ernizing equipment with advanced engines , hybrid power systems , and cleaner fuel technologies . The company is exploring the incorporation of renewable energy sources , such as wind and solar power , into its offshore rigs .
2 . Shell sustainable retrofit initiative : Shell , a global leader in energy , is making significant strides to lessen its environmental impact by implementing sustainable practices and technologies throughout its operations . A major focus for Shell in 2024 is the Sustainable Retrofit Initiative , which aims to upgrade and retrofit current offshore rigs , platforms , and vessels to enhance energy efficiency , lower emissions , and comply with strict environmental regulations . Shell retrofitted older jack-up rigs with Carbon Capture and Storage ( CCS ) units and energy-efficient technologies .
This initiative is part of Shell ’ s larger commitment to reach net-zero emissions by 2050 , aligning with the company ’ s objective to shift towards cleaner energy solutions . By concentrating on retrofitting existing infrastructure , Shell can prolong the lifespan of its assets while greatly minimizing their environmental footprint . More than 500,000 tonnes of CO₂ captured , extending the life of rigs in compliance with current environmental conditions .
The company is incorporating CCS technology to effectively capture and store CO2 emissions , enhance energy usage , and replace outdated equipment with more sustainable options . Additionally , Shell is implementing hybrid power systems , LED lighting , and energy-saving technologies to lower energy consumption .
stakeholders . This collaboration is key to accelerating the integration of sustainable technologies in Shell ’ s offshore operations .
Innovation and acceptance of advanced technologies ensure that companies continue meeting global environmental regulations . This helps in gaining their competitive edge and also fosters innovation in the industry .
2 . Modular and Reusable Platform Designs Modular designs allow for the construction of offshore platforms in sections , which can be transported and assembled on-site . This approach reduces construction time , costs , and environmental disturbance . Additionally , modular components can be reused or repurposed for other projects , aligning with circular economy principles . Companies like Aquaterra Energy advocate for such sustainable design philosophies , focusing on lean and minimalist approaches to offshore platform construction .
Some of the trending designs in the offshore oil and gas industries are modular and reusable platform designs for jack-up production rigs . The designs incorporate flexibility in operation with a fast overhaul and sustainability in production operations and have now become crucial in modern-day offshore drilling . Using modular components that can be easily assembled , reconfigured , and reused , these designs provide a lifecycle solution that maximizes offshore rigs ’ utility while addressing safety and functionality .
In pursuit of global emissions reduction goals , Shell is investigating the use of LNG and other lower-carbon fuels , including biofuels and hydrogen . The company is also looking into alternative energy sources such as offshore wind power and solar energy .
To improve operations , Shell is leveraging automation and digitalization , utilizing advanced data analytics , artificial intelligence , and machine learning to monitor energy consumption , anticipate maintenance requirements , and boost operational efficiency . Digital twin technology is being employed to create virtual models of offshore platforms , allowing for real-time monitoring and performance enhancement .
Other vessels and equipment are also undergoing retrofitting to enhance their energy efficiency and environmental sustainability . Shell is modifying ships to operate on LNG or hybrid power systems and is exploring the electrification of vessels for non-essential tasks .
To ensure the success of its retrofit initiative , Shell is partnering with technology providers , equipment manufacturers , and other industry
Modular design refers to the making of jack-up rigs with standardized components for easy assembly , disassembly , and replacement whenever it is needed . Key parts of the rig , such as legs , decks , and power systems , are designed in modular components , allowing easier assembly and transport to offshore locations .
Key parts of the rig , such as legs , decks , and power systems , are designed in modular sections , allowing for quick assembly and transport to offshore locations . Modular rigs maximize flexibility , scalability , transport and deployment ease , minimize costs , accelerate
4 | January-February 2025 | www . rigsbargeworld . com