Types of heat exchanger calculation software

I think the regular tablets used are HTRI HTFS+ TASC

As far as I know, there are HEXTRAN, HTRI, and HTFS. The calculation methods used in HEXTRAN seem to be those that are commonly found in textbooks, whereas many of the calculation methods for HTRI and HTFS were developed by their own research institutions. ASPEN company seems to have an HTFS plugin. HTRI and HTFS are indeed the ones that are widely used in the market; everyone is welcome to discuss them more.

Lou Zheneng can give a detailed introduction to HEXTRAN

Invensys SimSci HexTran v9.1 HEXTRAN is a comprehensive simulation tool that assists process engineers in analyzing and designing various types of heat transfer systems. From conceptual design using grip analysis to the design and calculation of heat exchangers and heat exchange networks, HEXTRAN covers a very wide range of heat transfer design tasks. HEXTRAN, developed by SimSci, fully integrates the thermodynamic models and component libraries of PRO/II? starting from version 8.0, and is used to perform accurate calculations of process streams as well as to generate precise thermodynamic and transport properties. HEXTRAN is a powerful tool that helps you achieve greater profits by, for example: improving energy efficiency and significantly reducing operating costs; enhancing heat transfer within processes, as well as product yield and quality; increasing the flexibility and output of factory operations; optimizing cleaning schedules for heat exchangers; selecting and using the most effective anti-fouling agents; and improving process design and renovation plans. HEXTRAN enables you to easily analyze and evaluate various aspects of designing, operating, and modifying complex heat transfer processes, or it can be used to design new heat transfer systems in order to maximize operational efficiency and identify potential problems. As a design tool, HEXTRAN can help you design simple or complex heat transfer systems, making heat exchange processes more efficient and flexible. As a transformation tool, HEXTRAN can help you improve existing equipment and modify heat exchange networks to achieve optimal operational performance for the system. As an operational tool, HEXTRAN can help you determine the optimal time for cleaning heat exchangers and predict the future performance of the system. HEXTRAN has a wide range of applications, including: heat exchanger design, heat exchanger operation analysis, pinch analysis, heat exchanger network integration, optimization, heat exchanger performance monitoring, and research on heat exchanger cleaning conditions

Haven’t used it! I know almost nothing about it! Study hard!*Study!*

I haven’t used them either; I just want to find out about them, to learn about the advantages and disadvantages of each software, and whether the theoretical methods used in those software programs are the same as those described in books, and so on

We often use heat exchangers, and the heat exchange area is determined based on the experience passed down by those who came before us; it tends to be quite large. So I go to forums to see if there’s anything useful I can learn*

As far as I know, there are HEXTRAN, HTRI, HTFS, and SYS among others. The calculation methods used in HEXTRAN seem to be those that are commonly found in textbooks, while many of the calculation methods for HTRI and HTFS were developed by their own research institutions. ASPEN company seems to have an HTFS plugin. HTRI and HTFS are indeed the most commonly used ones in the market. The HTFS+ version that has been developed now already incorporates the functions of HTRI software. I think HTFS is sufficient; it would be best if everyone could recommend a design software in Chinese

We use HTRI; I’m still learning about it at the moment, and I don’t know much else about it