CSSBoost Digital Tools

Explore digital solutions powering circular economy transitions — from simulation platforms to real-time monitoring dashboards.

6
Total Tools
3
Categories
5
Tool Types
Showing 6 of 6 digital tools

MIRA Digital Twin / Virtualisation Platform

The CSSBoost Virtualisation Platform, built upon MIRA, acts as a Digital Twin middleware for providing digital representations of real value-chain entities, offering a consistent view across them, acting as a broker for communicating with underlying assets, and facilitating the representation and consistent provision of related processes or services.

Monitoring
MAG

Sustainability Balanced Scorecard (SBSC)

SBSC develops a benchmarking approach for circularity assessment across a process, industry, value chain or region. With the models created by PSM as a starting point, KPIs can be selected according to each pilot’s preferences and needs, so that calculated results provide informed sustainability and circularity evaluations.

Assessment
TUC

Dynamic and On-Demand LCA (D-LCA)

D-LCA is an advanced Dynamic and On-Demand LCA module for environmental impact assessment. It is integrated into the PSM tool and performs life-cycle impact calculations from dynamically generated life-cycle inventories.

Assessment
TUC

Circularity and Risk Assessment Tool (Circ-RAT)

Circ-RAT links real-time process data with circularity, sustainability and AI/ML models to provide dynamic performance assessments and forecasts. It combines raw or real-time process data with circularity/sustainability models to assess circularity performance dynamically.

Assessment
ICL

CAS Merlin CPQ

Configuration services in CSSBoost are based on CAS Merlin CPQ, a cloud software platform for product and service configuration with advanced technical capabilities and broad data integration. It aims to provide optimal value chain configurations at various levels.

Simulation
CAS

Process Modeling and Simulation Tool

PSM (Process Simulation Modeler) is a robust desktop engine designed for modeling complex industrial processes and value chains. The tool allows users to create detailed process network models that capture the entire lifecycle of a product, from raw material extraction or cultivation through production, distribution, use, and disposal or recycling. By graphically representing stages and processes within these value chains, PSM enables comprehensive monitoring and analysis of resource flows, helping stakeholders understand the environmental impacts at each stage. PSM (Process Simulation Modeler) is a robust desktop engine designed for modeling complex industrial processes and value chains. The tool allows users to create detailed process network models that capture the entire lifecycle of a product, from raw material extraction or cultivation through production, distribution, use, and disposal or recycling. By graphically representing stages and processes within these value chains, PSM enables comprehensive monitoring and analysis of resource flows, helping stakeholders understand the environmental impacts at each stage.

Simulation
TUC
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