soildworks drawing for Marine Growth Prevention Design

I need a complete engineering design for a marine growth prevention system that will operate in a saltwater environment. The goal is to protect seawater inlets, box coolers, seachests, and internal piping from bio-fouling, minimising maintenance downtime and preserving efficiency over the vessel’s service life.

The scope covers concept selection, detailed sizing calculations, material specification, and integration notes so the system can be installed during an upcoming dry-docking. You may propose electrolysis (MGPS anodes), ultrasonic modules, or a hybrid approach—as long as it meets Class approval for saltwater use and aligns with common standards such as IMO Biofouling Guidelines.

Deliverables
• System description and technical rationale
• Design calculations with assumptions clearly stated
• 2D/3D CAD drawings (native file + PDF) showing arrangement, penetrations, and mounting details
• Electrical one-line and control schematic, including load data
• Bill of materials with recommended suppliers and part numbers
• Installation and commissioning procedure tailored to shipyard workflow
• Maintenance schedule and troubleshooting checklist

Acceptance criteria
• Calculations verify protection effectiveness for full flow range and water chemistry typical of open-ocean service.
• Drawings are ready for Class submission with proper title blocks and revision control.
• All components are specified for continuous saltwater immersion and meet IP66 or better.

Please outline your relevant shipboard MGPS or antifouling experience, preferred design tools (e.g., AutoCAD, SolidWorks, Rhino, Ansys), and estimated timeline. I will provide hull drawings and pump curves once we agree to proceed, so you can tailor the solution precisely to the vessel.