Kate Sector's picture

Lake|Flato’s 2023-2025 Design Performance Action Plan

Lake|Flato strives to create restorative environments that reduce carbon emissions and enhance our understanding and relationship with the natural world. Our work reflects the belief that sustainability and design are two sides of the same coin — balanced, integrated, and inseparable. We design beautiful, healthy, highly efficient design solutions and system strategies that are tailored to each project and location. Design performance provides us with a clear path to achieving sustainability by integrating design with building performance, technology, research, innovation, and equity...
Dan Stine's picture

Early Energy Modeling and Comparing Tools to Validate Results

Blog title image of featured residential project
As an architectural design firm that makes a concerted effort to incorporate sustainable design goals into all our projects, Lake|Flato uses many tools to challenge our assumptions and validate decisions. For efficiency, we also look for ways to streamline our efforts and even democratize workflows such that design teams might accomplish their own analysis without relying on, and possibly waiting for, a specialist to do it for them. To this end, an important part of implementing a new tool or workflow is to verify the accuracy of the results. This post will, at a high level, outline our early...
Kate Sector's picture

Embodied Carbon Update: Investigations and Greenbuild

Embodied Carbon Update: Investigations and Greenbuild In 2009, Lake|Flato began its carbon reduction journey when we adopted the 2030 Challenge and started tracking operation carbon on all projects. Carbon is also known as the greenhouse gas emissions (GHG) associated with global warming potential (GWP). Buildings account for 39% of global GHG emissions, making it a high priority for designers to help reduce carbon through both operational and embodied methods. Embodied carbon specifically refers to the GWP associated with the GHG emissions produced during a material’s full life cycle (...