Product Description:
The condensate water recovery device can be operated through either
steam drive or electric drive, depending on the user's preferences.
The recovered condensate water can be returned either directly to
the boiler or to a specific location set by the user.
The device mainly consists of several 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, among others.
The steam condensate water enters the tank through a steam trap,
where both 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, which activates the condensate water recovery
pump. Through the pump's cavitation elimination device and filter,
high-temperature condensate water and a small amount of secondary
steam are transported to the water tank (or the location designated
by the customer). This completes the process of steam condensate
water recovery.
If the liquid level sensor detects a low liquid level in the tank,
it sends a low-level signal to the control panel, which will shut
off the condensate water recovery pump. The recovery device
operates automatically, with dual pumps acting as backup and
switching between them. By simply turning on the power, the device
can operate smoothly.
| Model number | Recovery volume | Tank diameter | Equipment dimensions | Weight |
| TLD-1T/H-A | 1T/H | 450 | 1300*500*1600 | 360kg |
| TLD-2T/H-A | 2T/H | 500 | 1600*700*1600 | 550kg |
| TLD-4T/H-A | 4T/H | 550 | 1500*600*1700 | 750kg |
| TLD-6T/H-A | 6T/H | 600 | 1750*800*1700 | 880kg |
| TLD-8T/H-A | 8T/H | 800 | 1800*900*2100 | 900kg |
| TLD-10T/H-A | 10T/H | 1000 | 1900*1100*2200 | 980kg |
| TLD-2T/H-B | 2T/H | 350 | 2300*500*1900 | 450kg |
| TLD-4T/H-B | 4T/H | 450 | 2700*1100*2000 | 800kg |
| TLD-6T/H-B | 6T/H | 550 | 2900*1200*2000 | 880kg |
| TLD-8T/H-B | 8T/H | 800 | 3200*1300*2100 | 1000kg |
Features:
Anti-cavitation technology is gaining popularity in industries that
deal with fluid dynamics. This technology helps to prevent the
formation of bubbles or cavities in liquids that can lead to
erosion and damage to machinery.
The use of anti-cavitation technology has far-reaching benefits
that extend beyond the protection of machinery. It is also an
energy-saving measure as the energy required to pump fluids is
reduced when there is no cavitation. This, in turn, contributes to
an environmentally friendly approach as less energy consumption
means fewer greenhouse gas emissions.
In summary, the incorporation of anti-cavitation technology is a
win-win situation for businesses and the environment. Not only does
it safeguard equipment, but it is also a sustainable choice that
contributes to a cleaner and greener planet.
Applications:
The closed-loop condensate water recovery system is widely utilized
in a variety of industrial plants. These plants include enterprises
in the papermaking, chemical, petroleum, printing and dyeing,
textile, brewing, rubber, and other industries that have steam
heating systems. The system is an effective and efficient method of
recovering condensate water.
Furthermore, the use of this system is not limited to industrial
plants. It can also be utilized in civil buildings such as hotels
and hospitals. This system can help to conveniently and effectively
convert the condensate water that is generated by the indirect heat
exchange system into closed-loop recovery. This makes it an ideal
solution that replaces conventional open condensate water tanks.
The closed-loop condensate water recovery system helps to reduce
water waste and save energy costs. It has become an essential
product for industrial enterprises that have steam heating systems
and are looking to improve their sustainability practices.
