Arunachal Pradesh Launches Northeast India’s First Geothermal Production Well: A Clean Energy Breakthrough

CURRENT AFFAIRS: Arunachal Pradesh Launches Northeast India’s First Geothermal Production Well: A Clean Energy Breakthrough, Dirang Geothermal Project 2025, Arunachal Pradesh Clean Energy, CESHS Renewable Energy, Eastern Himalayas Sustainability, Medium-High Enthalpy Zone, Geothermal Energy Northeast India

Arunachal Pradesh Launches Northeast India's First Geothermal Production Well: A Clean Energy Breakthrough

A Milestone in India’s Renewable Energy Journey

Arunachal Pradesh Launches Northeast India’s First Geothermal Production Well: A Clean Energy Breakthrough: In a landmark development, Dirang in Arunachal Pradesh has become the first site in Northeast India to successfully establish a geothermal production well. Spearheaded by the Centre for Earth Sciences and Himalayan Studies (CESHS), this initiative marks a crucial step in harnessing clean, sustainable energy in the Eastern Himalayan region, which has traditionally relied on conventional energy sources.

Why Dirang is Ideal for Geothermal Energy

Located in the West Kameng district, Dirang falls within a medium-to-high enthalpy geothermal zone, with underground reservoir temperatures averaging around 115°C. This makes it suitable for direct-use geothermal applications, including heating for greenhouses, drying agricultural produce, and domestic space heating—a particularly valuable solution during the harsh Himalayan winters.

Agricultural Innovation and Rural Impact

The geothermal energy project is expected to significantly transform local agriculture by enabling climate-resilient farming practices such as temperature-controlled greenhouses. It will also provide clean energy alternatives for rural communities, reducing dependence on polluting fuels like diesel and firewood. This project aligns with India’s goal of inclusive and sustainable rural development through renewable energy.

Global Partnerships and National Relevance

Supported by international research collaborations, the Dirang geothermal project is India’s first such clean energy initiative in the Northeast. It adds to India’s growing list of renewable energy milestones, alongside solar power in Rajasthan, wind energy in Tamil Nadu, and hydropower in Himachal Pradesh. Dirang now stands alongside notable geothermal sites like Puga Valley in Ladakh and Manikaran in Himachal Pradesh, enhancing its strategic importance for competitive exams and clean energy discourse.

STATIC GK SNAPSHOT

Arunachal Pradesh Launches Northeast India’s First Geothermal Production Well: A Clean Energy Breakthrough:

Topic Details
Project Location Dirang, West Kameng, Arunachal Pradesh
Executing Agency Centre for Earth Sciences and Himalayan Studies (CESHS)
Geothermal Zone Medium-to-high enthalpy
Reservoir Temperature Approximately 115°C
Applications Heating, agri-tech, rural electrification, power generation
Unique Status First geothermal production well in Northeast India
Other Indian Geothermal Sites Puga Valley (Ladakh), Manikaran (Himachal Pradesh)
Energy Type Geothermal (renewable energy)
National Significance Boosts India’s clean energy push and rural sustainability
Arunachal Pradesh Launches Northeast India's First Geothermal Production Well: A Clean Energy Breakthrough
  1. Dirang in Arunachal Pradesh became the first site in Northeast India to establish a geothermal production well.
  2. The project is led by the Centre for Earth Sciences and Himalayan Studies (CESHS).
  3. This initiative represents a clean energy breakthrough in the Eastern Himalayas.
  4. Dirang is located in the West Kameng district of Arunachal Pradesh.
  5. The site falls within a medium-to-high enthalpy geothermal zone.
  6. The average reservoir temperature recorded is around 115°C.
  7. The geothermal energy is suitable for direct-use applications like greenhouse heating.
  8. Drying of agricultural produce is another proposed use of geothermal heat in Dirang.
  9. The project supports climate-resilient farming and clean domestic heating.
  10. It aims to reduce rural dependence on diesel and firewood.
  11. The project boosts sustainable rural development in remote Himalayan areas.
  12. It enhances renewable energy capacity in the Northeast region.
  13. International research collaborations are supporting the geothermal development.
  14. Dirang now joins India’s geothermal list with Puga Valley (Ladakh) and Manikaran (Himachal Pradesh).
  15. The energy generated is part of India’s clean and inclusive growth strategy.
  16. It complements other clean energy sources like solar in Rajasthan and wind in Tamil Nadu.
  17. The project showcases the multi-sectoral use of geothermal energy in India.
  18. Space heating during Himalayan winters is a critical local application.
  19. The geothermal initiative is relevant for static GK and environmental studies in exams.
  20. Dirang’s geothermal well strengthens India’s energy diversification goals and net-zero targets.

Q1. In which district of Arunachal Pradesh is the geothermal well located?


Q2. What is the average underground reservoir temperature recorded at Dirang?


Q3. Which agency is leading the geothermal energy project in Dirang?


Q4. What is the energy classification of the geothermal zone in Dirang?


Q5. Which other regions in India are known for geothermal potential besides Dirang?


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