Inside one of the world's great pilgrimages, invited to experience Arbaeen, a vicar ponders its perpetual lament Indian Magazine Applauds the Poetic Genius of a Kashmiri Bard Revering Karbala's Essence! Facilitating Arbaeen Pilgrimage: Pakistan Proposes Free Visas for Karbala-bound Travelers Are the Narrations of Karbala Reliable? A conversation with a Japanese clerk Sheikh Ibrahim Swada Interview with an American Orientalist Unity in Faith: Iraq and Pakistan Set the Stage for Pilgrim-Friendly Policies in Karbala and Najaf Pictures: Museum of the Holy Shrine of Imam Hussein How Iraqi people became the best hosts in history? - Part II How Iraqi people became the best hosts in history - Part I The center holds a seminar On the unseen dimensions of the personality of Imam Hussein, peace be upon him (Part One) Mr. Abdul Amir Al-Quraishi receives the delegation of the Iranian Arbaeen Committee From the sea to Al-Hussein sacred slaughter place Roofing the streets of the old city (views) A delegation from Karbala Center for Studies and Research visits the Media Department at Al-Hussaini Holy Shrine Karbala: Tarateel Sajjadiyya Festival With Pictures … Arbaeen pilgrims walking from the southernmost point of Iraq Publication of the eleventh issue of (The Week) newsletter Karbala theater produced by history and represented by reality (scenes) The committees of the International Conference for the Arbaeen visitation hold their session in preparation for the conference
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Books about Karbala... 'A Sewer Overflow Mitigation during Festival and Rainfall Periods: Case Study of Karbala'

Hussein Abed Obaid Alisawi

Applied Water Science volume 10, Article number: 241-2020

 

The objective of the present study to assess the performance of a suggested sewer line by using pipe jacking system (PJS) in order to enhance the sewage capacity and mitigate sewer flooding of historic pilgrimage city of Karbala, Iraq. The storm water management model (SWMM5) was used for this purpose.

 

The simulation of exiting sewer system reveals that sewer discharge during peak pilgrimage period is more than 200% of the capacity of existing sewer line. Installation of SLL having a diameter of 2.5 m at a depth ranging between 12 and 22 m by PJS can reduce water depth in sewer pipe by 78%. The reduction of water depth at sewer pipe can reduce sewer overflow up to 70%, if the system is installed and managed properly.

 

The methodology proposed in the paper can be applied in any location having similar problem with necessary modifications.

 

 

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