brands. Through high protection design, it has high operating stability in a humid environment and reduces the frequency of core component replacement.
Clear Replacement Cycle of Wearing Parts
The releaser (key component for generating microbubbles) is made of ceramic or polyurethane, and has a long service life when treating ordinary municipal sewage.
The rubber scraper of the scraper wears relatively quickly due to long-term contact with scum, and the replacement cycle is short, but the cost of a single set accounts for a low proportion of the total price of the equipment, and the replacement cost is low.
Maintenance Design Reduces Replacement Frequency
The equipment adopts a modular design, and the wearing parts are all standardized specifications, and maintenance channels are reserved.
There is no need to shut down the whole machine when replacing, and a single replacement takes a short time; the dissolved air system is equipped with an automatic backwashing function to regularly clean impurities in the releaser and extend its service life.
Minimal Operating Environment Impact
When treating conventional sewage, the corrosion rate of metal parts is low.
For special sewage, more corrosion-resistant accessories can be selected. Although the initial cost is increased, the replacement cycle is extended, and the overall replacement frequency is reduced.
Data-Supported Low Replacement Requirements
According to industry operation data, the average annual replacement cost of the equipment is a low proportion of the total equipment price, which is much lower than that of traditional flotation equipment.
Under normal maintenance, the number of parts that need to be replaced each year is small, and they are mainly low-cost wearing parts, which will not have a significant impact on continuous operation.
This wastewater treatment system combines high-quality materials with intelligent design to minimize maintenance requirements and replacement costs. The strategic use of durable materials for core components, modular design for easy maintenance, and data-driven component selection all contribute to a system that delivers reliable performance with minimal downtime.
