3-Phase Separator Skid Design

@manusharma2992

Hello mate, I seen the details of "3-Phase Separator Skid Design" which are you searching. I am super exited to start it ASAP Preparing structural framing drawings and 2d auto cad drawing ,solid work, collocation etc. I am certain I would make a valuable addition to your organization. I will share update within it in 1-2 Hours. Portfolio link - https://www.freelancer.com/u/manusharma2992 Sincerely Manu R.

@CreativeDesign50

Hi, I’ve reviewed your requirement and can deliver a complete, ASME Section VIII Div 1 compliant engineering package for your 72" × 26' three-phase separator skid, covering process design, structural analysis, and full fabrication documentation. I understand the importance of accuracy and IFC-level deliverables, and will ensure all calculations, drawings, and models are fully coordinated and ready for manufacturing. I will use SolidWorks/AutoCAD along with engineering calculation tools to develop 3D models, stress analysis, P&ID, weld maps, fabrication drawings, and a detailed BOM aligned with your specifications. I have experience working with pressure equipment design standards and can start immediately to meet your tight timeline. We can discuss the project further in chat. Portfolio: https://www.freelancer.in/u/CreativeDesign50 Best regards, Kirandeep Kaur

@kashiffaiz3

Hello, With my extensive background in 3D modeling and 5 years of experience under my belt, I am confident in my ability to deliver precisely what you need for your three-phase separator project. I have proficient skills in software such as SolidWorks, Blender, and Zbrush, to name a few, which will ensure that all the native files are submitted as required. My expertise extends beyond just creating visually stunning models; I also have slicing software experience that can guarantee both print quality and structural integrity. I understand the tight production schedules in the oil and gas industry, making the key aspect of this project delivery time. Being deadline-driven and highly efficient in task execution, I can provide you the complete engineering package you require within optimal time frames. Moreover, I've successfully completed numerous high-pressure separator skid designs in the past which makes me accustomed to complying with meticulous standards like ASME Section VIII Div 1 (2025). Collaboration is at the heart of my working philosophy; my aim is to work seamlessly with you throughout the entire 3D modeling process, understanding your unique vision, providing transparent and timely updates, and ensuring your utmost satisfaction with every deliverable. In choosing me for this project, you are not only hiring a fledged engineer but also getting aboard an individual with an unwavering passion for turning concepts into real Thanks!

@Zawiya3

Combining a diversified skill set with a dedication to top-tier work, I assure you that with my comprehensive knowledge of mechanical engineering, 3D CAD and modeling using Solidworks, your 3-Phase Separator Skid Design will be done to perfection. Having designed numerous high-pressure production facilities and skids compliant with ASME Section VIII Div 1, I am highly experienced in delivering on tight schedules without compromising quality. I'm also well-versed in creating precise and detailed calculations for thickness requirements, lifting analysis and full stress analysis required for the project. Moreover, as a certified AWS Cloud Architect, I appreciate the value of native 3D models and how they fit into design documentation for issue-for-construction drawings. Complementing this skillset is my robust programming background in Python, which aligns with your requirement of handing over even the native files. This enhances the portability of your project even years later! Further endorsing my candidature is my hands-on experience in flow optimization and pressure drop analysis that were intrinsic to projects like yours involving heat exchangers and valve systems.

@Ashnasajid

Hi, I can do this. With extensive experience in designing high-pressure separator skids, I am well-equipped to deliver a complete engineering package for your 72" × 26' three-phase separator. I will ensure compliance with ASME Section VIII Div 1 (2025) and all relevant codes. My approach includes thorough design calculations, lifting analysis, and comprehensive process documentation. I will provide detailed fabrication drawings, weld maps, and a complete itemized BOM in an editable Excel format. Additionally, I will deliver a native 3D model of the assembly in SolidWorks, ensuring all files are error-free and dimensionally consistent. I understand the urgency and am ready to start immediately to meet your tight production schedules. Looking forward to collaborating on this project. Ashnasajid

@letswork92

I understand that your primary challenge is to create a comprehensive engineering package for a high-pressure three-phase separator skid, ensuring compliance with ASME standards while adhering to tight production timelines. With over 12 years of experience in engineering design and fabrication, I specialize in developing extensive systems like this. My approach will encompass detailed design calculations for the separator shell and internals, rigorous stress analysis, and accurate process documentation, including P&IDs and sizing calculations. Additionally, I can provide complete fabrication drawings and an itemized BOM in an editable Excel format. To facilitate clear communication throughout the project, I use advanced modeling software such as SolidWorks to produce a native 3D model of the assembly along with exploded views for clarity. This ensures that all aspects are dimensionally consistent and error-free. Could you please clarify any specific deadlines or critical milestones you have in mind for this project?

@venkateshjadhav7

With my proven expertise in high-precision CAD modeling, technical drawing packages, and proficiency in SolidWorks, I am more than equipped to tackle this 3-Phase Separator Skid Design. Drawing on my experience translating complex designs into production-ready documents, I will meticulously craft every aspect of the system inline with ASME Section VIII Div 1 and applicable codes. From your request for detailed stress analysis and lifting arrangements to fabrication drawings and weld maps - you can trust that I will deliver a comprehensive engineering package. Priding myself on attention to detail, the final issue-for-construction documents will not only be time-efficient but error-free as well. Moreover, my ability to provide an editable Excel workbook for the complete BOM and native 3D model (STEP or SolidWorks) with exploded views should give you the clarity necessary for the manufacturing stage. From start to finish, I am confident in delivering a design that satisfies every criteria mentioned in your project description. Your satisfaction is my priority: together let's build this innovative separator skid!

@remip1

Hello, The main challenge with a 72" × 26' separator at 65 bar is not just the vessel shell thickness but ensuring that nozzle loads, support stresses, and skid lifting conditions do not introduce local overstress once the system is fully assembled. My approach would be to start with the process sizing and UDR datasheet, then perform the pressure vessel calculations per ASME Section VIII Div.1 (2025) to establish shell thickness, head geometry, and nozzle reinforcement. Once the vessel geometry is fixed, I would integrate the internals, piping loads, and skid structure into a unified model so that lifting analysis and support reactions can be validated before fabrication drawings are produced. The final package would include fabrication drawings, weld maps, BOM, and a native 3D model aligned with the calculation basis so a fabrication shop can proceed directly to manufacturing.

@dakotac5

Hi, For a separator of this size and pressure rating, the critical part is coordinating vessel design, piping loads, and skid structure so the fabrication shop receives drawings that are consistent and buildable. I would structure the work in stages: Process verification and sizing calculations to confirm separator dimensions and internals. ASME Section VIII vessel design calculations, including shell thickness, head selection, and nozzle reinforcement. Integration of piping and structural elements into a 3D assembly model so that stresses, supports, and lifting conditions can be validated. Preparation of fabrication drawings, weld maps, and piping isometrics directly derived from the model. This workflow ensures that the 3D model, drawings, and BOM remain consistent so the shop can move straight to manufacturing.

@bradya3

Hi, A reliable separator package starts with correct process sizing, because the internal configuration directly affects vessel dimensions, nozzle locations, and piping layout. My plan would be: • confirm the separator sizing and internal configuration based on process conditions • perform ASME Section VIII design calculations for the shell, heads, and nozzles • integrate piping and skid supports into the 3D assembly model • verify lifting loads and structural behavior before generating fabrication drawings Once the design is validated, I would produce issue-for-construction drawings, weld maps, and a fully referenced BOM so the fabrication shop has everything required to start manufacturing immediately.

@lauras674

Hello, For a project like this, the biggest risk to the schedule is usually inconsistency between calculations, drawings, and the 3D model, which forces revisions during fabrication. To avoid that, I work from a model-driven design approach: • the separator vessel, piping, and skid frame are built as a single parametric 3D assembly • ASME Section VIII calculations define the pressure boundary geometry • fabrication drawings and weld maps are generated directly from the model This ensures that thickness values, nozzle placements, and support geometry remain consistent across all documents. The final package would include the calculation report, P&ID, fabrication drawings, weld maps, lifting analysis, BOM workbook, and the native 3D model so your fabrication shop can proceed without redesign work.