Papermaking Carbon Stainless Steel Steam Condensate Flash Tank With Fully Automatic Control

The condensate water recovery device is designed to meet different user requirements, and can be steam-driven or electric-driven. The recovered condensate water can be directed back to the boiler or to a location specified by the user. The device is composed of various components such as a dedicated condensate water recovery pump, motor, recovery tank, cavitation elimination device, liquid level sensor, magnetic flip liquid level gauge, pressure gauge, filter, pressure regulating valve, blowdown valve, control panel, and more.

Steam condensate water enters the tank through a steam trap where steam and water are separated. When the liquid level sensor detects a high liquid level in the tank, it sends a signal to the control panel. The control panel then activates the condensate water recovery pump. The high-temperature condensate water and a small amount of secondary steam are transported into the water tank or the specified location designated by the customer, through the pump's cavitation elimination device and filter. This completes the entire process of recovering steam condensate water.

The control panel also ensures automatic operation of the recovery device by shutting off the pump via sending a low-level signal when the liquid level sensor detects a low level of condensate water in the tank. The dual pumps in backup mode operate automatically with automatic switching between them. Simply turning on the power enables the device to operate.

Anti-cavitation, energy-saving, environmentally friendly are features that are highly valued in modern systems and technologies.

Anti-cavitation refers to the ability of a system or technology to prevent the formation of cavities or bubbles in a fluid. This is important because cavitation can cause damage or inefficiencies in the system. By preventing cavitation, the system operates more smoothly and efficiently.

Energy-saving is another feature that is in high demand. In a world where energy resources are becoming more scarce and expensive, reducing energy consumption is important both economically and environmentally. Systems and technologies that can achieve the same or better results with lower energy consumption are highly desirable.

Finally, environmental friendliness is also a key feature in modern systems and technologies. With growing concerns about climate change and the impact of human activity on the planet, it is important to prioritize environmentally friendly solutions. Systems and technologies that minimize their environmental footprint through the reduction of emissions, waste or pollution are gaining popularity and acceptance.