Novedades

We would like to help our customers generate more profits than ever.

After years of study, we had completed and categorized the energy saving methods. This will certainly be a great reference to improve the process.

When using a conventional shell & tube heat exchanger for heat recovery, usually lower potential heat resource are ignored and commonly just discharged. However, when applying PHE for heat recovery, you can utilize even such lower potential energy resources. Perfect counter current flow and single pass design can make it possible.

We will be at the event that will take place in Tucumán province, joining companies we represent, from September 2nd to 5th.

It is the first time that the most important scientific-technological event in the sucro energetic world, declared national interest, will take place in Argentina.

This event expected a concurrence of 2,500 people from more than 80 countries.

We invite you to learn more about the event and start the registration process at www.issct-argentina2019.com

If you want to schedule a meeting with us or coordinate conversations for the event, you can write at info@flowproen.com!

¡We wait for you at our stand!

We would like to help our customers generate more profits than ever.

After years of study, we had completed and categorized the energy saving methods. This will certainly be a great reference to improve the process.

When heat up and/or cool down the stream, it is very meaningful to check and consider which energy resource to be used. We need to find another resource which temperature is closer as much as possible. Higher potential energy is better to be reserved for another purpose. Because of its high heat transfer performance of PHE, temperature gap is not neccesary to be wide that you expect.

We would like to help our customers generate more profits than ever.

After years of study, we had completed and categorized the energy saving methods. This will certainly be a great reference to improve the process.

According to the formula of the heat load,

Q = p x Cp x W x (t2 -t1) = p x Cp x (1/n)W x n(t2-t1)

When temperature gap increase n times, flow rate is decrease 1/n. By applying this way , flow rate is possible to be reduced so that electricity of the circulation pump can be cut. In addition, piping diameter can be smaller. It results cutting the piping and constrution cost as well

We would like to help our customers generate more profits than ever.

With this goal set in sight, we had continously making various proposals on how to save energy with our Plate Heat Exchangers.

After years of study, we had completed and categorized the energy saving methods. This will certainly be a great reference to improve the process.

The most simple method of the heat recovery is to create the infinity loop. When there are two individual streams of fluids, one is to be heated up and the other is to be cooled down, we can change the its circulation of these streams as “infinity ∞ “, so that we can improve this process successfully. We can save the consumption of steam and cooling water as well.

We would like to help our customers generate more profits than ever.

With this goal set in sight, we had continously making various proposals on how to save energy with our Plate Heat Exchangers.

After years of study, we had completed and categorized the energy saving methods. This will certainly be a great reference to improve the process.

Definition of the thermal energy, 1 kcal is the heat to change 1 °C of the 1 kg of the liquid water.

On the other hand, when it comes to the vapor, 1 kg of water vapor (steam) release about 539 kcal when it condenses.

It is so-called laten heat, which is more than 500 time greater then the liquid. If you find the wasted vapor, you must try to recover the thermal energy form it.