Hydrogen Energy Systems

Green Hydrogen has become the global keyword in reduction of Greenhouse Gases and achieve Net Zero Emissions. It can be the strongest candidate as alternative energy carrier and chemical feedstock with wide-range industrial applications. Water is being used as raw material and energy is drawn from renewable energy sources. India has launched National Green Hydrogen Mission to produce 5 MMTPA Green Hydrogen by 2030 for use in Refining, Fertilizer, Heavy duty transport, Steel, Cement, Power, etc. India requires large number of human resource skilledin hydrogen generation, storage, transmission, distribution, applications, fuel cells and renewable energy sources. ICB conducts virtual and physical capacity building programs aimed at bringing awareness and skilling of human resource. Three programs have been conducted for industry professionals, faculty members and students. Areas covered are


  • Importance of hydrogen in Indian and global economy
  • Capacity building for Industry 5.0
  • National Hydrogen Mission and Green Hydrogen policy
  • Conventional H2 generation methods
  • Green hydrogen generation and Electrolysers
  • H2 safety aspects and storage
  • Hydrogen applications
  • Fuel Cells
  • Green ammonia generation
  • Water purification for Electrolyzers
  • Renewable energy systems

Activities of SURYA and its Resource Persons in Hydrogen EnergySystems

  • Workshop (9 weekends) on Hydrogen energy systems (24 participants)
  • Capacity building of 82engineering and science graduates in Hydrogen Energy Systems (1-month*5 batches)
  • 3-Day Workshop on Hydrogen energy systems: Electrolysers and Fuel Cells for senior Industry professionals (collaboration between CSIR-NCL and DGTPL) (25 participants)
  • 3-Day Workshop on Hydrogen energy systems: H2O to H2 to H2O (collaboration between SPPU and DGTS) (31 participants)
  • Half day Workshop on Green Hydrogen Value Chain at PHD Chamber of Commerce and Industries
  • Energy awareness sessions for Petroleum Conservation Research Association
  • Course on highly advanced subject of ‘Fuel Cell Technology’ to engineering students (5 years)
  • Courses on ‘Hydrocarbon Engineering’ to engineering students (5 years)