P&G is looking for new solutions that can help them capture and leverage massive amounts of first-party consumer data to drive lasting, 1:1 relationships with consumers.
Faurecia FCM Liquid Hydrogen & Fuel Cell Team seeks startup with solutions to make possible liquid hydrogen storage for mobile application.
BHP is seeking solutions that can measure, capture and convert fugitive methane emissions into a valuable or useful product.
Speaker: John Greenfield, Head of Sales and BD Startup: Noya Title: Direct Air Capture Technology to Remove Excess CO2 from the Atmosphere
Halliburton Labs is accepting applications to pitch at their Halliburton Labs Finalists Pitch Day to be held on Friday, September 19, as part of the Houston Energy and Climate Startup Week.
Permanent Carbon Removal, Grid Services and Clean Water Josh Santos, Co-Founder & CEO, Noya Noya: https://www.noya.co/
Noya is working to deliver the high-quality, permanent, carbon removal that the Intergovernmental Panel on Climate Change (IPCC) has identified as necessary in order to limit global warming below 1.5℃. The company’s proprietary direct air capture (DAC) system produces a significant amount of clean water (6 million m3 per year per full-scale facility) and unlocks grid services in addition to high-quality carbon removal credits. The team enjoys strong support from pioneering carbon removal buyers, including Shopify, Watershed, and one of the largest university endowments, as well as leading investors including USV, Collab Fund, EQT, and DNX Ventures.
Anglo American is partnering with EIT RawMaterials to launch the Innovation Challenge for Pathways to Decarbonizing Steel.
P&G is looking for a number of solutions to improve human-robot collaboration and safety. There are three distinct use cases: highly reliable object detection, deterministic localization for mobile robots, and highly reliable recognition of humans.
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.