The Life Cycle of Sustainable Steel: From Raw Materials to Reuse and Recycling
A practical engineering guide to steel sustainability, covering production, material efficiency, durability, reuse, scrap and recycling.
A practical engineering guide to steel sustainability, covering production, material efficiency, durability, reuse, scrap and recycling.
Digital innovation is accelerating sustainable steel production through AI, digital twins, IIoT, automation and data analytics, improving efficiency, process control and emissions management.
Sustainable steel could transform urban construction by reducing embodied carbon, enabling circular design and supporting more resilient infrastructure.
A practical guide for architects and engineers to specify sustainable steel using verified carbon data, EPDs, responsible sourcing, material efficiency and circular design principles.
A technical guide to steel scrap, circular economy, EAF steelmaking, recycling, metallurgy and the decarbonization of the steel industry.
A practical framework for managing ESG in the steel industry, covering materiality, emissions, safety, governance, KPIs, reporting and implementation.
An engineering comparison of the technologies reshaping low-carbon steel production, from Scrap-EAF and H₂-DRI to CCUS, electrification and emerging processes.
An engineering and market guide to Brazil’s low-carbon iron opportunity, covering CBAM, DRI, energy, carbon data, logistics, cost and competitiveness.
A practical economic analysis of green steel costs, hydrogen, electricity, carbon pricing, CBAM, green premiums and the conditions required for price competitiveness.
A practical 2026 outlook for the global low-emissions steel market, covering project pipelines, FIDs, offtake, hydrogen, DRI/HBI, investment and regional risks.