Customer Challenge: Lifting of a platform structure from a barge onto a platform. Cranemaster Solution: Two Cranemaster units in series with SWL of 400 metric tons and 4,3 meter stroke. Cranemaster Quick Lift functionality was used to avoid re-contact after lift off.

Customer Challenge: Installation of a 50 metric tons suction pile for the Boabab Phase 3 project outside West Africa. Operations in deep water areas put strong demands on the equipment to be used. A common challenge when using passive heave compensators in deep water, is the deep water pressure pushing…

Customer Challenge: Installation of the wave energy device bioWAVE near Port Fairy, Victoria, in rough weather conditions. Cranemaster Solution: Two large Cranemaster passive heave compensators with SWL of 700 metric tons and 400 metric tons. The Results: The two Cranemaster units functioned perfectly, resulting in reduced DAF in the splash…

Customer Challenge: Protection of the crane and the structure from shock loads during the removal process of a large offshore bridge structure of 420 metric tons in the North Sea. Cranemaster Solution: A Cranemaster unit with SWL of 600 metric tons and 3 meter stroke. The Results: Potential shock loads…

Customer Challenge: Splash zone crossing and reduction in seabed landing velocity during installation of PLEM modules in the South China Sea. Cranemaster Solution: A Cranemaster passive heave compensator with SWL of 150 metric tons and 4,5 meter stroke. The Results: Due to the large horizontal area of the PLEM modules,…

Customer Challenge: Enabling installation of  large subsea modules of up to 1100 metric tons in higher sea states for the Chevron Gorgon Project. Cranemaster Solution: Two Cranemaster passive heave compensators with SWL of 700 metric tons and 4,5 meter stroke were connected in parallel. The Cranemaster units was equipped with Cranemaster Adaptive…

Customer Challenge: Installation of GRP protection covers in rough weather in the Shetland waters for Subsea 7. Cranemaster Solution: A Cranemaster unit with SWL of 50 metric tons and 3 meter stroke. The Results: Analysis was done upfront by Cranemaster, giving Subsea 7 a weather window of significant wave heights…

Customer Challenge: Deployment of five subsea structures for PetroSA’s Ikhwezi project, offshore South Africa. Cranemaster Solution: Two Cranemaster units with SWL of 250 metric tons and 2,5 meter stroke. The Results: The installation of the five structures, weighing between 35 and 185 metric tons and measure up to 14 x…

Customer Challenge: Installation of structures with large surfaces for Saipem in the Gulf of Mexico. Cranemaster Solution: A Cranemaster unit with SWL of 50 metric tons and 3 meter stroke. The Results: The Cranemaster unit successfully absorbed the forces through the splash zone, avoided resonance and reduced landing speed. The use…

Customer Challenge: Stabilization of met masts when lowering through the splash zone. The structures have a height of 45 meters and weights of 300-400 metric tons. Cranemaster Solution: Two Cranemater units with SWL of 400 metric tons and 2,5 meter stroke were used in parallell configuration. The Results: For this project…