Base Materials establishes new 10,000 square feet state-of-the-art production facility in Birmingham, UK, marking a significant investment designed to propel subsea buoyancy growth.

Trelleborg’s applied technologies operation will showcase its range of advanced composite materials at Underwater Intervention in New Orleans, Louisiana, February 5-7 on stand 624, These will include Eccofloat®, a high-strength syntactic foam engineered to meet deep-sea buoyancy requirements for subsea applications.

Trelleborg’s applied technologies operation will showcase its range of buoyancy materials at Underwater Intervention in New Orleans, Louisiana, February 6-8 on stand 747. In addition, Will Ricci is set to present as a materials expert with regard to buoyancy as a critical component of unmanned subsea vehicle design.

The winners of the very first Oil & Gas Engineering Product of the Year awards have been identified as some of the best products introduced between January 2016 and July 2017. Trelleborg is the first company to win the Oil and Gas Engineering Product of the Year Gold Award for its newly developed Standardized Buoyancy Module.

Landing String Solutions LLC signs agreement with Trelleborg’s offshore operation for Trelleborg to manufacture its patented landing string buoyancy system featuring 100% composite materials. Through this agreement, both companies are aiming to market the solution to a wider customer base globally.

Trelleborg’s offshore operation recently developed a new Rotating Buoyancy Module system for buckling mitigation for subsea pipelines. The advanced solution is engineered to roll on the seabed to reduce lateral friction and berm creation thereby creating repeatable and predictable pipeline behavior.

A major milestone is successfully completed under the joint development agreement between Diamond Offshore, Inc. and Trelleborg that focuses on creation of a helically grooved buoyancy design with enhanced performance for drilling riser operations in high current conditions. Test results revealed that, when using the patented design, Vortex Induced Vibration (VIV) is effectively eliminated in high currents, with the added bonus that drag loading on the riser is also reduced to a level comparable with fairings. In June of this year, tow tank testing on the patented helically grooved design was performed at SINTEF Ocean’s Tow Tank facility in Trondheim, Norway. The joint facility, under SINTEF and the Norwegian University of Science and Technology (NTNU), is one of the premier hydrodynamic research facilities in the world, allowing testing of the new buoyancy design in the supercritical flow regime representative of offshore current conditions.

Trelleborg’s applied technologies operation will be exhibiting its innovative Eccofloat® TG30 and TG32 materials at Oceans 2017 in Anchorage, Alaska in the U.S.. Trelleborg’s applied technologies operation manufactures various grades of syntactic foams, called Eccofloat®, to meet customer requirements for deep-sea buoyancy applications. While at the show, attendees will be able to have a firsthand look at the new Eccofloat® TG30 and TG32 materials, which have depth ratings of 5,000 and 6,000 meters respectively.

ExPert Riser Solutions, located at the gateway to the Gulf of Mexico in Port Fourchon, Louisiana, is now an Authorized Repair Center for Trelleborg’s offshore operation, expanding and improving its Drill Riser Buoyancy Module (DRBM) repair offering. Through this partnership with ExPert Riser, Trelleborg has upgraded its capability as the sole DRBM supplier offering certified third-party repair services with in-house production standards. Trelleborg’s customers will now be able to have their buoyancy repaired at ExPert Riser’s Port Fourchon, Louisiana location with convenient access to the Gulf of Mexico, significantly reducing shipping time and improving cost effectiveness. ExPert Riser has undergone a stringent onsite audit to ensure its DRBM repair processes and workmanship comply to Trelleborg’s high standards.

Trelleborg’s applied technologies operation has exhibited its new innovative Eccofloat®TG30 and TG32 materials, at Underwater Intervention in New Orleans, Louisiana in the U.S., on stand 119.

Two north-east schools have performed strongly in an international underwater robotics competition, finishing in the top 20 teams from across the globe. The teams, from Mintlaw Academy and Robert Gordon’s College, competed in the Marine Advanced Technology Education (MATE) Centre’s 2016 ROV international final in the United States, which took place at the end of June.

As a leading global manufacturer of syntactic foam-based solutions, Trelleborg’s offshore operation has been awarded a purchase order from a major European Drilling Contractor for Drill Riser Buoyancy Modules (DRBMs). As a trusted partner, this is the 6th order from this contractor for their new build rig series.

Two teams of north-east school pupils are set to travel to the United States to compete in an international underwater robotics competition. The teams, from Mintlaw Academy and Robert Gordon’s College, will compete in the Marine Advanced Technology Education (MATE) Centre’s 2016 ROV international final in Houston later this month.

Trelleborg’s applied technologies operation will showcase its innovative range of high performance solutions at the Underwater Intervention Conference in New Orleans, Louisiana. Located on stand 306, the company will present its portfolio of subsea innovations, including its pioneering high performance hollow glass microspheres, Eccospheres® and Eccofloat® syntactic foam buoyancy for remotely operated vehicles (ROV)

Subsea engineering company, Sonardyne International Ltd., UK, has successfully demonstrated its wireless integrity monitoring technologies during a series of in-water demonstrations held at NASA’s Neutral Buoyancy Lab (NBL) in Houston, Texas.

Attleboro, Ma. – December 9th, 2014 – Engineered Syntactic Systems (ESS), a global supplier of syntactic solutions, through its relationship with Hydroid Inc., a subsidiary of Kongsberg Maritime, and industry leader in global marine robotics, has been involved in some of the most exciting oceanographic exploration projects in the last decade. As a valued syntactic supplier, ESS has provided buoyancy for Hydroid’s range of AUVs, including the Remus 6000 used to locate missing Air France flight 447, search for Amelia Earhart’s plane and create comprehensive maps of the Titanic wreck.

Remotely operated vehicles (ROVs) and autonomously operated vehicles (AUVs) are becoming progressively more sophisticated in the tasks being demanded of them – from exploration and installation exercises to production operations and decommissioning projects. The ever-increasing global demand for all classes of vehicles, and the corresponding requirement for buoyancy packs, has seen Aberdeen-based Balmoral Offshore Engineering completely overhaul its ROV buoyancy production capability into a dedicated centre of excellence at its city HQ. The move has seen the company create approximately 20 new jobs spanning design, engineering and manufacturing. Following a £1m+ investment in the plant and supporting infrastructure, Jim Milne, chairman and managing director of Balmoral, told ROV Planet: “The last couple of years have seen an upturn in demand for ROVs around the world. This helped us make the decision to refurbish our buoyancy processing facility and increase production capacity so that we can meet customers’ lead times which are often necessarily short.