---
title: "Steel industry shifts from coal to hydrogen in pursuit of zero-carbon production"
type: "article"
canonical: "https://greensteel.com.tr/article/hidrojen-teknolojisi-celik-uretiminin-karbon-salimini-ortadan-kaldirmayi-vaat-ediyor"
site: "Green Steel"
lang: "en"
published_at: "2026-02-27T01:50:58+00:00"
updated_at: "2026-10-04T16:58:49+00:00"
authors:
  - "Mustafa Aslan"
categories:
  - "Low-Carbon Steel Projects"
  - "Steel Plant Decarbonisation"
  - "Low-Carbon Steelmaking Technologies"
  - "Hydrogen-Based Ironmaking"
tags:
  - "Direct Reduced Iron (DRI)"
  - "Green Steel"
  - "Hydrogen"
  - "DRI"
  - "Carbon Neutral"
word_count: 294
reading_time_minutes: 2
image: "https://greensteel.com.tr/img/xipSuqEG40VCl32R2MOMlK44VprHGz0twajjkv2ev7A/pr:c16x9_1200/dXBsb2Fkcy8zMTQvNTY0ZGU5M2QzMzY3OThjMS5qcGVn.jpeg/hidrojen-teknolojisi-celik-uretiminin-karbon-salimini-ortadan-kaldirmayi-vaat-ediyor.jpeg"
---

# Steel industry shifts from coal to hydrogen in pursuit of zero-carbon production

> Steel producers are accelerating the shift from coal-based manufacturing to hydrogen and renewable energy to bring emissions near zero, driven by carbon policies and demand from major buyer sectors.

The global steel industry, responsible for some of the highest carbon dioxide emissions per ton of output, stands at the centre of the climate agenda. Producers are now accelerating a shift away from coal-based manufacturing toward models powered by hydrogen and renewable energy. Known as “green steel,” this approach aims to bring carbon emissions down to near-zero levels.

In conventional blast furnace steelmaking, iron ore is reduced using coking coal, releasing vast quantities of CO₂. Green steel production replaces coal with hydrogen. Because hydrogen-based reduction generates water vapour rather than carbon dioxide, the method offers a clear environmental advantage.

Direct Reduced Iron (DRI) technology forms the technical backbone of this transition. In the DRI process, iron ore is reduced in a gas-based environment to produce sponge iron, which is then melted in electric arc furnaces to yield steel. When the electricity powering those furnaces comes from renewable sources, the carbon footprint of the entire production chain drops dramatically.

Scrap steel recycling is another essential component. Electric arc furnaces can remelt scrap steel and feed it back into the production cycle, cutting both energy consumption and the demand for raw materials.

The push toward green steel extends beyond environmental concerns. Trade policies such as the European Union's Carbon Border Adjustment Mechanism are compelling producers to adopt low-emission methods. Major buyer sectors — automotive, white goods and energy — are increasingly sourcing green steel to reduce the carbon intensity of their supply chains.

Analysts expect competition in the steel sector to pivot from production capacity to carbon performance in the coming years. Energy costs, carbon taxes and sustainability standards are fundamentally reshaping how steel is made. Countries and producers that embrace this shift early will gain a commercial edge while making a tangible contribution to global climate targets.

## FAQ

### What makes hydrogen-based steelmaking different from conventional methods?

Conventional blast furnaces use coking coal to reduce iron ore, releasing large quantities of CO₂. Hydrogen-based reduction generates water vapour instead of carbon dioxide, bringing the carbon footprint of the production chain down to near-zero levels.

### What is Direct Reduced Iron (DRI) technology?

DRI reduces iron ore in a gas-based environment to produce sponge iron, which is then melted in electric arc furnaces (EAFs). When the electricity powering those furnaces comes from renewable sources, the entire process can be almost carbon-neutral.

### How does scrap steel recycling contribute to green steel production?

Electric arc furnaces can remelt scrap steel and feed it back into the production cycle, significantly cutting both energy consumption and the need for virgin raw materials.

### Why is the EU’s Carbon Border Adjustment Mechanism (CBAM) a driver of green steel adoption?

CBAM places a carbon cost on steel imports into the EU that do not meet the bloc’s emission standards, compelling global producers to adopt low-emission methods to remain competitive in the European market.

### Which buyer sectors are creating demand for green steel?

Automotive, white goods and energy sectors are the leading buyers, as they seek to reduce the carbon intensity of their supply chains and meet increasingly strict sustainability requirements.

## Categories

- [Low-Carbon Steel Projects](https://greensteel.com.tr/low-carbon-steel-projects)
- [Steel Plant Decarbonisation](https://greensteel.com.tr/steel-plant-decarbonisation)
- [Low-Carbon Steelmaking Technologies](https://greensteel.com.tr/low-carbon-steelmaking-technologies)
- [Hydrogen-Based Ironmaking](https://greensteel.com.tr/hydrogen-based-ironmaking)

## Tags

- [Direct Reduced Iron (DRI)](https://greensteel.com.tr/tag/direct-reduced-iron-dri)
- [Green Steel](https://greensteel.com.tr/tag/green-steel)
- [Hydrogen](https://greensteel.com.tr/tag/hydrogen)
- [DRI](https://greensteel.com.tr/tag/dri)
- [Carbon Neutral](https://greensteel.com.tr/tag/carbon-neutral)