The Hyundai Waste Energy Recovery Co-generation Project Phase II is a 400MW cogeneration plant at Dangjin Hyundai Steel Mill, which is developed by Hyundai Green power CO., Ltd. The project utilizes surplus waste gases including BFG(Blast Furnace Gas), COG(Coke Oven Gas) and LDG(Converter Gas) produced by Dangjin Hyundai Steel Mill, to generate electricity. The waste gases created by Dangjin Hyundai Steel Mill are reused by the steel mill and the rest are consumed by the proposed project. Through this project, approximately 2,306,076MWh electricity will be sent to power grid, and steam will also be produced and sent to Hyundai steel mill. Without the proposed project the rest of waste gases are emitted to atmosphere after incineration, the electricity generated by the proposed project will be supplied by grid.

Hyundai Waste Energy Recovery Co-generation Project Phase II

The Hyundai Waste Energy Recovery Co-generation Project Phase II is a 400MW cogeneration plant located at Dangjin Hyundai Steel Mill. This project, developed by Hyundai Green Power CO., Ltd., utilizes surplus waste gases including BFG (Blast Furnace Gas), COG (Coke Oven Gas), and LDG (Converter Gas) generated by Dangjin Hyundai Steel Mill to generate electricity. By recycling the waste gases, the steel mill is able to reduce emissions and minimize waste.

Key Highlights:
- The project generates approximately 2,306,076MWh of electricity, which is sent to the power grid.
- Steam is produced and sent to Hyundai Steel Mill, reducing their need for additional energy sources.
- Without this project, the waste gases would be emitted to the atmosphere after incineration. 

This project is important because it reduces emissions and waste while generating valuable energy. By utilizing otherwise wasted resources, the Hyundai Waste Energy Recovery Co-generation Project Phase II is a sustainable solution for energy production.

Waste energy recovery

The Hyundai Waste Energy Recovery Co-Generation Project Phase II

The Hyundai Waste Energy Recovery Co-generation Project Phase II is a 400MW cogeneration plant at Dangjin Hyundai Steel Mill that utilizes surplus waste gases to generate electricity and produce steam for the steel mill. This project helps to reduce emissions by reusing waste gases that would have been emitted into the atmosphere. Approximately 2,306,076MWh of electricity will be sent to the power grid.