Blue Ocean Acoustics

At Blue Ocean Acoustics we know the importance of material performance. Because when you’re building a Superyacht, there are no second chances. When high performance materials are engineered and installed correctly, they deliver the greatest results, as well as the most efficient use of weight, space and labour. We are pleased to present a package of specially engineered materials and components, delivered to you globally, at exceptional value.

Our Services

"Whatever your requirement, our goal is to simplify the process of design and construction, while providing you with outstanding results and value."

Blue Ocean Acoustics offers tailored services to reflect the specific needs of our clients, from private yacht owners to production yards, designers, naval architects and Superyacht builders.

For these clients, our services include:

Material Supply
Limited engineering review, with "Typical Construction" designs
Custom Enclosure design and fabrication
Limited Mechanical System and HVAC Review
Class Requirement Fire Boundary and Construction Reporting
Installation Training in Noise and Vibration (Yards)
Ongoing Finite Element Analysis (FEA) Engineering - (Naval Architects)
Full Custom-Build Engineering and Supply
Material supply to meet Class Requirements
Non-Standard Material / Machinery Analysis
Sea-trial Measurements
In Operation Measurements and Fault Diagnosis

Whatever your requirement, our goal is to simplify the process of design
and construction, while providing you with outstanding results and value.

Our Approach

Blue Ocean Acoustics takes a structured approach to all fire, noise and vibration treatment. This is the only way to ensure a quality outcome for all parties. Depending on the level of service selected and the complexity of the project, we undertake a variety of engineering processes, discussing the relevant areas of concern with the Naval Architect, Yard and Interior Contractor. First, we establish all design parameters, including but not restricted to:

Class of vessel and relevant requirements
Vessel layout and areas of priority or concern
Establishing target noise and vibration levels
Degree of engineering services required
Full list of mechanical equipment
Full construction method details
The client’s view of priorities
Weight limitations
Timeline
Budget
Quality 3D model (if required)
Propulsion system detail

Once these are clarified and agreed upon, we begin the engineering process.

Our Engineering Processes

Finite Element Analysis (FEA)

This is a well-established method used to assess the low frequency response of the vessel. Analysing a 3D model enables issues to be identified early in the design process and treatment methods to be evaluated.

Structural Fire Protection and Fire Boundaries

Fire boundaries and structural fire protection are reviewed and plans prepared for approval as required.

Machinery Services Audit

With the complex array of propulsion, power, mechanical and ventilation systems installed in a Superyacht, it’s essential that an exacting review of all machinery is undertaken.

Acoustic Modelling of the Interior

Having established structure-borne energy levels and dominant frequencies, we transfer data into a combination of traditional acoustic engineering software and Statistical Energy Analysis (SEA) software to model the behaviour of medium to high frequency noise within the interior.

Installation Instructions and Guidance

To achieve the desired results, it’s imperative that materials are installed correctly. Clear installation guides are provided as 2D construction drawings.

Sea-Trial Noise & Vibration Measurement

Sea-trial measurements are taken to confirm predicted noise and vibration levels are achieved. Measurements are taken under pre-agreed conditions, including underway and at anchor, to internationally recognised standards, with a full report provided upon completion.

Click here for a full list of our quality materials