Understanding CERius: A Solution for Decarbonization Strategy
CERius™ offers a robust system to automate accurate Greenhouse Gas Emissions (GHG) data collection, providing essential insights and aiding in the identification of strategies to reduce carbon emissions effectively. By leveraging powerful AI/ML programming, users can build a net-zero strategy with confidence, enhance the accuracy of scope 1 carbon emissions calculations for gas turbines by up to 33%, and maintain a real-time, comprehensive view of emissions across their operations. This platform eliminates the need for error-prone spreadsheets, guesswork, and late-night audit preparations, offering precise accounting for carbon intensity.
Managing Targets Seamlessly
With CERius, users are not just setting targets; they are actively managing them. The software streamlines data collection, cleaning, and aggregation processes, ensuring a seamless experience for managing emissions across scopes 1, 2, and 3. It also allows for standardization through normalization with various GHG reporting frameworks, conducts data reconciliation and analysis, enables automated asset alerts and notifications, and facilitates flexible audits through its carbon ledger functionality.
Automating, Verifying, Correcting, and Measuring Performance
CERius enables the automation of collecting scope 1, 2, and 3 emissions data from multiple sources, ensuring the accuracy and completeness of emissions data. The software allows for the continuous tracking of emissions footprints in near-real-time, providing instant insights into the current state and alignment with reduction targets. Users can simplify complex data into actionable insights, generating detailed reports customized for various stakeholders, including executives and regulatory bodies, while adhering to reporting standards and effectively communicating progress.
Unlocking Opportunities for Sustainable Investments
Through predictive analytics, CERius empowers users to forecast and strategize future sustainability investments, enabling them to model different scenarios based on evolving regulations and energy demand shifts. This feature allows for the evaluation of meaningful investment opportunities, from equipment upgrades to operational changes, ensuring that organizations can make informed decisions to support their decarbonization strategies effectively.