Center of Excellence in Steel Technology (COEST)

Center of Excellence in Steel Technology (COEST)


Overview

The Indian Iron and Steel industries face numerous challenges in terms of energy consumption, quality, productivity and environmental issues. The steel sector is also witnessing a rapid growth, with India poised to become the second largest steel producer globally. Therefore, there is a large demand for highly skilled manpower for the steel industry to sustain this expected rapid growth. The Center of Excellence in Steel Technology (COEST) is a vital vertical under the Center for Sustainable Technology and Product Development (CSTPD)has been established at OP Jindal University (OPJU), Raigarh to cater to the needs of the entire Indian Iron & Steel producers and User Industries.

Mission

The objectives and activities of COEST will include performing industry relevant research and development on various aspects of steel technology; developing highly skilled manpower for steel industry, providing consultancy to the industry, organizing training programs for refreshing and updating knowledge, organizing international conferences on steel technology and network with other organizations involved in steel technology.

Vision

The center will broadly focus on creation of high quality manpower for the steel industry and focused R&D on steel technology.

Scopes and activities

  • Development of innovative or path-breaking technologies for utilization of Indian iron ore fines/ slimes and non-coking coal.
  • Beneficiation/ up-gradation of lowgrade iron ore, coal etc. and agglomeration.
  • utilization of steel plant and mine wastes including LD/ EAF Slag as secondary source.
  • Improving the properties of various grades of steels like Ultra High Strength Steel, High Strength High Formable Steel, Trip steels etc.
  • Development of innovative methods for controlled cooling rate and improving the properties of Rail Steels.
  • Recovery of trace elements from metallurgical waste.
  • Development of low carbon technology.
  • Development of innovative technology in utilizing metallurgical waste as a coating material for high temperature application.
  • Development of innovative solutions for addressing the challenges faced by the iron & steel industry.
  • Development of innovative technologies pertaining to green steel making.