GS 1-ART AND CULTURE
- Ingenious system consisting of 103 well-like structures called Kundis (aqueducts).
- Operates based on the law of gravity, ensuring smooth water flow from the first to the last Kundi.
- Water recharge mechanism:
- Intercepts subsoil groundwater through underground channels.
- Stores water in structures known as Bhandaras, partially underground and above ground.
- Built in 1615 CE using the Persian qanat system.
- Six out of the original eight sets of underground channels are still intact.
Water Source and Distribution
- Groundwater is sourced from springs in the Satpura hills flowing towards the Tapti River.
- Reservoirs contributing water:
- Mool-bhandara
- Chintaharan
- Sookha-bhandara
- Water flow system:
- Collected at a central point and directed to Khooni Bhandara.
- Transported to Jali Karanj or Jal Bhandara.
- Distributed through pipelines to the entire city.
- Functioned as the city’s primary water supply for over 300 years.
Reason for the Name “Khooni Bhandara”
- Mineral-rich water had a reddish hue, giving it the name “Khooni” (bloody).
- Recognized as a state-protected structure by the Directorate of Archaeology, Archives, and Museums.
Historical Significance
- Mughal Era Developments:
- Burhanpur became a military and commercial hub in the late 16th century.
- Served as the base for Mughal expansion in South India.
- Role of Abdul-Rahim Khan-i-Khana:
- Governor of Khandesh during Jahangir’s reign with Burhanpur as his capital.
- Initiated the construction of the underground canal to improve the city’s water supply.
- Construction Details:
- Supervised by Tabaqat-al-Ardh (Department of Earth Sciences).
- Persian geologist Tabkutul Arz surveyed the region and implemented the design.
- The system was inspired by the ancient qanat technique, developed over 3,000 years ago in Persia.
Qanat System
- Ancient method for transporting water from aquifers or wells to the surface.
- Utilizes underground aqueducts to channel water effectively.
- Played a critical role in improving Burhanpur’s water infrastructure.