Supply chain changes needed for scale-up
Large-scale deployment of hydrogen and carbon technologies requires transforming supply chains across manufacturing, logistics, and workforce development. Scaling means not just building more equipment but ensuring reliable, cost-effective global supply chains.
Key supply chain shifts
- Electrolyzer manufacturing scale-up: increasing factory capacity and component supply (membranes, catalysts, stacks) to reduce costs and lead times.
- Renewable equipment supply: more wind turbines, solar panels, and grid components to meet electricity demand for hydrogen production.
- Materials and mineral sourcing: securing critical materials for electrolysis, turbines, and storage with attention to sustainability and recycling.
- CO2 capture and storage logistics: development of pipelines, shared transport infrastructure, and standardized handling equipment.
Resilience and localization
- Diversifying suppliers: avoiding single-source bottlenecks through regional manufacturing hubs and secure supply contracts.
- Local content strategies: promoting domestic manufacturing for economic benefits and shorter supply chains.
Workforce and services
- Skills development: training technicians, engineers, and safety personnel for building and operating new systems.
- Maintenance and service networks: establishing robust aftermarket services to ensure high availability.
Standardization and interoperability
- Component standardization: common designs and standards speed up deployment and reduce costs.
- Modular approaches: prefabricated, modular systems enable faster installation and scale.
Conclusion
Achieving large-scale deployment requires integrated supply chain planning, localized manufacturing where strategic, workforce training, and standardization. These changes reduce costs, mitigate bottlenecks, and ensure reliable roll-out of hydrogen and carbon solutions.