Hatch Iron and Steel
Positive Change Leadership for a Better World
We are committed to helping our clients navigate the complex and challenging task of decarbonizing the iron and steel industry. With our extensive experience, expertise, and cross-sector capabilities, we offer unique pathways to accelerate the decarbonization of steel production and increase sustainability up and down the value chain.
Podcast
Forging the Future: Decarbonizing the Steel Industry Podcast Series
This series will navigate through the complex market dynamics, socio-economic impacts, and the technological hurdles that must be overcome to foster a green steel industry. We’ll uncover the innovations and strategies that are driving real progress toward a greener future.
Capability Sheets
- Direct Reduction of Iron Ore
- Hot Rolling
- Logistics Simulation
- Metallurgical Thermodynamics Simulation & Analysis
- Non-Destructive Testing (NDT) services
- General Corrosion Capabilities
- Acousto Ultrasonic- Echo
- Processing of steelmaking dusts and solid wastes
- Services to the Iron & Steel Industry
- Specialized Engineering Analysis & Design (SEAD) in iron and steel
- Steel Technologies
- Strip Processing Lines
- Meltshop 4.0
- Water Services to the Mining and Metals Industry
- Steel Water Services
- IROC Onepager
Technical Papers
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- Operational readiness planning and change management for major capital projects
- The evolution of coating control systems as the need for new coated products expands
- Low emission technology developments in the iron and steel industry
- Industrial perspective of digital twin development and applications for iron and steel processes
- A Low-Carbon Emission Flowsheet for BF-Grade Iron Ore Using Advanced electric Smelting Furnace
- Applications of Advanced Smelting Furnace Technology for Sustainable Steelmaking
- Biotechnologies A Pathway to Net-Zero CO2 Emissions Steel
- Campaign Life Extension of Ironmaking Facilities
- Dynamic Simulation of a Port Terminal Shipment Operation for Iron Ore Exportation
- Methodology for Developing a Strategic Road Map for Reducing Energy Consumption and CO2 Emissions for Iron and Steel Plants
- Nuclear Energy as a Pathway to Decarbonization for Modern Steelmaking Plants
- Pre-Outage and Off-Line Testing — Mitigating Risk in Outages
- Addition of Scrap and DRI_HBI to the Blast Furnace — Technology to Overcome Top Temperature Limits and Reduce Greenhouse Gas Emissions
- Hearth Temperature Control at USS Blast Furnace No. 14
- Best Practices to Reduce the Iron and Steel Industry’s CO2 Emissions by 2030
- Best Practices for Planning and Executing Complex Brownfield Outages
- Modelling of efficient pulverized coal injection into the blast furnace by means of the Oxycoal technology
- Optimization strategies for pulverized coal injection into the blast furnace
- Improved pulverized coal injection technology for the blast furnace
- Efficiency Enhancement of Rudctants Use in the Blast Furnace to Reduce CO2 Emissions and Costs
- Latest Developments of Küttner’s Pulverized Coal Injection Technology
- State-of-the-Art PCI Technology for Blast Furnace Ensured by Continuous Technological and Economical Improvement
- Reactive Pulverized Coal Injection: A quiet and simple but very effective idea
News and Blogs Posts
- BHP and Hatch commence design study for an electric smelting furnace pilot
- Hatch named to team delivering Tata Steel’s green steel hydrogen route at lJmuiden Works
- Powering tomorrow’s steel mills with nuclear energy
- Reducing our carbon footprint in mining and metals: how to build a decarbonization strategy and roadmap
- Hatch joins ResponsibleSteel™ as an Associate Member
- Steel and sustainability: new ideas, better solutions