Project Name
Supporting Green Hydrogen Through High Technology
Project Number
55173-001
Country / Economy
  • India
Project Status
Proposed
Project Type / Modality of Assistance
  • Technical Assistance
Source of Funding / Amount
Operational Priorities
  • OP3: Tackling climate change, building climate and disaster resilience, and enhancing environmental sustainability
Sector / Subsector
  • Energy / Energy sector development and institutional reform

Gender
Effective gender mainstreaming
Description

This knowledge and support technical assistance (TA) aims to help India accelerate the energy transition from hydrocarbon to green hydrogen economy through novel technologies, suitable applications, and concrete development roadmaps. Hydrogen energy can be called 'green hydrogen when it is produced in the process of water electrolysis powered by renewable sources. This alternative energy is carbon-free to help reduce carbon dioxide (CO2) emissions in various energy-intensive sectors. Thus, the TA will support the climate change and the post coronavirus disease (COVID-19) green recovery. The TA plans to take a practical approach in pairing preparation of pilot projects and policy frameworks in tandem. The TA will identify and prepare green hydrogen project schemes for demonstration purposes with technical, financial, contractual, and capacity development arrangements. In parallel, the TA will help formulate the government's sector level policy frameworks and the corporate level business strategies towards investments in pilot and subsequent projects.

Project Rationale and Linkage to Country/Regional Strategy

During 20202021, the Government of India announced the National Hydrogen Energy Mission (NHEM) to draw up a roadmap for using green hydrogen as an energy source. This initiative has the potential of transforming economic activities on energy, transportation, industry, agribusiness, and others since there are various usages of hydrogen in the multi-sectors. Currently, hydrogen is widely used for petrochemical and manufacturing industries to produce plastics, glasses, electronics, steel, solvents, methanol, and ammonia which can be further used to produce chemical fertilizers. Much hydrogen is also used in an oil refinery process to remove sulfur and others. Thus, the hydrogen consumption has been increasing with economic and industrial growth. The usage can further be expanded to blending to compressed natural gas and pipelined gas, fuel cells for heavy duty transport (e.g., buses and trucks), industrial heat, power generation, and renewable energy storage purposes.

Impact

Usage of green hydrogen increased in multiple sectors as aligned with the National Hydrogen Energy Mission

Outcome

Readiness for project investments in green hydrogen development and business enhanced

Outputs

Pilot hydrogen projects identified and prepared

Comprehensive hydrogen development's sector strategies, roadmaps, and regulations formulated

Decarbonization oriented corporate strategies and business plans prepared

Hydrogen development knowledge sharing and awareness improvement among stakeholders promoted

Geographical Location
Nation-wide

Summary of Environmental and Social Aspects

Environmental Aspects
Involuntary Resettlement
Indigenous Peoples

Stakeholder Communication, Participation, and Consultation

During Project Design
During Project Implementation

Business Opportunities

Consulting Services
n/a
Procurement
n/a

Contact

Responsible ADB Officer
Son, Jongmi
Responsible ADB Department
South Asia Department
Responsible ADB Division
Energy Division, SARD
Executing Agencies
Ministry of Petroleum and Natural Gas

Timetable

Concept Clearance
08 Nov 2021
Fact Finding
05 Nov 2021 to 05 Nov 2021
MRM
-
Approval
-
Last Review Mission
-
Last PDS Update
14 Dec 2022

Funding

 
This page was generated from /projects/55173-001/main on 07 July 2024

Source URL: https://www.adb.org/projects/55173-001/main