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I am looking for an experienced Mechanical/Thermal Engineer to complete a Shell and Tube Heat Exchanger Design Project for a university Applied & Process Heat Transfer course. The project requires a complete thermal and hydraulic design for cooling Methanol/Ammonia using Sea Water for an industrial GPIC application. Deliverable: - Professional PowerPoint presentation only - Maximum 20 slides - Engineering calculations with clear methodology - Presentation-ready for a 15-minute presentation and Q&A The project includes: - Heat duty calculations - LMTD and correction factor - Shell and tube heat exchanger sizing - Tube selection and tube passes - Number of tubes and shell diameter - Reynolds and Prandtl calculations - Shell-side and tube-side heat transfer coefficients - Overall heat transfer coefficient calculations - Pressure drop calculations - Pump selection and power calculations - P-h diagram - Engineering discussion and conclusions Important design constraints: - Pressure drop must remain below 1.5 bar - Fluid velocity must remain between 1–3 m/s - U calculated difference must not exceed 30% - Pump selection is mandatory - P-h diagram is mandatory - Assigned project data must be used Please contact me only if you have experience with similar Mechanical/Thermal Engineering projects. Include: - Estimated delivery time - Total price
Project ID: 40434073
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Hello, I am experienced mechanical engineer with expertise in 3D CAD modeling using Solidworks. I have already designed shell and tube heat exchanger and performed thermal analysis on it. So, I am confident that I can provide you accurate job. Reply me to proceed. Thanks
$110 USD in 3 days
4.6
4.6
9 freelancers are bidding on average $242 USD for this job

Hi, I’m a multidisciplinary engineer focused on design + analysis, delivering production ready CAD and simulation-backed solutions. I work across mechanical and architectural scopes, with clear drawings, practical detailing, and fast communication. Feel free to check my profile for similar projects ,happy to review your scope and suggest the best next steps. G. Zaralı
$120 USD in 2 days
6.2
6.2

HI, I can deliver a precise shell and tube heat exchanger design with engineering-grade calculations, optimized thermal performance, fabrication-ready detailing, and professional CAD documentation tailored for industrial process applications. Questions ✅ Do you already have process parameters such as flow rate, pressure, temperature, and fluid properties available? ✅ Which standards should the exchanger design follow — ASME, TEMA, API, or any project-specific requirements? ✅ Do you require thermal calculations only, or also detailed CAD models, fabrication drawings, and simulation support? Warm regards, The Blend Nation.
$33 USD in 1 day
5.6
5.6

As a mechanical and thermal engineer with extensive experience in technical documentation, I firmly believe I am the best fit for your Shell and Tube Heat Exchanger design project. I am well-versed with every aspect of the project, from heat duty calculations to pump selection, P-h diagram, pressure drop calculations, and overall heat transfer coefficient calculations. In particular, I have a deep understanding of the requirements for maintaining efficient flow rates, pressure drops within specific constraints, and ensuring optimal heat transfer. Your project is designed specifically for someone like me because of my past projects relating to industrial GPIC applications, not to mention proficiency in using assigned project data effectively. Furthermore, I always make sure to present engineering calculations with clear methodologies which will be beneficial for your 15-minute presentation and Q&A session. With my estimated delivery time and total price tags along with my efficient use of software like Chatgpt, Gemini that can create amazing presentations, you can rely on me for an outstanding result at affordable pricing. Let me put my skills of versatility and expertise as a Mech/Thermal Engineer for this Applied & Process Heat Transfer course and ensure a professional PowerPoint presentation that meets even the minutest requirement of your project
$80 USD in 1 day
5.2
5.2

Hello, I hope you are doing well. I have a Master’s degree in Mechanical Engineering with a specialization in Energy Conversion. My master’s thesis was related to this field, with slight differences compared to your project. I want to say that this job is exactly what I’m looking for. I model the heat exchanger in ansys and solve it in Fluent using the provided data. After that, all your requirements will be met: (Heat duty calculations, LMTD and correction factor, Shell and tube heat exchanger sizing, Tube selection and tube passes, Number of tubes and shell diameter, Reynolds and Prandtl calculations, Shell-side and tube-side heat transfer coefficients, Overall heat transfer coefficient calculations, Pressure drop calculations, Pump selection and power calculations, P-h diagram, Engineering discussion and conclusions). I will also implement the constraints you mentioned in Fluent to ensure the results are accurate. Finally, I will transfer the results into PowerPoint and deliver concise and informative slides, similar to my thesis. The estimated time for this task is around 15 days. However, if I achieve the desired results sooner, I will deliver the work earlier. For the cost, I will charge you $580 for this project. I hope we can collaborate.
$580 USD in 15 days
4.2
4.2

I am a professional Mechanical Engineer with extensive experience in thermal systems and CAD modeling. I can provide a comprehensive thermal and hydraulic design for your Methanol/Ammonia cooling project using seawater, ensuring all university-level requirements and industrial GPIC standards are met. My approach for this project includes: Detailed Thermal Analysis: Accurate heat duty, LMTD (with correction factors), and heat transfer coefficient calculations . Hydraulic Validation: Rigorous pressure drop calculations to ensure values remain below the 1.5 bar limit, while maintaining fluid velocities between 1–3 m/s. Component Selection: Precise sizing of the shell and tubes, including tube pass optimization and mandatory pump selection with power calculations. Professional Deliverables: A high-quality PowerPoint presentation (max 20 slides) featuring clear methodology, engineering discussions, conclusions, and the required P-h diagram. I am proficient in the thermodynamics and fluid mechanics required for this task and can ensure the calculated U difference does not exceed the 30% threshold. I am ready to use your assigned project data to deliver a submission-ready presentation. Estimated Delivery: 5–7 Days Total Price: $240 USD
$240 USD in 7 days
0.0
0.0

Dammam, Saudi Arabia
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