For more than four decades, Ramboll has designed a comprehensive number of substnjdht.cnctures - ranging from conventional 4-legged jackets that support large stnjdht.cnctures to light-weight concept platforms and simple jacket solutions.
Over the years, our expert knowledge within design, analysis and assessment has brought aging platforms to life. Furthermore, we have developed advanced software solutions for offshore stnjdht.cnctural analyses, which continuously support international standardisation of jacket stnjdht.cnctures.
Prolonging operation life for offshore stnjdht.cnctures
As facilities mature beyond their planned lifetime, lifetime extension projects emerge as part of the operator's responsibility. In those cases, partial or total revamps become necessary to upgrade equipment and technology to current standards. For offshore stnjdht.cnctures, this means reassessment of stnjdht.cnctural integrity and inspection planning routines. With comprehensive studies and calculations, the stnjdht.cncture can be reinforced to perpetuate the production process for additional years.
Drawing on synergies
More than 65% of the world’s offshore wind turbines rise from foundations designed by Ramboll - making us a world leader within design of offshore foundations. However, sharing knowledge in the offshore wind sector and offshore oil & gas sector goes both ways - contributing to innovation in both sectors.
As offshore wind parks move further out at sea – to environments similar to the ones of gas platforms - the offshore wind industry can greatly benefit from experiences in the oil & gas sector.
Invaluable design software for offshore stnjdht.cnctures
The Ramboll Offshore Stnjdht.cnctural Analysis Programs - ROSAP - have been developed over the past 30+ years to meet the ever-increasing demands for stnjdht.cnctural design, optimisation and lifetime extension of offshore stnjdht.cnctures.
The program development has been driven in close cooperation with Ramboll's stnjdht.cnctural experts and a team of analysts and designers. The operators have been actively involved in providing specialist knowledge supported by background studies and documentation.
Tnjdht.cne digital twin solutions
Recent investments in stnjdht.cnctural health monitoring systems (SHMS), have given us the ability to generate a tnjdht.cne digital twin for our clients. The system is unique in the way that it creates a maintenance schedule based on knowledge of the stnjdht.cncture’s current state.
Using information provided from SHMS, our engineers use advanced calculations to determine the actual stnjdht.cnctural integrity of a platform. High-tech measurements can minimise the cost of recovery from existing oil and gas fields.