Parametric studies and the power of Atmos SIM

A parametric study is a series of automated simulations where the input parameters and constraints can change according to user requirement. They can create a forecast for the pipeline’s future operations and enable pipeline operators to evaluate the results. In this blog, Senior Simulation Consultant John Anderton looks at two case examples in which a parametric study paired with Atmos Simulation Suite (SIM) can be used to optimize pipeline operations: the cases of an emergency shut-down procedure and a network capacity analysis.

A multimethod leak detection approach to support UK water companies' current leakage reduction targets

With water leakage targets becoming increasingly strict and time-sensitive, UK water and wastewater companies are accelerating their leak detection efforts, but will it be enough? Learn about a multimethod approach to water leakage reduction in this article.

What’s mine is ores: how pipeline solutions can support the Latin American mining industry’s social responsibility for water management

While water is used in the Latin American mining industry’s operational processes for reasons ranging from mineral processing, separation and extraction to the movement of ores across long distances in slurry pipelines, it’s also a resource in short supply for the Latin American population. In this article, our Sales and Support Engineer for Latin America looks at mining companies’ social responsibility for water management and how pipeline solutions can provide support.

From leaks and thefts to pipeline simulation: The Atmos library

At Atmos, our authors have published a range of books on pipeline solutions, from leak and theft detection to pipeline simulation. Here, we provide a breakdown of each book and where you can learn more.

A conversation with Martin Duff

In this “Conversation with”, we sat down with our Business Development Director for the water industry Martin Duff, who’s responsible for driving our innovation to help the UK water and wastewater industries reduce the consequences of water leakage.