Reflection Paper on Uni-sim Design software

UniSim Design Suite of Honewell is an intuitive software of process modeling that helps not only me but also countless other engineers create dynamic and steady-state models for the design of a plant, monitoring the performance, management of assets, business planning, and troubleshooting. It wouldn’t be wrong to say that the market of process simulation is being transformed. Triggered by new requirements of customer and technological advancements, models of process simulation are leveraged into high-value solutions now like interlinked and connected operational monitoring. The best thing that I like about UniSim is that it provides accurate outcomes.

There are some important features that I like about UniSim. For instance, its precision is unmatched and it is capable of delivering powerful steady and field-proved state along with dynamic modeling under the very same environment.

Even though it depends on just how good the user is at inputting the required data, UniSim provides results without any type of error. I can definitely say that the result delivered by it matches the universal one that is provided in textbooks. Normally, modeling programs are not that accurate and they often need to be started again but UniSim is not like that. Another feature that I like about it is its unbeatable speed. I have actually come across several programs and I can easily say that its speed hasn’t been matched yet. Regardless of the complexity of the whole network and numerous inputs, it doesn’t lag for even a bit. Last time when I was using the software, I had to design a very complicated design which required me to invest several hours of mine into it. I constantly used the software and it didn’t disappoint me at all as the speed was constant all the time.

My experience with UniSim has been quite productive because it is very easy to use unlike many other software for modeling. Most of the applications are so complex that they require the user to watch videos or read a tutorial for understanding just what to do first and how all the functions work. However, with UniSim, I don’t remember doing anything like that. All I had to do was to run the software and start working with it because it is quite easy to use and even a beginner can operate it. This is one of the best parts of this software. Lastly, I would say that the overall layout of the software is not dull at all. I have used some applications with dull themes which didn’t look intuitive at all. However, UniSim is a high-class modeling software that not only works like it but also looks in such a way. Its features are quite user-friendly.

For instance, while considering the design protocol suggestions we can prepare a simulation in Unisim through the presented below method. Following example is about the acid gas simulation. In this amine contactor is fed with water saturated natural gas stream. Rich/lean exchangers a rich amine in the given flame for heat (Honeywell, 2009). To regenerator feed temperature set out was above 200 °F. Somehow, before reaching to this temperature acid gas started rejection from regenerator at the temperature of 120 °F. See the presented below figures.

Design Process of UniSim software

1.      At the first, list H2O, CO2, H2S, DEA and N2.

2.      DEA solution will be used for inlet gas and absorber scrubbing. In this process of heating at a specified temperature sweet gas will be sent to absorber and acid to regenerator.

3.      For the purpose of simulation steady state simulation solutions will be used.

Aspen

Aspen is actually one of the best process simulation programs in the chemical industry. It is capable of maximizing the profits using a simulation solution that is plant-wide and combines engineering collaboration and unparalleled accuracy with time-saving workflows. Actually, the software is quite detailed for not only the users but also for the whole chemical industry I believe. It allows the users to utilize integrated modeling for continuous and batch processes from creativity and innovation through a diversity of operations.

This software has numerous features to be used by the users and this is what makes Aspen effective in dealing with problems. In my personal opinion, I think that one of the most important reasons for the popularity of this software is that it is packed with features that other programs don’t have. For instance, it can be analyzed by using the software that it is quite detailed and has a function for all operations that a user might need.

Whenever I have used Aspen, I have found the right tool available in the software to be used by me. For instance, it enables time-saving and intuitive workflows which allow the user to enjoy integrated and seamless tools for a diversity of functions. It can be used for not only equipment design, safety analysis, energy management, and even costing. This is what makes Aspen quite reliable and useful in all of the departments of an organization. In personal use, it is quite innovative as a software but even in organizations, it proves to deliver success.

Furthermore, Aspen a simulation program supports operational decision. It enables lifecycle modeling in terms of design through different types of operations for real-time optimization, online monitoring of performance, and faster troubleshooting. One of the reasons for just why I like this program is that it is customizable according to the needs of a user. It has a variety of functions that can be used according to the task at hand or otherwise not at all. Another important aspect of Aspen is its trusted process simulation. For instance, it allows the users to depend on a process simulator that is developed on more than thirty-five years of feedback from the best chemical organizations and experience of working with them. In addition, it enables all of its users to access the latest innovations in the simulation process.

Finally I would like to say that I enjoyed working on aspen more than the unisim because I found aspen program less complicated than unisum  last reason why I prefer only using Aspen is the creative and eye-catching layout of the program. No doubt, it is very attractive as a program and that is among the reasons why people and organizations over the world use this program. All of its features prove just how innovative it is as a software.

References of UniSim Design software

Honeywell, 2009. UniSim® Design Tutorials and Applications. s.l.:Honeywell.