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BALANCE MARINETEK INTERNATIONAL

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BALANCE MARINETEK INTERNATIONAL

Independent offshore and marine engineering consultancy organization, providing high quality services to the offshore oil & gas and renewable energy industries.

INTRODUCE

ABOUT

INTRODUCE

What We Are

We are dedicated to helping those seeking quality offshore engineering service. We will meet customer expectations by delivering high quality services. We view ourselves as an extension of our clients business and an asset to our industries.

Our Services

The satisfaction of our clients will be our highest priority. We will consistently provide superior service to ensure our clients have the ability to meet business goals and objectives. We don’t want to be good, we want to be the best.

Our Philosophy

To be one of leading global companies, we must dedicate our integrity, innovation and teamwork to sharpen our client core values, and we also must commit to the highest standards of trustworthy and integrity.

Be ready to adapt to future trends and needs

Ensure sustainability: balance short-term results with long-term requirements!

WHAT WE DO

OUR FIELDS

SEA TRANSPORTATION

• Mooring arrangement & stability check

• Ballasting design & calculation

• Motion analysis/ Longitudinal strength check etc.,

• Sea-fastening & grillage layout and detail drawing strength check

• Towing force calculation

• Structural Analysis (Beam/ Hull)

PRINCIPIA

• Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine

• Structural Analysis for
Offshore Wind Turbine

• DEEPLINES

• A software used to design offshore risers systems, flow-lines and mooring line

Pipeline Auto-Welding

• Pipeline Auto-Welding both at Offshore and Onshore

FEM

• Finite Element Method (FEM) is a numerical technique for finding approximate solutions to boundary value problems for partial differential equations.

• The methods advanced for modelling dynamics of machines commonly used in the offshore industry

Non-linear analysis

• Ship/ Boat Impact Analysis on Jacket and/or other Fixed Structures

• Topside Explosion Analysis

• Etc.,

Welding Engineering

• Welding Engineer Manpower Resourcing Service

Offshore Engineering

We carry out engineering analyses for a broad range of offshore & marine related subjects including

• Mooring of ships and other floating structures

• Motions response of floating structures in waves

Flare Boom Analysis

We carry out engineering analyses for a broad range of offshore & marine related subjects including

• Mooring of ships and other floating structures

• Motions response of floating structures in waves

Load-out/in Engineering

• Fabrication support & ground base integrity check

• Weighing procedure/ Weighing control report

• SPMT Configuration plan

• Barge Ballast Check during Load-Out

• Link Plate strength check

Radiation Heat Transfer analysis

Radiation Heat Transfer analysis w/ CFD and/or FEM

CFD

Computational Fluid Dynamics (CFD) flow modelling is a well-established computational engineering tool that can be used to provide tangible benefits to a range of offshore oil & gas, subsea and renewable energy applications.

- Blade Design

- Non-linear

DEEPLINES

• A software used to design offshore risers systems, flow-lines and mooring lines

• DeepLines combines FE solver & user friendly GUI

• Solution based on non-linear finite elements method

FLNG w/ Structural Engineering

• Mooring of ships and other floating structures

• Motions response of floating structures in waves

• BASIC &DETAIL Engineering

• Etc.,

Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine

• Structural Analysis for Offshore Wind Turbine

• Mooring design & Analysis for Floating Offshore Wind Turbine

• Seismic Analysis

• FEM

SEA TRANSPORTATION

• Mooring arrangement & stability check

• Ballasting design & calculation

• Motion analysis/ Longitudinal strength check etc.,

• Sea-fastening & grillage layout and detail drawing strength check

• Towing force calculation

• Structural Analysis (Beam/ Hull)

PRINCIPIA

• Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine

• Structural Analysis for
Offshore Wind Turbine

• DEEPLINES

• A software used to design offshore risers systems, flow-lines and mooring line

Pipeline Auto-Welding

• Pipeline Auto-Welding both at Offshore and Onshore

FEM

• Finite Element Method (FEM) is a numerical technique for finding approximate solutions to boundary value problems for partial differential equations.

• The methods advanced for modelling dynamics of machines commonly used in the offshore industry

Non-linear analysis

• Ship/ Boat Impact Analysis on Jacket and/or other Fixed Structures

• Topside Explosion Analysis

• Etc.,

Welding Engineering

• Welding Engineer Manpower Resourcing Service

Offshore Engineering

We carry out engineering analyses for a broad range of offshore & marine related subjects including

• Mooring of ships and other floating structures

• Motions response of floating structures in waves

Flare Boom Analysis

We carry out engineering analyses for a broad range of offshore & marine related subjects including

• Mooring of ships and other floating structures

• Motions response of floating structures in waves

Load-out/in Engineering

• Fabrication support & ground base integrity check

• Weighing procedure/ Weighing control report

• SPMT Configuration plan

• Barge Ballast Check during Load-Out

• Link Plate strength check

Radiation Heat Transfer analysis

Radiation Heat Transfer analysis w/ CFD and/or FEM

CFD

- Blade Design

- Non-linear

DEEPLINES

• A software used to design offshore risers systems, flow-lines and mooring lines

• DeepLines combines FE solver & user friendly GUI

• Solution based on non-linear finite elements method

FLNG w/ Structural Engineering

• Mooring of ships and other floating structures

• Motions response of floating structures in waves

• BASIC &DETAIL Engineering

• Etc.,

Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine

• Structural Analysis for Offshore Wind Turbine

• Mooring design & Analysis for Floating Offshore Wind Turbine

• Seismic Analysis

• FEM

SEA TRANSPORTATION

• Mooring arrangement & stability check

• Ballasting design & calculation

• Motion analysis/ Longitudinal strength check etc.,

• Sea-fastening & grillage layout and detail drawing strength check

• Towing force calculation

• Structural Analysis (Beam/ Hull)

PRINCIPIA

• Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine

• Structural Analysis for
Offshore Wind Turbine

• DEEPLINES

• A software used to design offshore risers systems, flow-lines and mooring line

Pipeline Auto-Welding

• Pipeline Auto-Welding both at Offshore and Onshore

FEM

• Finite Element Method (FEM) is a numerical technique for finding approximate solutions to boundary value problems for partial differential equations.

• The methods advanced for modelling dynamics of machines commonly used in the offshore industry