Pump capacity calculations
Sarens contracted Saltwater to calculate the actual capacity of a ballast system to account for possible flow/pressure losses.
Saltwater projects cover all sectors of the naval architecture and shipbuilding industries.
Thought leadership
Typically works in shipbuilding and offshore industry can be placed into the above mentioned basic service groups; however sometimes a complex job does not fit these categories. This does not mean that Saltwater is not up for the challenge. Our engineers are well versed in taking on even the most complex of challenges and will deliver unique and cost effective solutions for your specific needs. Due to the diverse and unique nature of our industry one-off solutions are often required to meet the specific project requirements. Using an open mindset and the latest software available Saltwater is your partner when it comes to any engineering challenges in the shipbuilding and offshore sectors.
Sarens contracted Saltwater to calculate the actual capacity of a ballast system to account for possible flow/pressure losses.
The system can be disassembled and placed inside 40-foot containers, allowing the structure to be transported across the globe.
Exchanging lock doors at the Volkeraksluizen to keep them running smoothly.
Calculating stability and mooring of a 19 meter high rotating disc shaped stage set in the turquoise waters of Hatta Dam.
Designing the foundation for a rescue boat and davit with launching equipment for Zr. Ms. Luymes.
Engineering the conversion and placement of a ballast water treatment system.
Saltwater was contracted to perform the lightweight check for two vessels.
An inclination test has been carried out to ensure the stability of a vessel.
Engineering support of a laboratory, including a winch and bulwark placement.
Saltwater designed a foundation soil sampling unit on a research vessel.
This three mast clipper needs refitting and upgrading before starting the SDG World Tour.
Saltwater carried out various engineering works on a diving support vessel.
Saltwater supporting Jumbo Shipping with on-site project engineering support.
Executing a complete deadweight survey of the semi-submersible GSF Arctic III.
Performed inclination test of supply vessel in Mumbai India.
Saltwater assisted in the design and calculation for floating solar panels.
Short notice mobilisation engineering for an A-frame and accompanying winch.
Performing seafastening and (local) strength calculations.
The engineering work provides an extension of the current cursor frame.
Salwater was contracted by Boskalis to assist in the mobilisation.
Saltwater was awarded the complete engineering package for a new aftship.
Saltwater developed a new concept for an “Operations & Maintenance” vessel.
Saltwater delivered the stability booklet of the IJveer 66, completing the 60-serie
Stability calculations for the heavy lifting crane vessel, The Oleg Strashnov.
Saltwater was contracted by Amels to generate the structural design of a Yacht LE199.
Saltwater had to design a platform that provide safe access to an ROV.
A self-unloading bulk carrier required an inclination test after modifications.
Jumbo’s Fairpartner successfully loaded the French submarine ‘Quessant’ bound for Malaysia.
For a major subsea operator we were asked to engineer an umbilical saddle.
Designing an ROV support frame for placement on one of their support vessels.
IMO Tier III certification test for main engines and generator of superyacht Y718.
Designing a frame to be used as support for a cable chain track on one of their vessels.
In 2016 we were asked to engineer the core structure of two large cable tanks.
Saltwater was contracted for a preliminary design for chase vessels.
Saltwater was contracted deliver engineering for the repair works of a container vessel.
The request to develop (from scratch) a fully customized yacht for inland waters.
Saltwater carried out some measuring on the lightship Gannet 1954.
Saltwater was contracted to complete the design and strength calculations.
Saltwater carried out design and stability calculations for the various stages of design of the Floater.
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