Value Realization through NetZero Implementation
Modelling of hydrogen reduction of iron ore fines
Towards reducing carbon emissions from Blast Furnace through tuyere injections: A RAFT-RIST approach.
TRL Krosaki initiatives towards greener environment
Scrap Based Steel Making Opportunities and Challenges
Sustainable BF process at Tata Steel Netherlands
Harness the capabilities of biology to transform carbon-rich waste gases into ethanol and valuable chemicals
Clean Energy for Steel Decarbonization
Generation of Biochar and Green electricity from biomass for utilization in blast furnace
Developments of the ULCOS Top Gas Recycle Blast Furnace Process
Gas-based DRI production using natural gas and hydrogen as reductants
Direct Reduced Iron and its future in Steelmaking: The use of Hydrogen for Green Steel Production
Real situations in utilizing Green hydrogen
Design and Synthesis of Hydrogen Donor Polymers for Steel Making: Use cases in Coke Making & Beyond
HISARNA : Alternate Ironmaking
The Low Carbon Blast Furnace – Why it matters and How to get there
Present and future opportunities in green steel production: A green heat perspective.
Failure Resistant Copper Staves
Green Tap hole clay: A Cleaner & Greener solution for future generation
Green initiatives in Hot Metal Handling Area
Future of green ironmaking using BF/BOF route Blue Blast furnace & EASyMelt
Recent Process Innovations through Tata Steel UK blast furnaces
ACME’s Green Hydrogen and Ammonia Initiatives: A Leap Towards a Sustainable Future
Clever Carbon innovations, strategy and progress towards the goal of low carbon Iron making
Advanced and Reliable Refractory Solutions for a Green and Sustainable Approach to Blast Furnace Iron Production
Blast Furnace process optimization for sustainable Iron making
Intro to the Helios Cycle, a novel method to reduce iron ore
