Infrastructure professionals now have access to a more streamlined and cost-effective way to conduct Triple Bottom Line (TBL) analyses thanks to a new cloud-based tool integrated into Autodesk Infrastructure Design Suite. This innovative platform enables users to explore social, environmental, and financial impacts of infrastructure projects directly from their AutoCAD Civil 3D workflows.
Traditionally, conducting TBL assessments has been a cumbersome and expensive process, often requiring external consultants and resulting in static reports that fail to accommodate dynamic "what-if" scenarios. With AutoCASE, Impact Infrastructure has revolutionized this process by offering a flexible, subscription-based solution that empowers designers to incorporate TBL considerations seamlessly into their projects.
Starting with a stormwater management module, AutoCASE allows users to tag low-impact development features within their designs, quantifying not just the engineering but also the broader societal and environmental benefits. This means engineers can evaluate improvements in water quality, recreational opportunities, and even property values—all while staying within their familiar AutoCAD Civil 3D interface.
John Williams, CEO of Impact Infrastructure, expressed excitement about how AutoCASE aligns global standards like Cost-Benefit Analysis with BIM workflows. He noted that this integration could democratize comprehensive business case analyses, making them standard practice across various stages of project lifecycle planning. Similarly, Emma Stewart from Autodesk highlighted the potential for AutoCASE to empower professionals by providing instant feedback on design choices based on societal value metrics.
Feedback from industry leaders echoes these sentiments. Martin Janowitz of Stantec emphasized how AutoCASE strengthens arguments for sustainable urban planning amidst tight budgets and competing interests. Meanwhile, Rick Cunningham at Atkins Global welcomed tools that translate sustainability goals into tangible financial terms—a necessity as cities grow smarter and greener.
For those eager to try out this groundbreaking technology, AutoCASE for Stormwater is currently available for free trials until February 1, 2015. Future updates promise expanded regional datasets and additional modules covering areas such as transit systems, road networks, and building structures. As Impact Infrastructure continues enhancing its offerings, it marks a significant step forward in bridging gaps between technical expertise and strategic decision-making in infrastructure development.
This advancement underscores a shift towards more holistic approaches in construction and civil engineering sectors where profitability isn't viewed separately from ecological responsibility or social welfare considerations anymore. By leveraging AutoCASE alongside AutoCAD Civil 3D, organizations stand poised not only to meet current challenges head-on but also prepare themselves for future demands of smart city initiatives worldwide.
Asphalt Processing And Storage Of Thermal Oil
Asphalt, being a thermoplastic material, requires precise temperature control during its production and storage processes. Heat transfer oils play a critical role in maintaining these temperatures to ensure optimal quality and performance of the asphalt.During the production process, heat transfer oil is used to heat the raw materials (such as aggregates and bitumen) to their required melting points. This ensures that the asphalt mixture can be properly mixed at the right temperature, which affects its viscosity and flow characteristics, ultimately impacting the quality and durability of the end product.
alternative to mineral oils，synthetic heat transfer fluids，Aromatic
Heat Transfer Fluids , https://www.armcoltherm.com