BWTS RETROFIT SOLUTIONS
Looking for a precise Ballast water treatment retrofit solutions in Ships and vessels of Saudi Arabia..? EIWAA is the right BWTS retrofit solutions using high-definition 3D laser scanning and reality capture measurements measurement for dimensional control, alignment checks, 3D modeling and as-built drawing preparation. Dimensional measurement and alignment checks by advanced LiDAR methodology and laser capture for ships, vessels, boats and yachts. By offering 3D laser scanning, modeling, and digital twinning for the retrofitting and reverse engineering of ballast water treatment system construction, EIWAA supports digitalization and as-built information for all vessel owners and operators.
According to IMO and USCG standards, this is an essential refit solution for ships and boats. Incorporating innovative technologies into an existing ship construction requires precise spatial scanning of 3D laser scans and 3D modeling, particularly in engine rooms and machinery sections. We deliver BWTS installation and upgrading solutions at all major ports and offshore locations by offering 3D scanning, 3D modeling, and as-built modeling solutions. Naval architects can design and configure BWTS equipment to prevent collisions, cutting down on drydock time and reworks, based on the millimeter accuracy of 3D scanning deliverables. Our 3D scanning technologies satisfy your needs for quick, affordable, and ship-classification-compliant BWTS improvements on tankers, cargo ships, and offshore support vessels.
BALLAST WATER TREATMENT SYSTEM SCANNING AND MODELING IN SAUDI ARABIA
For BWTS on ships and offshore vessels, we provide 3D laser scanning and as-built modeling using 3D laser measurements of engine rooms, ballast tanks, piping systems, and structural components. We provide precise design, layout planning, and class approvals in order to produce an accurate digital twin replica of your vessel. Without disassembling machinery or interfering with present operations, we can perform ship surveys in a single day using 3D laser scanning and modeling. The point cloud data and intelligent 3D models that are produced are utilized for,
- Accurate BWTS component and pipe routing and planning
- Detect clashes with present supports and structures.
- Accurately record the engine rooms, ballast water tanks, and pipes' as-built geometry.
- Use pre-validated 3D models and data to shorten the drydock period.
- For more intelligent retrofits, use clash detection.
- Use As-built models to obtain class-approved paperwork (ABS, DNV, BV, and more).
- Make virtual replica and prefabricated models.
- Before beginning drydocking and renovation, simulate installation.
- Assure complete adherence to the ABS, DNV, LR, and RINA classes.
- High-resolution point cloud files in various formats that are registered
- General arrangement drawings (layouts, pipe routing, equipment footprints), 2D drawings, and 3D CAD models (STEP, IGES, DWG, Navisworks)
- Intelligent models in three dimensions (STEP, IGES, Navisworks, Revit, SolidWorks)
- Reports on finding clashes and layout models
- Description as-built for class approval
- Structural constraints and pipe routing patterns
Ballast pumps, pipelines, electrical power systems, and control and monitoring systems must all be integrated with BWTS. For precise dimensions measurements and installation of the pipe and instrumentation (P&ID) schematic, a 3D laser capture and measurement survey is required. Our team of professionals, which consists of design engineers, operational professionals, and experience in ballast water treatment systems (BWTS), piping, system implementation, technical services, and installation, is dedicated to your boats. Among the third-party services we plan and oversee in ballast water control are project management, engineering, consultancy, fabrication, installation, and site supervision.