Mercury Contamination Treatment System Design

@Calixdesign

Hello, I am a mechanical engineer with 18 years of experience in product and automation machine design. My design experience in Bioreactor applications and pump and valves control system will be very useful in this project. Please feel free to contact me for further discussion. Thanks.

@Ryan15222

Hi, I am pleased to submit my proposal for Stage 1 of the mercury-contaminated biomass field system. I have experience designing pilot-scale, corrosion-resistant process systems for hazardous and acidic streams, including modular skid-mounted units for field deployment. Part A – Engineering Design (Mandatory) I will deliver a complete fabrication-ready package including: • Final PFD, confirmed design basis, and operating assumptions • Materials of construction and corrosion protection strategy • GA drawings and detailed fabrication drawings (vessels, nozzles, drains, supports, lifting points) • Piping layout suitable for fabrication • Mechanical specifications for reactor, agitator, heating, pumps, valves, crusher, screw press, and polymer filtration unit • Full BOM (fabricated + COTS + seals/fasteners) • Issued-for-Fabrication drawings and TRL-6 scale-up recommendations Proposed design timeline: 3 weeks. Part B – Optional Fabrication If selected, I can provide fabrication, procurement, skid assembly, pre-installation fit-up, FAT, packaging, and delivery. Installation/commissioning can be priced separately. Pricing will be clearly separated into: • Engineering (fixed price) • Fabrication • Equipment supply • Transport I welcome structured technical reviews during design to ensure alignment with lab data and field constraints. Kind regards,

@Is88

Hi Im a Mechanical Engineer and expert in system design works. Following will be delivered, Summary of Deliverables 1. Mandatory Deliverables (Engineering Design Package) 1.1 Process Engineering Documents • Final Process Flow Diagram (PFD) (validated and aligned with field system) • Design basis report (capacity, assumptions, operating conditions) • Material selection & corrosion protection strategy 1.2 Fabrication Drawings (IFF – Issued for Fabrication) 1.3 Mechanical & Equipment Specifications • Crusher (capacity, size reduction specs) • Leach reactor (heating, agitation, MOC) • Settling tank (retention, separation design) • Screw press (dewatering performance) • Polymer filtration system (column sizing, media) • Pumps, valves, and piping specifications 1.4 Bill of Materials (BOM) • Fabricated equipment list • COTS (commercial off-the-shelf) equipment • Valves, fittings, instruments • Fasteners, gaskets, seals • Polymer media 1.5 Instrumentation & Control (Basic Level) • Instrument list (temperature, flow, level, optional pH) • Control philosophy (manual / semi-automatic operation) 1.6 Scale-Up Recommendations (TRL-6 Pilot) • Reactor scaling approach • Continuous vs batch transition • Automation upgrades • Polymer regeneration system • Integration with full anaerobic digestion system

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. I have extensive experience with Aspen Plus. We are a team of Expert Chemical Engineers having 10+ years of industrial Experience dealing with different chemicals, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. I have gone through your project details and the work is DOABLE since it’s within our area of EXPERTISE. We have developed and implemented new chemicals for different purposes to reduce the cost and to enhance the efficiency. We have worked for chemicals on small scale in laboratory as well as on large industrial Scale. We can provide you timely and precise report as per your requirement. Further we can discuss in inbox about the detail of product.

@Specgi

With a unique blend of skills in Chemical Engineering, Mechanical Engineering, and Project Management, I offer the perfect expertise for your demanding project. Combining my knowledge of agitators, heating systems, pumps, valves, and industrial design with my hands-on experience with material corrosion strategies and engineering documentation presentation, I believe I can create a fabrication-ready design that meets all your specifications. On top of that, my years of experience as a programmer have greatly expanded my understanding of data analytics and conversation processing technologies which could be handy in the design process. Being familiar with Python, R, SQL and Scala not only ensures precision but also comes in handy for any recommended scale-up actions in the future. I am also extremely conscious about timelines and strictly adhere to proposed schedules. I can accomplish the design task within 2-4 weeks while ensuring thorough attention to detail, creativity in problem-solving and adaptability to your specific needs. Should you choose to employ my services for the fabrication phase as well, I will guarantee an efficient procurement process (including COTS equipment), careful assembly, rigorous factory acceptance testing if required, and seamless delivery at a location dictated by you.

@dvcontact

Dear Client, Would you like to see a demo of our innovative mercury contamination treatment system design, absolutely free of commitment? Our team specializes in creating robust, fabrication-ready engineering designs tailored for complex environments like yours, ensuring efficient mercury capture and biomass processing. Let's discuss how this solution can transform your project into a success with a detailed plan and demo at your convenience. Regards, Smith

@afshan2176

Hello , I've just reviewed your project description regarding the Mercury Contamination Treatment System Design and I'm confident in my ability to meet your expectations. With over 7 years of experience as a Senior Graphic Designer, I possess a strong skill set in Process Engineering, Environmental Engineering, Project Management, Mechanical Engineering, Chemical Engineering, Engineering, Manufacturing and Design I kindly request you to take a moment from your busy schedule to explore our portfolio, where you can see the quality of my work and read feedback from previous clients: [Portfolio Links] https://www.freelancer.com/u/afshan2176 Could you please specify the final file formats you'll require? Feel free to award me the project so that we can discuss it further. Looking forward to connecting with you. Best regards, Afshan Z.

@revival786

Greetings! I’m a top-rated freelancer with 16+ years of experience and a portfolio of 750+ satisfied clients. I specialize in delivering high-quality, professional mercury contamination treatment system designing services tailored to your unique needs. Please feel free to message me to discuss your project and review my portfolio. I’d love to help bring your ideas to life! Looking forward to collaborating with you! Best regards, Revival

@zarminagull189

Greetings !Mercury Contamination Treatment System Design I’m Zarmina Gull, a Data Science & Machine Learning specialist focused on building production-ready AI systems that turn raw data into measurable business results. I don’t just build models — I design complete, scalable solutions from data preprocessing to deployment and monitoring. ✔ Advanced Analytics & Statistical Modeling ✔ Machine Learning & Predictive Systems ✔ Time Series Forecasting (ARIMA, Prophet, LSTM) ✔ Deep Learning (TensorFlow / PyTorch) ✔ MLOps, API Deployment (FastAPI, Docker) ✔ Model Optimization & Explainability (SHAP) My approach: Data → Modeling → Validation → Deployment → Monitoring — always aligned with real business KPIs. You can review my profile here: https://www.freelancer.com/u/zarminagull189 Let’s build an intelligent, scalable solution for your project. — Zarmina Gull

@bhartimalu

Hi, I can deliver a complete, fabrication-ready engineering design for your mercury contamination treatment system, including process flow diagrams, detailed fabrication drawings, materials spec, and BOM. I’ll ensure the design is modular and suitable for field deployment, and can optionally provide a fabrication & assembly quote too. Regards, Bharti

@rbtech1984

Hello There!!! ★★★★ (Mercury Contamination Treatment System Design) ★★★★ I understand you need a fabrication-ready design for a small, modular field system to treat mercury-contaminated biomass, with optional fabrication and delivery. The system must integrate crushers, acid leach reactors, dewatering, washing, polymer filtration, and connections to anaerobic digestion, all suitable for temporary deployment. Services mentioned here based on project details ⚜ Complete engineering design package with PFD and design basis ⚜ General arrangement and detailed fabrication drawings for all units ⚜ Mechanical and equipment specifications including pumps, valves, and agitators ⚜ Bill of Materials (fabricated and COTS items) ⚜ Modular, transportable system layout for field deployment ⚜ Optional fabrication, assembly, and pre-delivery fit-up ⚜ Documentation including BOM, IFF drawings, and operation notes With experience in chemical and process system design, I can deliver precise, safe, and fabrication-ready documentation. I’ll ensure scalability for pilot systems and optional on-site fabrication with quality checks. Looking forward to collaborating and bringing this system to life. Warm Regards, Farhin B.

@Shaiwan

Hello!!! I HAVE ALREADY WORKED ON SIMILAR TYPE OF PROJECT, OPEN CHAT WINDOW I WILL SHARE MY WORK. I have two questions: Should the design package focus on a fully modular skid-mounted system for easy transport, or allow some field-assembled units? Also, do you prefer a particular corrosion-resistant material for the acid-handling units (e.g., stainless steel 316L or coated carbon steel)? What I offer: ⭐ Fabrication-ready design package with PFD, GA, and detailed drawings ⭐ Mechanical specifications for crushers, leach reactors, screw presses, and polymer filtration units ⭐ Complete BOM including fabricated and COTS equipment with procurement lists ⭐ Corrosion protection strategy and materials selection for acidic and hazardous streams ⭐ Optional fabrication, assembly, FAT documentation, and delivery-ready modules ⭐ Scale-up recommendations for TRL-6 pilot and field deployment considerations I have 7+ years of experience in process design, chemical and mechanical engineering, and field-scale pilot system deployment. My approach: I will start with detailed design basis and engineering calculations, then produce full fabrication drawings and specifications. If opted, I will manage procurement and assemble modular units for FAT and delivery. Let’s chat to clarify technical preferences and timeline. Best Regards, Shaiwan Sheikh

@DigitaSyndicate

Reliability isn't a feature; it's a foundational requirement. I’m here to ensure it’s built-in from day one. Your initiative to develop a modular, transportable mercury treatment system integrating acid leaching, solid-liquid separation, and polymer filtration for field trials reflects a commitment to scalable, environment-focused engineering—aligning precisely with DigitaSyndicate’s approach to building streamlined, future-proof process solutions. At DigitaSyndicate, a UK-based digital systems agency, we build precision-engineered automation, modern web platforms, and AI-driven systems designed for performance and long-term scalability. Our expertise extends seamlessly to fabrication-ready engineering design tailored for hazardous process equipment, incorporating corrosion resistance and modularity to assure reliable deployment in real-world environments. Having delivered complex pilot-scale systems with full design and manufacturing integration, we understand the nuances of balancing durability with transportability. Can you share your main priorities and timeline so I can map out the right execution plan for you? Casper M. Project Lead | DigitaSyndicate Precision-Built Digital Systems.

@rocios46

Hello, how are you doing? As I'm a Process & Mechanical Engineer specializing in pilot-scale chemical systems, I have more than 8 years of experience in this field. I already did similar project before several times. I have designed modular leaching, separation, filtration, and hazardous-stream handling systems with full fabrication-ready packages including GA drawings, detailed vessel drawings, PFDs, BOMs, and corrosion-resistant material strategies. I can deliver a complete IFF design within 3–4 weeks and also provide a separately priced fabrication, assembly, FAT, and delivery option with clear cost separation as requested. Best regards

@Intelliglance786

I follow a structured workflow covering process validation against lab data, mechanical design with corrosion allowance strategy, 3D layout modeling, stress-aware piping routing, and vendor-aligned equipment specification to ensure buildability. If required, I can also offer a separately priced fabrication option through established workshop partners with experience in stainless steel and coated carbon steel systems, including FAT and delivery preparation. For scheduling, I can complete the full fabrication-ready design package within 3–4 weeks, with a detailed fabrication timeline provided upon review of final design scope and material selection. All commercial components (design, fabrication, equipment supply, and transport) will be clearly separated as requested. I would welcome the opportunity to review the provided PFD and laboratory parameters to refine assumptions and confirm design inputs before finalizing scope and pricing.