Alberto Iniesta Serrano
Senior Advisor
and Digital Twin SME
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Richard Fiorante
Vice President Worley Consulting, Americas
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Creating a digital twin for BP's Clair Ridge development
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Improving data integrity to establish a digital twin
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Extending the life of OMV’s Maui B field asset
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How will digital solutions impact decarbonizing industries in 2024?
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The future of mining: opportunities in the energy transition and digital
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What role can digital play in producing sustainable chemicals?
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Asset reliability: the benefits of remote monitoring
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Digital twins: how virtual facilities can improve sustainability performance
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Automation: how to make it work for miners
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Digital transformation: how to avoid the most common mistakes
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How can we use data to improve project delivery efficiency?
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PEOPLE PROFILE
PEOPLE PROFILE
Case Study
Case Study
Case Study
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
THOUGHT LEADERSHIP
People Profile
Richard Fiorante Vice President, Worley Consulting, Americas
Read more
Case Study
Extending the life of OMV’s Maui B field asset
Read more
Case Study
Improving data integrity to establish a digital twin
Read more
Case Study
Creating a digital twin for BP's Clair Ridge development
Read more
THOUGHT LEADERSHIP
How will digital solutions impact decarbonizing industries in 2024?
Read more
THOUGHT LEADERSHIP
The future of mining: opportunities in the energy transition and digital
Read more
THOUGHT LEADERSHIP
What role can digital play in producing sustainable chemicals?
Read more
THOUGHT LEADERSHIP
Asset reliability: the benefits of remote monitoring
Read more
Digital twins: how virtual facilities can improve sustainability performance
THOUGHT LEADERSHIP
Read more
THOUGHT LEADERSHIP
Automation: how to make it work for miners
Read more
Digital transformation: how to avoid the most common mistakes
THOUGHT LEADERSHIP
Read more
THOUGHT LEADERSHIP
How can we use data to improve project delivery efficiency?
Read more
PEOPLE PROFILE
Alberto Iniesta Serrano Director, Digital Twin, EMEA/APAC
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Partnering with Cognite to drive innovation with digital twins
CASE STUDY
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THOUGHT LEADERSHIP
Using autonomous assets to transform mining in underground, populated, and sensitive sites
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Transforming mining operations with digital twin technology
THOUGHT LEADERSHIP
Read more
THOUGHT LEADERSHIP
Automation: how to make it work for miners
Read more
THOUGHT LEADERSHIP
What role can digital play in producing sustainable chemicals?
Read more
THOUGHT LEADERSHIP
Asset reliability: the benefits of remote monitoring
Read more
Pairing technology with strategy to guide bold projects
At the heart of our simulation work is the ‘Asset of the Future’ – a suite of solutions that help customers build more efficient and sustainable assets.
We integrate digital solutions, operations technologies and strategic planning to create future-ready assets that optimize performance, reduce emissions, and ensure long-term efficiency, safety, and sustainability.
We partner with customers to achieve lasting change by encouraging open dialogue about the challenges of integrating CCUS across the value chain.
Example for improving a CCS value chain in the Gulf of Mexico
Using our CO2 Simulation capability, we evaluated and mapped scenarios for optimizing a carbon capture and storage (CCS) network in the Gulf of Mexico. By analyzing emissions data from CO2 emitters, we identified efficient connections to offshore storage sites via pipeline infrastructure.
The tool assessed multiple pipeline architectures and dynamic simulations to determine the most effective configurations. This enabled options to reduce CO2 transportation and storage costs while maximizing overall network efficiency.
Example: Comparing CO2 pipeline and shipping routes in the Baltic Sea
In the Baltic Sea, our CCUS Value Chain simulation visualizes and analyzes the customers' CCUS network by processing emissions data from key CO2 emitters.
The simulation evaluates both pipeline and shipping routes, comparing their performance and economics to identify the most efficient configuration. Through advanced simulations, we help customers validate their development plans and make informed decisions before securing a CO2 storage license.
Optimizing CCUS value chain
We work with customers to identify optimization opportunities in CO2 transport logistics and connecting captured CO2 to utilization facilities and storage sites.
We bring together key CO2 emitters, transport operators, and storage project developers; mapping out efficient routes for capture, transport, and storage. Our simulations deliver actionable and viable solutions with increased trust, enabling the successful scaling and launch of CCUS projects.
Aligning the CCUS ecosystem for success
A lack of integration among carbon capture, utilization and storage (CCUS) stakeholders has led to numerous project cancellations, driven by challenges such as unconfirmed offtake agreements, transport and infrastructure logistics, and regulatory issues.
Many customers face gaps in skills and capabilities, preventing them from effectively aligning key participants across the CCUS value chain. This misalignment complicates the success of projects and prevents companies from meeting their decarbonization goals.
Pairing technology with strategy to guide bold projects
At the heart of our simulation work is the ‘Asset of the Future’ – a suite of solutions that help customers build more efficient and sustainable assets.
We integrate digital solutions, operations technologies and strategic planning to create future-ready assets that optimize performance, reduce emissions, and ensure long-term efficiency, safety, and sustainability.
Worley partners with customers to achieve lasting change by encouraging open dialogue about the challenges of integrating CCUS across the value chain.
Example for improving a CCS value chain in the Gulf of Mexico
Using our CO2 Simulation capability, we evaluated and mapped scenarios for optimizing a carbon capture and storage (CCS) network in the Gulf of Mexico. By analyzing emissions data from CO2 emitters, we identified efficient connections to offshore storage sites via pipeline infrastructure.
The tool assessed multiple pipeline architectures and dynamic simulations to determine the most effective configurations. This enabled options to reduce CO2 transportation and storage costs while maximizing overall network efficiency.
Example: Comparing CO2 pipeline and shipping routes in the Baltic Sea
In the Baltic Sea, our CCUS Value Chain simulation visualizes and analyzes the customers' CCUS network by processing emissions data from key CO2 emitters.
The simulation evaluates both pipeline and shipping routes, comparing their performance and economics to identify the most efficient configuration. Through advanced simulations, we help customers validate their development plans and make informed decisions before securing a CO2 storage license.
Optimizing CCUS value chain
We work with customers to identify optimization opportunities in CO2 transport logistics and connecting captured CO2 to utilization facilities and storage sites.
We bring together key CO2 emitters, transport operators, and storage project developers; mapping out efficient routes for capture, transport, and storage. Our simulations deliver actionable and viable solutions with increased trust, enabling the successful scaling and launch of CCUS projects.
Aligning the CCUS ecosystem for success
A lack of integration among carbon capture, utilization and storage (CCUS) stakeholders has led to numerous project cancellations, driven by challenges such as unconfirmed offtake agreements, transport and infrastructure logistics, and regulatory issues.
Many customers face gaps in skills and capabilities, preventing them from effectively aligning key participants across the CCUS value chain. This misalignment complicates the success of projects and prevents companies from meeting their decarbonization goals.
THOUGHT LEADERSHIP
Energy transition to energy addition: AI's rising demand
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Case Study
Extending the life of OMV’s Maui B field asset
Read more