PIONEER gave a technical report at 8th International Congress on Science and Tech of Ironmaking
Abstract: PKU Pioneer participated the meeting, in which the deputy head of new business department Yankui Li gave a report titled "High-efficiency Use of Iron-Steel Work Off Gases". This report attracted much attention of the experts attending and they thought China has reached the position that leads the development and utilization of steel off gases.
8th International Congress on Science and Technology of Ironmaking was convened on 25, September local time in VIENNA, there are hundreds of experts from metallurgical industry attending.
The Congress provided a forum for best practice and state-of-the-art technology. It also took a look at developments in the future. Many experts gave reports about new technology of steel companies, such as:
José Adilson De CASTROUniversidade Federal Fluminense, Brasil
Hans-Bodo LüNGEN
Steel Institute VDEh, Germany
Koji SAITO
NSSMC Research & Development, Japan
Tianjun YANG
University of Science and Technology Beijing , China
Sang Ho YI
Executive Vice President of POSCO
As a professional and important supplier of steel off gases treatment technology, PKU Pioneer from China participated the meeting, in which the deputy head of new business department Yankui Li gave a report titled “ High-efficiency Use of Iron-Steel Work Off Gases ”. This report attracted much attention of the experts attending and they thought China has reached the position that leads the development and utilization of steel off gases.
YanKui LiCHINA-PIONEER PKU
For a long time, steel industry and chemical industry have been developing in parallel, and have little correlation with each other. Utilizing PKU Pioneer’s total solution can reach the aim of extracting high purity CO and H2 directly from iron-steel work off gases for chemical synthesis use, and that integrates the resources of these two industries.
There are lots of iron and steel making companies planning to manufacture 0.6 million tons EG and 1 million tons ethyl alcohol annually by off gases from iron-steel works. It is believed that as these projects put into production and goes on, the steel industry and chemical industry will promote each other in a sustainable way.
About the Author
Founded in 1999, PKU Pioneer specializes in VPSA and PSA gas separation technologies, adsorbents, catalysts, and integrated engineering solutions. Backed by strong R&D capability and extensive industrial project experience, the company serves global customers across steel, chemical, energy, environmental protection, and related industries.
Share
Related News
-
Process Flow and Technical Principles of PKU Pioneer 25,000 Nm3/h Oxygen Generation Equipment
Ⅰ. Equipment Description Basic principle of pressure swing adsorption (PSA) oxygen production: Raw air is filtered to remove impurities through the blower inlet filter before entering the blower. After being pressurized by the blower, it enters the adsorbent bed via pipelines and pneumatic switching valves. Moisture and carbon dioxide in the raw air are adsorbed… -
Where to Start for the Most Effective Performance Optimization of PSA Oxygen Plants
China’s pressure swing adsorption (PSA) oxygen production technology originated in the 1970s. After decades of development, the technology has been continuously upgraded, and high-efficiency lithium-based molecular sieves for oxygen production have been industrialized and widely applied. Latest research in the field shows that optimizing adsorbent manufacturing, improving adsorption tower design, and refining process flow are… -
PKU Pioneer’s Technical Case: PSA Oxygen Plant (4000m3/hr) Resolving Blast Furnace Oxygen Enrichment Challenges
The biggest challenge facing oxygen-enriched blast furnace operation is oxygen supply. Instability in the oxygen enrichment rate of blast furnaces at integrated iron and steel works has long been a critical issue, which is highly detrimental to the stability of blast furnace conditions and the performance of coal injection. Practical Challenges A Chinese iron and…