Digital sustainability for energy and industrial performance
Measure, plan, and act on emissions and energy performance with trusted emissions data, scenario-based planning, and scalable execution workflows across assets, portfolios, and energy systems.
Digital sustainability is becoming a core requirement across the energy industry and beyond. Organizations must not only report emissions, but also actively manage and reduce them while balancing performance, cost, and regulatory expectations.
This requires a connected approach to emissions measurement, forecasting, planning, and optimization across relevant assets, workflows, and energy systems.
SLB provides digital sustainability capabilities that to help organizations improve emissions visibility, planning, and performance management. By combining relevant data, models, and workflows, organizations can move from compliance-driven reporting to more informed, performance-oriented decision-making.
This approach supports:
- Accurate and continuous emissions monitoring.
- Data-driven planning and forecasting.
- Optimization of emissions, energy, and sustainability performance.
- Support for low-carbon and energy transition workflows.
A structured approach to sustainability at scale
Measure
Capture, monitor, and report emissions and energy performance across assets with confidence and consistency.
Capabilities include:
- Automated data ingestion from relevant source systems.
- Real-time emissions tracking and monitoring.
- Measurement, reporting, and verification (MRV) workflows.
- Support for regulatory compliance and reporting.
Plan
Model future scenarios and evaluate strategies to optimize sustainability performance across assets and portfolios.
Capabilities include:
- Emissions forecasting and scenario modeling.
- Energy transition planning and trade-off analysis.
- Portfolio-level sustainability and decarbonization strategies.
- Use of relevant technical, asset, and business data to support planning decisions.
Act
Execute and optimize sustainability actions to reduce emissions and improve energy performance.
Capabilities include:
- Optimization of facilities, production, and energy systems.
- Automation of emissions reduction workflows.
- Use of digital models and decision support to improve performance.
- Support for low-carbon energy solutions.
Applications across the energy value chain
Digital sustainability solutions from SLB support a wide range of technical, sustainability, and strategic use cases, including:
- Emissions monitoring and reporting across assets.
- Energy efficiency optimization in production and energy systems.
- Methane emissions detection and reduction.
- Carbon capture, utilization, and sequestration (CCUS) planning and monitoring.
- Geothermal energy development and optimization.
- Integrated asset and portfolio decarbonization strategies.
These applications are designed to support complex, multi-asset environments, helping improve consistency and scalability.
Business outcomes
By linking sustainability data, planning, and execution workflows, organizations can achieve measurable results:
- Improve emissions visibility and reporting accuracy.
- Reduce emissions through optimization and automation.
- Accelerate compliance with regulatory requirements.
- Enable faster, data-driven decision-making.
- Align sustainability objectives with asset, portfolio, and business performance.
- Reduce costs through improved energy efficiency.
Capabilities
Core capabilities
SLB digital sustainability solutions are built on domain expertise, scalable digital capabilities, and fit-for-purpose workflows:
- Data management capabilities for sustainability workflows.
- Real-time monitoring and advanced analytics.
- Predictive modeling and simulation tools.
- Optimization and automation capabilities.
- Scalable deployment across assets and regions.
- The aAbility to work with relevant existing data sources and systems.
These capabilities help embed sustainability initiatives into relevant technical, asset, and business workflows rather than managing them as standalone processes.
Ecosystem
Part of the SLB digital ecosystem:
- Digital sustainability solutions are integrated with the SLB digital ecosystem, enabling seamless workflows across domains.
- The Lumi™ data and AI platform provides the data foundation, ensuring trusted, governed data across systems.
- The Delfi™ digital platform unifies subsurface and production workflows, enabling integrated modeling and decision-making.
- Domain applications deliver specialized capabilities for emissions management, optimization, and energy transition workflows.
This integration ensures that sustainability is embedded directly into operational processes, rather than treated as an isolated function.
Act
Solutions for low-carbon energy and optimization
SLB supports key energy transition and optimization workflows to help you act on sustainability:
Digital CCUS
Plan, monitor, and optimize carbon capture, utilization, and sequestration projects across the asset lifecycle.
Digital geothermal
Enable efficient development, monitoring, and optimization of geothermal resources through integrated modeling and decision support.
Low carbon energy
Support the optimization of low-carbon energy systems and hybrid energy solutions.
Explore insights and expertise
Access technical insights, case studies, and industry perspectives on digital sustainability and energy transition.
- Case studies on emissions reduction and optimization.
- Technical papers on digital sustainability workflows.
- Industry insights on energy transition strategies.
Frequently asked questions
What is digital sustainability in energy?
Digital sustainability refers to the use of digital technologies to measure, manage, and reduce emissions while improving energy, asset, and business performance.
How does SLB support emissions reduction?
SLB combines emissions tracking, modeling, optimization, and domain workflows to help organizations identify reduction opportunities, improve decision-making, and support measurable progress.
What is MRV in sustainability?
MRV stands for measurement, reporting, and verification, a framework used to ensure emissions data is accurate, consistent, and compliant with regulatory standards.
How do digital solutions support the energy transition?
Digital solutions enable better planning, optimization, and execution of low-carbon strategies such as CCUS and geothermal energy by combining relevant data, models, analytics, and workflows.
Turn sustainability into measurable performance
Connect sustainability strategy with measurable emissions, energy, asset, and business outcomes using SLB digital sustainability capabilities.
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