With the country’s vigorous advocacy of energy conservation, emission reduction and resource recycling, as well as most companies’ awareness of environmental protection and resource recycling.
The reuse of resources is extremely important for energy saving, emission reduction, environmental protection, and reduction of enterprise cost input.
In order to improve the utilization efficiency of secondary steam and exhaust steam, Qingdao RPT has developed a plate and shell heat exchanger dedicated to heat recovery of low-pressure steam.
This kind of plate and shell heat exchanger for steam heat recovery is a combination of traditional plate heat exchanger and shell and tube heat exchanger. The internal structure is a pair of fully welded round plates, eliminating the use of gaskets.
The temperature resistance, pressure resistance, and corrosion resistance have been greatly improved.
It is an artifact of energy saving, emission reduction and environmental protection.
The reason why it is said to be an artifact is mainly because the unique structure of the heat exchanger makes the pressure drop of the plate process short and small. The customized flash steam interface can ensure the low steam flow rate, thereby reducing the flow resistance, and the total heat exchanger
The pressure loss is very small, and there is no pressure holding phenomenon.
The separate condensate interface and flash steam interface ensure the smooth discharge of condensate and the effective recovery of condensate. The heat recovery operation is stable and reliable.
The plate has a circular structure with uniform stress distribution and resistance to cold and heat shocks.
The maintenance is simple and the heat exchange effect is good.
Continuously providing plate and shell heat exchanger products that meet the market demand is Qingdao RPT’s mission. Just like this special equipment for low-pressure steam heat recovery, it has significant effects on environmental protection and resource recycling, and has also won customers’ approval.
widely accepted.