Embracing the Quantum Economy 2024

Implications for chemicals and advanced materials FIGURE 8 Chemicals and advanced materials Themes of value creation Infrastructure and utility modernization Material property prediction Catalyst design optimization Molecular dockingQuantum computing Helps modernize public infrastructure, improve resource sustainability and enhance the reliability of critical systemsEfficiency in resource management Advanced quality imaging Last-mile quality control Product quality checkQuantum sensing Drives growth in green technologies, sustainable manufacturing and resource-efficient industrial processesSecure manufacturing operations Secure supply chain-data transmission Secure internal data communicationQuantum communications and security Ensures secure manufacturing operations and data transmission Source: World Economic Forum in collaboration with Accenture2.2.4 Chemicals and advanced materials Quantum computing is being leveraged to investigate environmental challenges, such as the remediation of PFAS (per- and polyfluoroalkyl substances), also called “forever chemicals”.53 Quantum simulations can model complex chemical reactions, leading to more effective methods for breaking down these persistent pollutants. This is a starting point for more efficient means of PFAS destruction, translating into improved public health and a cleaner earth. Similarly, by providing solutions to various environmental issues, quantum technologies support economic diversification by promoting sustainable practices and innovation in chemical processes. Quantum technologies enhance material design and manufacturing processes, enabling more sustainable production methods. Economic diversification of advanced materials, nanotechnology and sustainable manufacturing sectors supports the development of green industries and reduces environmental impact.54 Embracing the Quantum Economy: A Pathway for Business Leaders 25