Decarbonization Roadmap for the Foundry Sector: Reaching Net Zero

The foundry industry, known for high energy use and industrial waste, is a key contributor to greenhouse gas (GHG) emissions. To achieve Net Zero, the sector must embrace clean energy, circular practices, and advanced technologies.
🔎 Key emission sources:
- High electricity and thermal energy demand
- Fossil fuel use in melting processes
- Logistics and waste production
⚙️ Solutions for decarbonization:
- Renewable energy transition
- Replace coal with biomass, green hydrogen, and renewable electricity
- Heat recovery systems and modern induction furnaces
- Replace coal with biomass, green hydrogen, and renewable electricity
- Production efficiency
- Use of automation, AI, and low-temperature melting
- Prefer recycled metals over virgin raw materials
- Use of automation, AI, and low-temperature melting
- Circular economy
- Reuse slag and remanufacture parts
- Build partnerships for effective recycling
- Reuse slag and remanufacture parts
- Innovation & R&D
- Metal 3D printing (additive casting)
- Carbon capture and storage (CCS) systems
- Development of sustainable and bio-based materials
- Metal 3D printing (additive casting)
- Offsetting & Certifications
- Invest in carbon offset projects
- Implement ISO 14001 & real-time carbon monitoring
- Invest in carbon offset projects
- Collaboration
- Work with suppliers, clients, and governments for green transformation
- Work with suppliers, clients, and governments for green transformation
🌱 Foundries can be low-carbon, efficient, and circular. This roadmap shows how industrial leadership and climate action can go hand in hand.