technical knowledge

What problem steam quality can create in ejector performance?

Steam quality can significantly impact ejector performance, leading to various issues. Steam quality refers to the dryness fraction of the steam, which represents the proportion of vapor to the total mass of the steam-water mixture. If the steam quality is low, it means there is a higher proportion of moisture or liquid water droplets entrained […]

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Application of seawater desalination technology

With a growing global population and the impact of climate change, drinking water scarcity is becoming a global challenge. As an effective means to solve the shortage of drinking water, seawater desalination technology has received more and more attention and application. In this paper, we will explore the principle, application status and future development of

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Methods of seawater desalination treatment

The main methods of seawater desalination treatment are as follows: Distillation: Using the difference in evaporation temperature between seawater and freshwater, by heating seawater and condensing the vapor into freshwater. This is an ancient desalination method that completely removes salt from seawater, but consumes more energy and has a larger footprint. Reverse osmosis (reverse osmosis):

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What does Israel do with the brine from desalination?

Israel, a country with limited natural freshwater resources, has been a leader in desalination technology. When seawater is desalinated, a by-product called brine is produced. Brine is a highly concentrated salt solution that remains after the removal of freshwater from seawater. What does Israel do with the brine from desalination? In Israel, the management and

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Working principle and application scenarios of vacuum generator

The working principle of a vacuum ejector is based on the Venturi effect, which uses a low-pressure area generated when a high-speed fluid (usually air or steam) passes through a nozzle to extract and transport gas or liquid. Specifically, when a high-speed fluid passes through a nozzle, its speed increases and the pressure decreases, creating

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Where is the steam ejector vacuum system suitable for?

Steam ejector vacuum systems are suitable for a variety of scenarios due to their unique working principle and performance characteristics. First of all, it can be used in applications that require a high vacuum environment, such as semiconductor manufacturing, optical thin film manufacturing, and other industries. In these industries, the vacuum requirements are very high,

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