MiNO Marine, LLC

Delivers comprehensive vessel design from initial lines development through detailed structural and performance assessments. Capabilities include hull form optimization, stability modeling, and motion analysis.

• Hull Form and Arrangements Development
• Flotation and Stability Analyses
• Inclines and Deadweight Surveys
• Structural Arrangements and Scantlings
• Resistance and Powering Analyses
• Seakeeping Analyses
• Weight Engineering

Focuses on the integration of critical mechanical and electrical systems essential for vessel operations. Engineering tasks cover auxiliary machinery layout, propulsion support, and electrical distribution.

• Ship's Systems Design
• Electric Loads Analyses and One-Line Diagram Development
• Machinery Selection and Purchase Technical Specification Development
• Piping System Design and Arrangement Development
• Mechanical Auxiliary Systems

Synthesizes operational goals into functional marine platforms. Work transitions from requirements analysis and mission profiling through to general arrangements and technical specifications.

• Requirements Research, Analysis and Risk Assessments
• Concept Development and Optimization
• Preliminary Design and Contract Specifications
• Proposal or Bid/Solicitation Preparation

Provides technical solutions to support safe drydocking operations and structural certifications. Services encompass critical calculations, stability assessments, and compliance with military and civil standards.

• Drydock Design
• Docking and Stability Calculations
• Block and Cradle Foundation Certification
• Validation of Dock Capacity
• Pumping Plan
• USCG SFLC and NAVSEA Compliance

Assists shipyards and owners during the physical build cycle with detailed planning, coordination, and validation. Services bridge the gap between design plans and physical execution.

• Detailed Design Development
• USCG and Class Society Plan Approval Management
• Manufacturing Planning, Lofting, and Shipyard Liaison
• Test Planning, Supervision and Analysis
• Operations Manuals Development

Evaluates structural integrity under complex loading conditions using advanced digital modeling. This analysis helps verify strength, fatigue life, and dynamic response before steel is cut.

• Linear Static Analysis
• Dynamic Analysis
• Nonlinear Analysis
• Buckling Analysis
• Fatigue Analysis
• Vibrations Analysis
• Fluid Structure Interaction
• Impact Analyses
• Large Deformations Analysis

Simulates fluid-structure interactions to optimize hull performance and hydrodynamic efficiency. Digital simulations offer high-fidelity performance predictions comparable to physical basin testing.

• Multi-Body Dynamics Simulations
• Model Test Planning and Data Analysis

Represents the owner's interests throughout the design, construction, and certification lifecycle. Project managers navigate regulatory hurdles and conduct comprehensive surveys to ensure compliance.

• Owner's Representation
• Regulatory Navigation
• Vessel Survey
• Technical Documentation and Writing Services

Develops specialized vessel solutions tailored to the unique logistics of offshore wind farm construction and maintenance. Projects focus on feeder systems, installation platforms, and service operations.

• Wind Turbine Installation Vessel Design
• Feeder Vessel Design

Designs and analyzes specialized assets for marine operations and dredging projects. Engineering tasks include structural modifications, stability under heavy lifting, and mooring configurations.

• Dredge Design
• Deckhouse, Barge, and Foundation Structural Design
• Repowering and Refurbishing
• Cargo Load-Outs and Stability Analyses
• Lifting Analyses
• Mooring Analyses
• Longitudinal Strength Analysis
• Jacking Site Assessments and Procedures
• Crane Lashing
• Load Line Assessments

Navigates complex maritime regulatory environments to secure necessary approvals and certifications. Work involves interfacing with governing bodies and preparing compliance submittals.

• USCG and NAVSEA Plan Approval
• Load Line Assessments