Vosta LMG delivers new dredge ball joints

Vosta LMG photo - new ball joint used for dredging

The Crossover ball joint is a new and efficient dredge ball joint that provides optimal flow performance. Through computational fluid dynamics (CFD) the frictional losses and turbulence have been reduced to a minimum. Conventional dredge ball joints act like a ball valve when tilted, causing the flow area to reduce and frictional losses to increase. The patented Crossover design incorporates two wear liners which are shaped to provide full flow area in any tilted position. Additionally the two liners provide maximum wear protection for the ball, which no longer suffers from direct wear caused by the flow.

“Our customers typically select the Crossover ball joint for the considerable savings in fuel and other cost savings such as a reduction of wear,” says Marco Menheere, Product Manager at VOSTA LMG Components & Services. “Savings like these provide a very short return on investment and it becomes even more favorable when the reduced flow resistance results in higher production.”

“These deliveries are a milestone in the development of more efficient dredge ball joints and confirm the position of VOSTA LMG as innovative supplier of dredging technology,” says George Teheux, Manager Components & Services.

Vosta LMG BV, based in Amsterdam, provides dredging technology worldwide. In addition to custom-built and standard dredges, the company also markets various dredge component packages and offers engineering and contracting services. VOSTA LMG has offices in the Netherlands, Germany, China, India, the USA, Singapore, and in the United Arab Emirates.

Current News

BOEM Okays New England Offshore Wind Project

BOEM Okays New England Offshor

Solstad Offshore Bolsters Ownership Stake in Omega Subsea

Solstad Offshore Bolsters Owne

DeepOcean Takes Over Equinor’s Pipeline Repairs Contract from TechnipFMC

DeepOcean Takes Over Equinor’s

Petrobras Steps Closer to Developing Hydrogen Plant Powered by Renewables

Petrobras Steps Closer to Deve

Subscribe for OE Digital E‑News

Offshore Engineer Magazine