Here at MIT, sustainability can mean many things. New materials for everything from electronics to infrastructure which are both functional and kind to the environment. “Green” government and corporate policies which regulate energy and greenhouse gas production. Innovative urban planning for a city of the future which is efficient, but also accessible and abundant. Whether stated in economic, environmental, social, or technological terms, sustainability is the capacity to endure – to consume, grow, and thrive – but not to be consumed and perish in the process. Join us for 2022 MIT Sustainability Conference: Technologies and Industry which explores how MIT and its community of researchers and corporate members are leading the way in sustainability research.
Japanese multinational company looking globally for startups to collaborate with in the field of energy storage and related battery systems.
Anglo American, a British mining company, is looking for startups in bio technology, rapid access, improved recovery, dry processing, mining legacy, sensor fusion, and EPC disruption.
The chemical industry is increasingly leveraging artificial Intelligence in their quest for new synthetic routes and chemical structures used in a wide variety of applications including: building materials, packaging, agrochemicals, pharmaceuticals, and consumer products. While past efforts focused on optimizing time and cost of producing materials, growing environmental concerns, and new legislation lead manufacturers to address the environmental impact and sustainability of their products. In this webinar we present research on, and application of, computer-assisted technologies to assist researchers and corporate R&D scientists and engineers in identifying and leveraging environmentally friendly chemistry and materials.
Andrea Adamo, Founder & CEO, Zaiput Flow Technologies
How can P&G enable consumers to do radically more with radically less water and energy use? How can we make invisible use of water & energy visible, right at the point of use? How might we particularly address the triangle of tension that exists between improving sanitization, reducing water & energy, whilst keeping the feeling of abundance of using water?. From incremental evolution to product innovation, easy-retrofit water-infrastructure changes (taps, faucets, showerheads, etc.) and water appliances that aim at both reducing (hot) water and re-using/purifying/enriching (hot) water, we want to partner!