Fatty Acid Plant Revamp

@gotucat

Hi, I reviewed your Fatty Acid Plant Revamp request and understand the goal: take technical ownership of the fat-splitting and hydrolysis section, then redesign it for higher yield, reliability, and seamless fit into the refining train. I’ll build a complete mass- and energy-balance from field data and lab characterisation of mixed acid-oil feedstock, then validate/correct existing PFDs and walk down every P&ID tie-in. I’ll select and size the hydrolyser/reactor, heat-exchangers, pumps, separators, and vacuum packages, including vacuum system sizing, to set optimum pressure, temperature, residence time, steam rate, and phase ratios. For quality, I’ll deliver transparent calculations (Excel/Aspen-derived), updated PFD/P&ID in PDF and native CAD, and concise recommendations for adsorptive bleaching and plate-and-frame filtration interfaces, with a risk-focused slide deck for management sign-off. Let’s discuss here now.

@rbtech1984

Hi there, Your fat splitting and hydrolysis section revamp can be handled with full technical ownership, building accurate mass and energy balances, optimising equipment sizing and operating conditions to improve yield and reliability across the refining train exactly as outlined. Quick questions before starting: Is field data and lab characterisation of the feedstock already available for review? Are current PFDs and P&IDs ready to share for validation and walk through? Should calculations be delivered primarily in Excel, Aspen, or both together? Solution will include reviewing current operations and building transparent mass and energy balances, sizing reactors, heat exchangers, vacuum packages and separators, defining optimum pressure, temperature and residence time parameters, validating PFDs and P&ID tie-ins onsite, and delivering updated diagrams, equipment lists, an optimisation report and a concise slide deck for management sign-off. Relevant experience includes leading oleochemical hydrolyser troubleshooting and revamp projects with strong process engineering depth. Happy to discuss project scope further in chat. Best regards Farhin B

@minhasejaz

Sir, I am process Engineer with more than 13 years hands on experience of optimization and debottlenecking of process, process design, preparation of specifications of equipments etc..i am interested to take ownership of this task.

@ELOUARET

I specialize in high-pressure hydrolysis, glycerine handling, and vacuum distillation. I will take full technical ownership of your fat-splitting upgrade, delivering transparent mass/energy balances, precise equipment sizing, and fully verified PFDs/P&IDs (CAD/PDF). My approach guarantees optimized operating parameters to maximize split completeness while perfectly integrating with your downstream bleaching and filtration systems. I am highly comfortable backing my calculations in a rigorous design review and would welcome a quick technical chat to discuss your plant bottlenecks.

@shahzaib6113

While I may not traditionally fit the mold for an oleochemical engineer, I believe this divergence in skill set is what sets me apart and makes me the best fit for this project. As a Full Stack Developer, troubleshooting is my key strength. The ability to identify issues, research possible solutions, and implement effective fixes is a fundamental aspect of my work and it directly correlates with the task you have described for this project. I am confident in my capacity to identify inefficiencies across systems and devise innovative solutions that maximize yield while ensuring proper integration. Moreover, communication is at the heart of my problem-solving approach. I understand that the success of any project lies in effective collaboration among team members. My aim will be to fully understand your current operations and objectives so that we can build a revamped system that aligns seamlessly with your wider refining train.

@mobiwebsolutions

✋ Hi There!!! ✋ The Goal of the project:- REVAMP FAT SPLITTING HYDROLYSIS SECTION WITH OPTIMISED MASS ENERGY BALANCE, EQUIPMENT SIZING AND UPDATED PFD P&ID SETS. <-- Questions --> 1. What is current capacity and split completeness percentage of hydrolyser, since that sets baseline for optimisation targets. 2. Is native CAD work expected in AutoCAD or another specific software, since PFD and P&ID deliverables need to match your in-house team format. Similar oleochemical projects have been completed before, covering fat splitting and hydrolysis section revamps, mass and energy balance development from field data, equipment sizing for reactors and vacuum systems, and PFD P&ID validation work, so taking technical ownership of this upgrade fits well within past experience. Looking forward to chat with you for make a deal Best Regards Elisha Mariam!

@DeanSaliegh

I will help you achieve a highly efficient and reliable fat-splitting and hydrolysis system that integrates seamlessly into your refining operations. My focus is on driving higher yields while ensuring operational excellence. I understand you need deep, hands-on expertise with high-pressure hydrolysers, glycerine handling, and vacuum distillation. I will review your current operation, build comprehensive mass and energy balances, and validate existing PFDs to provide actionable recommendations. With over 10 years of experience in oleochemical projects, I specialize in optimizing processes and troubleshooting complex systems. I have done similar work: Modern Real Estate Investment Website - [Link]. My approach is data-driven, ensuring every calculation is clear and transparent. I’d love to discuss this further and offer a free consultation to explore the best path forward. Regards, Dean Saliegh