InfoWorks ICM users now have the opportunity to easily integrate with Optimizer by Optimatics through the ICM Exchange. The Optimizer program connects to an ICM database and imports networks and model runs for optimization, formulation and plan evaluation. The results provide engineers with more value from their models by taking a data-driven approach that is objective and defensible.
“Our tools run simulations and with Optimatics, we can run thousands, or hundreds of thousands, of our simulations to provide an optimal solution space,” Innovyze VP of Global Strategic Partnerships, Erick Heath said.
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Asset management plans (AMPs) are fundamental to effective water distribution and wastewater infrastructure management. But aging infrastructure, funding gaps, regulatory requirements, and organizational barriers present difficult challenges for utilities to overcome when developing an AMP.
This is the fifth instalment in a series of blogs I’ve written summarising run times for 2D simulations conducted on PC hardware and NVIDIA GPU cards. The 
It’s no secret, the water industry is poised to undergo a profound evolution. The advancement of internet of things (IoT) applications to the water industry with smart sensors, field telemetry, and supervisory control and data acquisition (SCADA) has provided an unprecedented amount of information in the form of big data to water systems managers.
There’s no shortage of modeling packages available to calculate flooding depths. But what if you need to model 1D infrastructure and 2D surface flooding? Freely available 2D analysis tools can take hours, or days, to run complex rainfall scenarios and don’t have the capability to accurately portray constructed flood catchments. And in an age when engineers have to do more within the same amount of time to stay ahead, analysis time is critical.
