Steel carbon capture and storage
Baseline strategy · No scoreCapture process emissions difficult to avoid and verifies permanent storage and net reduction.
Subject: Steel and industryContext: Steel · Industry · Manufacture of steelCost: highEffort: highLevel: ambitiousStage: planning and operationMaturity: context-dependent
How it works
Capture process emissions difficult to avoid and verifies permanent storage and net reduction.
Steel improvement combines lower emission routes, material performance, energy efficiency and water, air and waste control.
When does it make sense?
- The production route and quality required are known
- Energy, material and emissions balance can be measured
- Product safety and durability are maintained
How to apply it
- 1
Delimit the measurement and measure the starting position.
- 2
Apply the measure with competent personnel and check for site-specific risks.
- 3
Follow results, maintain the solution and correct unwanted effects.
Potential benefits
Lower resource intensity
Less emissions or waste
Increased use of steel
Limitations and precautions
- Measure additional energy, actual rate of capture and storage permanence.
- An improvement per tonne can coexist with more total emissions.
- The routes depend on scrap, electricity, mineral and infrastructure available.
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