In modern industrial parks, wastewater treatment is a crucial environmental protection work. Especially in such a developed industrial city as Suzhou, wastewater treatment is not only related to the sustainable development of enterprises, but also an important embodiment of the responsibility for the local ecological environment. In this article, we will introduce you to the wastewater treatment process in industrial parks and focus on why Mabel's acid and alkali resistant self-priming pumps are the ideal choice for ammonia-containing wastewater transportation.
Industrial park wastewater treatment process usually includes wastewater collection, pretreatment, biochemical treatment, deep treatment and discharge and so on. Among them, wastewater transportation is a key step connecting each link, which has a direct impact on the effect of wastewater treatment. Ammonia-containing wastewater, as a kind of industrial wastewater, has a complex composition and is difficult to treat. Therefore, in the conveying process, it is necessary to choose a stable performance, corrosion resistance, strong sewage capacity of the pump to ensure that the wastewater can be safely and efficiently transported to the treatment equipment.
Among many wastewater transportation equipment, Mabel acid and alkali resistant self-priming pump has become the ideal choice for ammonia and nitrogen wastewater transportation by virtue of its unique advantages. The following are the features and roles of acid and alkali resistant self-priming pumps in the transportation of wastewater containing ammonia and nitrogen:
Excellent discharge capacity
Mabel's acid and alkali resistant self-priming pump adopts special impeller anti-clogging design, which ensures high pump efficiency and no clogging. When conveying wastewater containing ammonia and nitrogen, it can effectively avoid the clogging of solid particles and impurities in the wastewater and ensure the smooth flow of wastewater. This excellent discharging ability not only improves the efficiency of wastewater treatment, but also reduces the wear and tear of the pump body and maintenance costs.
High efficiency and energy saving
Mabel's acid and alkali resistant self-priming pump adopts outstanding hydraulic model design, which makes the pump's efficiency 3~5% higher than general self-priming pumps. When conveying wastewater containing ammonia and nitrogen, it can realize higher flow rate and head with lower energy consumption, which reduces the operation cost of wastewater treatment. This high efficiency and energy saving feature makes Mabel's acid and alkali resistant self-priming pumps more competitive in industrial park wastewater treatment.
Excellent self-priming performance
The self-priming height of Mabel's acid and alkali resistant self-priming pumps is 1 meter higher than that of general self-priming pumps, and the self-priming time is shorter. This enables the pump to quickly draw wastewater containing ammonia and nitrogen into the pump body during startup, reducing startup time and energy consumption. This excellent self-priming performance ensures continuous transportation and stable treatment of wastewater during the wastewater treatment process.
High corrosion resistance
Mabel's acid and alkali resistant self-priming pumps are made of materials with excellent corrosion resistance, which can resist the chemical corrosion of ammonia and nitrogen containing wastewater. During long time operation, the pump body is not easily damaged, ensuring the stability and reliability of wastewater treatment. This strong corrosion resistance makes Mabel acid and alkali resistant self-priming pumps widely used in industrial park wastewater treatment.
To summarize, Mabel acid and alkali resistant self-priming pumps have become the ideal choice for ammonia and nitrogen containing wastewater transportation in industrial park wastewater treatment due to its excellent discharging capacity, high energy efficiency, excellent self-priming performance and strong corrosion resistance. Choosing Mabel's acid and alkali resistant self-priming pumps not only improves the efficiency and quality of wastewater treatment, but also reduces operation and maintenance costs, contributing to the sustainable development of enterprises and environmental protection.
