Summarize:
.jpg)
2BV integrated water ring vacuum pumps feature a unique design that ensures a nearly isothermal compression process, enabling them to achieve a vacuum level of 97% even when handling flammable, explosive, or high-temperature gases. This equipment is integrated with a water tank to form a complete vacuum unit, creating a comprehensive working fluid circulation system that significantly reduces water consumption and operating costs while effectively separating gas from water, discharging clean gas, and recycling the working fluid for reuse. As a result, it has gradually become the ideal upgrade for traditional vacuum pumps.
Product Details:
2BV liquid ring vacuum pump relies on the rotation of an eccentric impeller to form a liquid ring, thereby enabling the intake and discharge of gas. When the impeller begins to rotate inside the pump casing, the working fluid is flung against the inner wall of the casing by centrifugal force, forming a rotating liquid ring. As the impeller rotates, the gaps between the vanes gradually widen, creating a local vacuum that draws gas into the chambers between the vanes. When the pressure exceeds that at the discharge port, the gas is expelled through the discharge port, with multiple vane gaps operating continuously to ensure the continuous intake and delivery of gas.
(2).png)
Application:
2BV liquid ring water pump compresses gas isothermally during operation, eliminating the risk of explosion, making it particularly suitable for pumping flammable and explosive gases such as hydrogen, acetylene, and liquefied petroleum gas (LPG). It can be used in industries such as petroleum, chemicals, pharmaceuticals, food processing, rubber, power generation, papermaking, and mining to perform processes such as vacuum distillation, vacuum drying, vacuum dehydration, and vacuum packaging.
Feature:
1. It can operate in a fully closed-loop system, making it suitable for water-scarce environments or locations with strict environmental regulations.
2. This integrated vacuum pump unit enables the recovery and recycling of working fluid, saving over 70% more water compared to direct drainage methods.
3. Its air-water separation function allows it to discharge clean gas, improving the working environment while simultaneously recovering the working fluid for reuse.
4. The device employs a coaxial direct-drive design, eliminating the need for a coupling and base, thereby significantly saving installation space and facilitating installation and maintenance.
.png)
.png)
.png)
.png)
.png)
