The Future of Industrial Cooling Maher Damak, Co-Founder & CEO, Infinite Cooling Infinite Cooling: https://www.infinite-cooling.com/
Cooling towers are ubiquitous in industrial and commercial settings. They are critical pieces of equipment but also major sources of energy and water consumption. They are used across a wide range of applications, including power generation, manufacturing, chemical processing, and HVAC systems for large buildings and data centers.
At Infinite Cooling, we begin with TowerPulse, our advanced sensors and software package that leverages physics-informed machine learning to optimize cooling tower operations. TowerPulse enables real-time monitoring and predictive maintenance, ensuring optimal performance, reducing energy consumption, and minimizing operational downtime.
Building on this, our WaterPanel technology uses electrostatic fields to captures pure, demineralized water directly from cooling tower plumes. This innovative solution provides an alternative demineralized water source while eliminating visible plumes, helping facilities conserve water, lower costs, and reduce environmental impact. Together, these technologies address key sustainability and efficiency challenges in industrial cooling.
IWC is looking to MIT for new materials for watch casings, movements and leather straps. IWC’s focus is on further improving the mechanical watch. IWC is known for using new materials in watch making.
DFactory is looking for startups aiming to expand in Europe and working on sensors, AI, blockchain, 3D printing, robotics, IoT, cybersecurity, and advanced manufacturing.
Fujitsu Limited(“Fujitsu”) would like to solicit applications from interested members of the industry and academia to test the quantum simulator on novel problems and applications.
This conference will explore new or improved therapeutic approaches for finding cures for diseases which traditionally have been difficult to treat. This includes technologies for optimizing treatments and monitoring efficacy based on insights into cell and tissue state, circuitry, behavior, function, and responsiveness in normal and disease states, biomarker detection, better methods to predict and track efficacy, and enhanced manufacturing capabilities.
In this computationally-assisted materials webinar, Attendees will gain insights into advanced algorithms, data-driven approaches, and the future of automated material synthesis. From optimizing material properties to scaling innovation, this session will showcase the practical benefits of computational research.
Katharine Sepp, Co-founder & CEO, Oxalys Pharmaceuticals