Advanced simulation platform to model pipeline transport flows and estimate infrastructure costs for water, methane, CO₂, etc. / Advanced Simulation Platform
Purpose
The purpose of Advanced simulation platform to model pipeline transport flows and estimate infrastructure costs for water, methane, CO₂, etc. / Advanced Simulation Platform is to support the definition of macro-routes for transport networks at different territorial scales, including pipelines, aqueducts, and CO₂ pipelines, while helping assess routing, capacity, operational constraints, and infrastructure costs.
Primary users
The primary user is not specified in the provided information. The available context indicates that the agent is relevant to projects involving industrial players, transmission system operators, and distribution system operators.
Where it fits (process/stage/trigger)
This agent fits into project development and opportunity phases where macro-routes for transport networks must be defined and compared. It is triggered when volumes to be transported and sites to be connected are available and different transport network scenarios need to be assessed.
Key capabilities / workflow
The agent uses provided transport volumes and connection sites to simulate different routing, capacity, and operational constraint scenarios, then estimates infrastructure costs for each scenario. The workflow includes analyzing the sites and volumes, simulating network options, validating constraints, estimating CAPEX and OPEX, and delivering a scenario comparison.
Inputs
Typical inputs include the volumes to be transported and the sites to be connected. Other input types, datasets, or technical parameters are not specified in the provided information.
Outputs / Deliverables
Typical outputs include simulated routing, capacity, and operational constraint scenarios, along with automated infrastructure cost estimates covering CAPEX and OPEX for each scenario. Other deliverables are not specified in the provided information.
Value
The agent provides value by enabling internal modelling of transport network flows and infrastructure costs, reducing reliance on external engineering firms where internal solutions can be developed, and strengthening the ability to respond to projects involving pipelines, aqueducts, CO₂ pipelines, and similar transport infrastructure.
