COURSE 50

COURSE 50 is an R&D project which involves the development of a set of technologies to reduce the CO2 emissions from iron and steel production. The initiative involves reforming coke oven gas with the aid of catalysts and utulizing unused heat in the steel plant in order to increase its hydrogen content (from 55% to 67%). This hydrogen enriched gas is then to be used for the reduction of iron or in the blast furnace. Becuase this technology will reduce the amount of coke used in the blast furnace, improvment of coke properties to enable hyrdrogen reduction is also investigated. Collection and separation of CO2 from blast furnace gas by using unused exhaust heat at steel mills is also being investigated.

Development Status Products
Research
coke, iron

COURSE 50Costs & Benefits

Parent Process: Coke Making
Energy Savings Potential
CO2 Emission Reduction Potential
Costs
Parent Process: Blast Furnace System
Energy Savings Potential
CO2 Emission Reduction Potential

The goal is to cut total CO2 emissions by about 30%.

Costs

The tentative total cost of project Phase 1 Step 1 is about ¥10 billion.

COURSE 50 Websites

Outline of COURSE 50

COURSE 50 Presentations

Steel Industry Measures to Combat Global Warming

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