Reduced costs, increased safety, improved efficiency and reduced environmental footprint for offshore & onshore lifting and logistics handling.
Lifting Support product group is a set of decision support modules that can assist crane operators to perform lifting operations in a safer and more efficient way.
Motion Reporter is a DNV GL-certified technology that measures the relative heave-movement between the supply vessel and the boom tip of the crane. These measurements can replace significant wave height that are used according to the traditional method. Using Motion Reporter, you will not only ensure less waiting for weather, but you can also avoid lifting in unsafe conditions.
Analysing vessel arrivals in 2016 and 2017 shows that the movements reported by Motion Reporter was on average 65% lower than what was reported by the wave radar. On the contrary, a few times the wave radar reported lower movements than the actual heave movement that occurred on the vessel.
Keep an overview of all cargo transits between onshore base, platforms, rigs and supply vessels. The Deck Planner allows easy overview of cargo and deck, and allows planning lift sequences with intuitive drag and drop interface in the web browser. The Crane monitor integrates with the Deck Planner, and shows the lifting sequences live on the screen. The sensor technology is automatically registering the location of the cargo on deck of the vessels and rigs. The location data can be integrated and automatically updated in the customer logistics system, and is shown in real-time in the Deck Planner. This will reduce the need for manual registrations and tagging of CCUs (Cargo Carrying Unit).
The cargo is tracked using computer vision, utilising unique features for each container, such as size, marks and corrosion. Similar methods are used in other industries for facial recognition and fingerprint identification. The containers do not need visual codes or letters, and no electronic tags are required.
The Assistance Systems from Optilift provides features to assist and automatically control parts of crane operations. The features can be used for local control of lifting operations from the crane cabin, or in combination with remote control and autonomous lifting operations.
The advanced sensor technology from Optilift is used to perceive its surroundings, detect objects, measure- and predict movement and motions to allow automation of certain crane operations. This allows smart and automated assistance systems for the crane operator.
The Assistance Systems are designed to be retrofitted to existing cranes, or integrated with new cranes, on fixed or floating installations. The functions can be demonstrated live at our scale crane, whereas technology qualification and certification for the Assistance Systems is in progress.
The Remote Control & Autonomy product group offers features for autonomous and remote control of crane operations, where the control of the crane is located far away from the crane, e.g. onshore or on another rig.
Optilift can provide hardware- and software solutions for remote- and autonomous control of crane operations. This includes remote capture of video, audio and motion, transferred with minimum lag and with robust detection of connecitivity status. The smart crane with the autonomy & assistance functions will provide a safe and reliable remote operation even if network connections are interrupted or delayed.
The functions can be demonstrated live at our scale crane, whereas technology qualification and certification for the Remote Control & Autonomy functions is in progress.
Optilift published a magazine in 2019 describing our views on the possibilities and challenges introducing remote operations and autonomy in the oil and gas industry:
The mother company of Optilift; VOCA, was granted support by the European Commmission through the SME Instrument. The vision of the Optilift project was to upscale, pilot and commercialise our unique toolset. Digital Logistics became a spin-off from the Horison 2020-project, and the product groups Assistance Systems, Remote Control and Autonomy have been developed based on the core Optilift technology that was matured and developed during the EU-project.
Half of the significant events in the oil- and gas industry are related to material handling or crane- and lifting operations. 10 out of 16 fatal accidents between 1994 and 2017 were related to crane- and lifting operations (helicopter accidents not included).
The CO2 emissions from a single supply vessel equals emission from 3000 cars on a yearly basis. A supply vessel emits approximately 900 kg CO2 per hour.
Optilift has proven throughout 2017 to be a very useful tool. On several occasions, the significant wave height reported from the control room was significantly higher than what Optilift reported as the actual movement on the specific part of the vessel deck. This has made it possible to perform a lot of lifts that would not have been possible without Optilift.
– The Optilift Motion Reporter technology has at least once saved our client Ithaca up to a full day rate in costs, as the technology has made it possible for us to continue to load supply-goods from supply vessels – when we probably would have shut down rig operations without the information from the Optilift Motion Reporter
– We had a lift of 57 tonnes where we saved 20 days because the lift could be performed with up to 2,5 meter waveheight, compared to traditional 1 meter. Statistics show that it is approximately 10 times more days when these operations can be performed when the limit on wave heights is extended from one to 2,5 meters. In this single example we reduced costs in the order of 600 000 NOK per day, or somewhat above 10 MNOK for the entire operation, says Hetland.
“I am operating several cranes on our platform – one of them is without Motion Reporter, and I feel “blinded” without the Boom Tip Indicator – it improves my day-to-day effectiveness during lifting”
“We managed to get the BOP on-board as scheduled – this would not have been possible if it was not for the Motion Reporter”
“This winter, with Optilift, was actually the first winter we did not have problems with getting our cargo on board”
Development project in collaboration with Aker BP
Since late 2017, Aker BP and Optilift has collaborated on developing technology for remote controlled- and autonomous offshore crane operations. The development has been performed in stages, maturing the technology readiness level (TRL) where among other a scale crane, simulator and furthermore a full-size offshore crane from Palfinger has been built and used to test and demonstrate the technology.
During the first public demonstration in December 2019, Responsible Technology Lead at Aker BP, and owner of the autonomous crane project Stian Ødegaard, said the development of remote and autonomous cranes is a core part of the ongoing digital focus at the company.
– There are a lot of dangerous situations that can arise around the rough environment on deck, and by removing personnel from these zones we will significantly increase their safety. Autonomous operations will also create a more efficient workflow for us and the industry as a whole, he explained in December 2019.
The autonomous crane control system consists of elements developed by both Aker BP and Optilift, and is set up to be able to perform lifts of cargo without the need for human interaction. After successful demonstrations of the technology using a scale crane, current step is to perform full-size crane testing and further maturation of the technology.
During summer 2021 tests are being performed on a full-size electric lattice boom crane from Palfinger, with a further plan to continue testing and technology maturation early 2022, once the crane has been installed offshore at the Valhall field of Aker BP.
See video demonstration from a demo-day in 2019 with the scale crane below.