It was fascinating to hear the action that business leaders are taking, along with the challenges of working to meet ESG guidelines and what the reality looks like. I wanted to learn how leaders in business think, especially in this sector, and I am very glad for the insights that I gained through this webinar. I am at the beginning of my career, however I am driven by the challenges of ESG challenges. The topic was to discuss ‘Why purpose goes beyond profit’ and to ask ‘Can you afford not to act on climate change?’ I have been lucky enough to have just been watching the livestream for the KPMG UK Insights for Leaders virtual event.

Read the full article in Building magazine: And to inform these decisions, the use of data can be immensely helpful,” Grant Findlay. In other words, sustainability needs to be considered and discussed as early in a project’s lifecycle as possible, allowing adjustments to designs, materials and construction methods to be made where needed. “To bridge the gap between the design and construction stages, sustainability needs to be built into the very foundations of a project. This is an area that is evolving and improving quickly, and one that construction needs to be at the forefront of to tackle the climate emergency. In particular, Grant explains how we use our embodied carbon database and experience to address sustainability early in a project, bridging the gap between design and construction. #batterymaterials #cathode #lfp #machinelearning #processtechnology #innovation #scaleupĭon’t miss this Building Magazine article, “Standing on the shoulders of giants”, in which Sir Robert McAlpine Executive Managing Director – Buildings, Grant Findlay, explores how the application of project data can help the industry achieve its sustainability targets.

It integrates simulations and high-throughput materials screening, ML-accelerated material and cell optimization and physics-based scale-up models. An “atoms-to-tons acceleration platform' tailor-made to address core bottlenecks at every stage of cathode R&D. With the capability to produce thousands of variations per year and from grams to 100 kg batches, our infrastructure empowers us to lead the way in accelerating cathode material and process innovation.Ģ. Lab to pre-pilot infrastructure for precursor and cathode material synthesis, roll-to-roll electrode processing, and automated battery cell assembly. Key capabilities that have been established from scratch:ġ.

It combines speed (from R&D through pilot) and scale (of process and supply chain ) with a focus on Fe-based cathodes. I am proud to announce that the Mitra Chem team has brought a vision to life in under 18 months of what a next-gen materials development platform should be and used it to deliver a road map of products with commercial traction.

Cen tech 3 in 1 battery charger