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Project Dalton is a revolutionary standalone application designed to empower engineers with the ability to analyze fluid flow in piping systems right from the early stages of design. Whether it's managing oil supply lines or ensuring fire protection systems function efficiently, the complexity of fluid transport systems across various industries demands precision and optimization.
The core challenge for design engineers lies in creating a system that meets performance requirements while balancing cost, design constraints, and operational efficiency. Traditionally, evaluating the performance of a system required detailed simulations that came later in the development cycle. However, with Project Dalton, engineers can now perform rapid fluid analysis directly on their design models, enabling real-time feedback and informed decision-making early in the process.
Launched through Autodesk Labs, Dalton offers an intuitive interface that allows users to import standard PCF files and extract essential geometric data such as pipe length, diameter, and elevation. With a simple menu bar, engineers can input additional parameters like material properties, component data, and boundary conditions, making the analysis process straightforward and efficient.
Dalton can be used as a standalone tool or integrated as an add-on within popular design software like Autodesk AutoCAD Plant 3D and Revit MEP. This integration ensures seamless workflow, allowing engineers to perform fluid analysis without leaving their primary design environment.
The tool also features a built-in, customizable library of common fluids, gases, and pipe materials, along with essential data such as roughness and k-factor values. Users can easily generate pump or fan curves by entering a few key points, further streamlining the analysis process.
Visualization tools are embedded throughout the application, helping users understand how changes affect flow direction, pressure distribution, and overall system performance. Once the model is set up, engineers can run simulations to calculate critical metrics such as pressure, flow rate, and temperature. The ability to quickly adjust design elements and re-simulate makes it easy to assess trade-offs and optimize the final design.
At the end of the analysis, results can be exported into CSV format or saved for future reference, ensuring flexibility and reusability. By bringing fluid dynamics analysis to the design stage, Project Dalton transforms the way engineers approach complex piping systems, offering speed, accuracy, and insight at every step.
For more information, visit: http://labs.autodesk.com/technologies/dalton
Internal coatings
Our coatings have been successfully tested for resistance to attack by salt spray,
waste water, hot water cycling and solutions of acid at PH2 and alkalis at PH12
and conform to BS EN 877 1999.
Our internal quality control procedures ensure the integrity of the coating is
maintained through process monitoring and final inspection of coating
thickness and adhesion.