Rasul Barrage on the River Jhelum is a vital water gateway linking irrigation canals, hydropower and inter-river water transfer across Punjab, Pakistan.
Rasul–Qadirabad Link Canal connects the River Jhelum with the River Chenab as part of Pakistan’s interconnected canal system.
Introduction
Rasul Barrage is one of the important irrigation and water-control structures on the River Jhelum in Punjab, Pakistan. Located between Jhelum and Mandi Bahauddin districts, it plays a major role in regulating river water and supplying irrigation canals that support agriculture across Punjab.
The importance of Rasul Barrage goes far beyond controlling the flow of the River Jhelum. Water from the barrage enters the Rasul–Qadirabad Link Canal and is transferred towards the River Chenab, forming part of Pakistan’s interconnected river and canal system. The Federal Flood Commission identifies Rasul as an important point in this wider water-transfer network.
Today, Rasul Barrage remains an important part of Pakistan’s irrigation and flood-management infrastructure. Its connection with Mangla Reservoir, Lower Jhelum Canal and Rasul–Qadirabad Link makes it an important water gateway between the Jhelum and the wider irrigation system of Punjab.
What is Rasul Barrage?
Rasul Barrage is a major water-control structure on the River Jhelum in Punjab, Pakistan. It regulates river water and supplies important irrigation and link canals.
Where is Rasul Barrage located?
It is located on the River Jhelum between Jhelum and Mandi Bahauddin districts of Punjab.
How far is Rasul Barrage from Mangla Dam?
The Federal Flood Commission places Rasul Barrage about 71 kilometres downstream of Mangla Dam.
When was Rasul Barrage built?
The old Rasul Headworks was constructed in 1901, while the new barrage was constructed downstream and completed in 1967.
Which canals take water from Rasul Barrage?
The Rasul–Qadirabad Link Canal and Lower Jhelum Canal take off from the left flank of the barrage.
What is the capacity of Rasul Hydel Power Station?
Rasul Hydel Power Station has an installed capacity of 22 MW through two 11 MW generating units.
Rasul Barrage Location
Rasul Barrage is located on the River Jhelum in Punjab, between the districts of Jhelum and Mandi Bahauddin. Its position is particularly important because it lies downstream of Mangla Reservoir and serves as a major control point for the water flowing through the Jhelum River.
The Federal Flood Commission records the distance between Mangla and Rasul at approximately 71 kilometres. Its flood-routing information also identifies Rasul as a major control point on the Jhelum River.
Rasul Barrage Location Details
Detail
Information
Barrage
Rasul Barrage
River
River Jhelum
Province
Punjab, Pakistan
Location
Between Jhelum & Mandi Bahauddin districts
Distance from Mangla
About 71 km downstream
Old Headworks
1901
New Barrage
1967
Main Role
Irrigation & river-water regulation
Major Link Canal
Rasul–Qadirabad Link Canal
Major Irrigation Canal
Lower Jhelum Canal
Hydel Station
Rasul Hydel Power Station
Rasul Barrage on the River Jhelum in Punjab Pakistan
From Old Headworks to Modern Barrage
History of Rasul Headworks
The history of Rasul Barrage is older than the present structure. The original Rasul Headworks was constructed on the River Jhelum in 1901, primarily to supply water to the Lower Jhelum Canal. This early structure became an important part of the irrigation development of the region.
Over the decades, Pakistan’s irrigation requirements changed and the need for a larger and more integrated water-management system increased. The old headworks was therefore followed by a new barrage constructed approximately five kilometres downstream. The Federal Flood Commission records the new barrage as having been constructed in 1967.
Development of the New Rasul Barrage
The construction of the new barrage transformed Rasul from a traditional irrigation headworks into a much more important component of Pakistan’s integrated river and canal network.
The new structure allowed water from the Jhelum system, including flows coming downstream from Mangla, to be managed and transferred through link canals towards other river systems. This made Rasul Barrage an important part of the engineering network developed to distribute water across Punjab.
A Barrage with Multiple Roles
Irrigation and Water Regulation
The primary role of Rasul Barrage is to regulate the flow of the River Jhelum and divert water into irrigation and link canals. This function is particularly important because agricultural areas depend on a reliable supply of irrigation water throughout the year.
The barrage does not simply store water like a large reservoir. Instead, it acts as a control and diversion structure, helping direct river water towards the canals according to the requirements of the irrigation system. The Federal Flood Commission identifies the Lower Jhelum Canal and Rasul–Qadirabad Link as major off-taking canals from the barrage.
Flood Passage and River Management
Rasul Barrage also has an important role in passing high river flows safely through the Jhelum system. Its designed flood-passing capacity is approximately 24,070 cubic metres per second, or 850,000 cusecs.
This does not mean that the barrage can simply “stop” a flood. Its function is to control and pass river flows through the structure while maintaining the operation of the connected irrigation system. During periods of high flow, Rasul also becomes an important monitoring point for downstream river conditions.
Rasul Qadirabad Link Canal – Jhelum to Chenab Waterway
Rasul–Qadirabad Link Canal
Connecting the Jhelum and Chenab
One of the most important features associated with Rasul Barrage is the Rasul–Qadirabad Link Canal. This canal transfers water from the River Jhelum towards the River Chenab at Qadirabad.
According to the Federal Flood Commission, the link canal has a maximum design capacity of approximately 540 cubic metres per second, or 19,000 cusecs. This makes it an important component of Pakistan’s inter-river water-transfer system.
Part of a Wider Link Canal Network
The water transferred through Rasul–Qadirabad Link reaches the Chenab system at Qadirabad. From there, the wider network of link canals connects different rivers and irrigation areas.
The Federal Flood Commission specifically describes Rasul as part of a network through which water from Mangla Reservoir on the Jhelum can be transferred towards the Chenab, Ravi and Sutlej through the Rasul–Qadirabad Link, Qadirabad–Balloki Link and Balloki–Suleimanki Link.
Major Water Connections from Rasul
River Jhelum → Rasul Barrage
Rasul Barrage → Rasul–Qadirabad Link
Qadirabad → River Chenab
Qadirabad–Balloki Link → River Ravi system
Balloki–Suleimanki Link → River Sutlej system
یہ interconnected system پاکستان کے آبپاشی نظام کی انجینئرنگ کی ایک نمایاں مثال ہے، جہاں مختلف دریاؤں کے پانی کو link canals کے ذریعے ضرورت کے مطابق مختلف علاقوں تک منتقل کیا جاتا ہے۔
Lower Jhelum Canal
Lower Jhelum Canal is another important irrigation channel connected with Rasul Barrage. The canal carries water from the Jhelum River towards agricultural areas and has historically been an important part of irrigation development in the region.
The Federal Flood Commission lists the Lower Jhelum Canal’s maximum capacity at approximately 187 cubic metres per second, or 6,600 cusecs.
Supporting Punjab’s Agriculture
The water supplied through the Lower Jhelum Canal ultimately supports agricultural activities across areas of Punjab. Irrigation water is essential for crops such as wheat, rice, fodder and other agricultural produce.
یہی وجہ ہے کہ Rasul Barrage کی اہمیت صرف دریا کے کنارے موجود ایک structure تک محدود نہیں۔ اس سے نکلنے والے نہری نظام کا تعلق پنجاب کے زرعی علاقوں، کسانوں اور ملکی معیشت سے جڑا ہوا ہے۔
Rasul Hydel Power Station
22 MW Hydropower Facility
Rasul’s water infrastructure also has a connection with hydropower generation. The Rasul Hydel Power Station is associated with the Upper Jhelum Canal system and provides a small but useful source of hydroelectric power.
WAPDA’s annual report identifies Rasul Hydel Power Station as a 22 MW facility consisting of two generating units of 11 MW each. The station is listed among WAPDA’s small hydel power stations in Punjab.
A Hydropower History Older Than the Present Barrage
An interesting aspect of Rasul’s history is that the hydropower station predates the present barrage. The power station was commissioned in 1952, while the new Rasul Barrage was constructed in 1967.
This shows that the water and energy infrastructure at Rasul developed in different stages. Over time, irrigation, river regulation, canal transfers and hydropower became interconnected parts of the wider water-management system.
Rasul Water Infrastructure
Key Information
Old Rasul Headworks
1901
Rasul Hydel Power Station
Commissioned 1952
New Rasul Barrage
1967
Hydel Capacity
22 MW
Generating Units
2
Capacity per Unit
11 MW
Rasul Barrage During Floods
A Key Monitoring Point on the Jhelum
When heavy rainfall occurs in the upper Jhelum basin, river flows can rise rapidly. Water released from Mangla Reservoir, together with natural flows entering the river downstream, eventually reaches Rasul.
The Federal Flood Commission’s flood-routing data lists Mangla to Rasul at about 66 kilometres with an average time lag of 17 hours, while other FFC planning documents give approximately 71 kilometres as the downstream distance. The difference reflects the use of different measurement references, so “about 71 km downstream” is preferable for a general blog description.
Understanding Rasul’s Flood Role
It is important not to describe Rasul Barrage as a structure that eliminates floods. A barrage cannot simply remove a major river flood.
اس کا اصل کردار پانی کے بہاؤ کو regulate کرنا، نہروں کے لیے پانی کی diversion کرنا اور بڑے river flows کو اپنی designed capacity کے مطابق downstream منتقل کرنا ہے۔ اسی لیے flood season میں Rasul ایک اہم observation اور control point بن جاتا ہے۔
Rasul Barrage at a Glance
Feature
Details
River
Jhelum
Location
Between Jhelum & Mandi Bahauddin
Mangla Distance
About 71 km downstream
Old Headworks
1901
New Barrage
1967
Length
About 975 m
Width
About 17 m
Fall
About 6 m
Design Flood Capacity
24,070 m³/s
Design Flood Capacity
About 850,000 cusecs
Rasul–Qadirabad Link
19,000 cusecs
Lower Jhelum Canal
6,600 cusecs
Rasul Hydel Power Station
22 MW
Hydel Units
2 × 11 MW
Power Station Commissioned
1952
Why Rasul Barrage Matters to Pakistan
Rasul Barrage is important because it connects several parts of Pakistan’s water system in one location. Water coming down the River Jhelum can be diverted towards the Lower Jhelum Canal for irrigation or transferred towards the River Chenab through the Rasul–Qadirabad Link.
یہ نظام پاکستان کے اس وسیع آبپاشی ڈھانچے کی مثال ہے جس میں ایک دریا کا پانی دوسرے دریائی نظام سے link canals کے ذریعے منسلک کیا جاتا ہے۔ اس پورے نظام کا مقصد پانی کو صرف ایک جگہ رکھنے کے بجائے زرعی ضروریات کے مطابق مختلف علاقوں تک پہنچانا ہے۔
The Connection with Mangla Dam
Mangla Dam and Rasul Barrage are closely connected in the Jhelum River system. Mangla stores and regulates water upstream, while Rasul is an important downstream control and diversion point.
The Federal Flood Commission’s documents specifically identify Rasul as the structure through which water from Mangla Reservoir can be transferred towards the Chenab, Ravi and Sutlej systems through interconnected link canals.
یہ تعلق منگلا ڈیم سے شروع ہونے والے پانی کے سفر کو سمجھنے میں مدد دیتا ہے۔ منگلا سے آنے والا پانی دریائے جہلم میں آگے بڑھتا ہے اور رسول کے مقام پر نہری نظام کے ذریعے مختلف مقاصد کے لیے تقسیم اور منتقل کیا جاتا ہے۔
The Real Importance of Rasul Barrage
اگر Rasul Barrage کو صرف دریائے جہلم پر موجود ایک barrage سمجھا جائے تو اس کی اصل اہمیت کا بڑا حصہ نظر انداز ہو جاتا ہے۔ یہ دراصل ایک ایسے interconnected water network کا اہم control point ہے جو جہلم کو چناب اور پھر آگے راوی اور ستلج کے نظام سے جوڑتا ہے۔
اس کی ایک طرف Lower Jhelum Canal ہے جو زرعی علاقوں کو پانی فراہم کرتی ہے، جبکہ دوسری طرف Rasul–Qadirabad Link ہے جو دریائے جہلم کے پانی کو دریائے چناب تک منتقل کرتی ہے۔ اسی وجہ سے رسول پنجاب کے آبپاشی نظام میں ایک اہم آبی دروازے کی حیثیت رکھتا ہے۔
A Symbol of Pakistan’s Water Engineering
1901 کے پرانے رسول ہیڈورکس سے شروع ہونے والی یہ تاریخ 1952 کے hydropower station اور پھر 1967 کے نئے barrage تک پہنچتی ہے۔ یہ مختلف ادوار میں پاکستان کے water-management infrastructure کے بتدریج ارتقا کی کہانی بیان کرتی ہے۔
آج بھی Rasul Barrage دریائے جہلم، منگلا ڈیم، Lower Jhelum Canal اور link canals کے درمیان ایک اہم رابطہ ہے۔ یہی interconnected system اسے پاکستان کے آبی وسائل، زراعت اور انجینئرنگ کی تاریخ میں ایک نمایاں مقام دیتا ہے۔
Rasul Hydel Power Station is a 22 MW hydropower facility connected with the Jhelum River canal system.
Conclusion
Rasul Barrage is much more than a concrete structure built across the River Jhelum. It is an important control point in Pakistan’s interconnected irrigation network, where water from the Jhelum can be diverted towards agricultural areas and transferred towards the Chenab through the Rasul–Qadirabad Link Canal.
1901 کے پرانے Rasul Headworks سے لے کر 1952 کے Rasul Hydel Power Station اور 1967 کے موجودہ barrage تک، Rasul کی تاریخ پاکستان کے آبی وسائل کی ترقی کے مختلف مراحل کو اپنے اندر سموئے ہوئے ہے۔ یہاں آبپاشی، hydropower، river regulation اور inter-river water transfer ایک دوسرے سے جڑے ہوئے نظر آتے ہیں۔ WAPDA کے مطابق Rasul Hydel Power Station آج بھی 22 MW installed capacity کے ساتھ اس آبی نظام کا ایک حصہ ہے۔
آج جب دریائے جہلم میں پانی کا بہاؤ بڑھتا یا کم ہوتا ہے تو Rasul Barrage کی اہمیت مزید واضح ہو جاتی ہے۔ منگلا سے آنے والے پانی اور دریائے جہلم کے downstream flow کو manage کرنے سے لے کر پنجاب کے زرعی علاقوں کو پانی فراہم کرنے اور link canals کے ذریعے دوسرے دریاؤں کے نظام سے جوڑنے تک، رسول پاکستان کے پیچیدہ مگر انتہائی اہم آبی نظام کی ایک زندہ مثال ہے۔
Fortmunro.pk پاکستان کے اہم دریاؤں، ڈیموں، بیراجوں، تاریخی مقامات اور سیاحتی مقامات کے بارے میں ایسی ہی معلوماتی تحریریں آپ تک پہنچاتا رہے گا۔
FAQ,s.
What is Rasul Barrage?
Rasul Barrage is an important water-control structure built on the River Jhelum in Punjab, Pakistan. It regulates river water and supplies water to major irrigation and link canals.
Where is Rasul Barrage located?
Rasul Barrage is located on the River Jhelum between Jhelum and Mandi Bahauddin districts of Punjab, Pakistan.
How far is Rasul Barrage from Mangla Dam?
Rasul Barrage is approximately 71 kilometres downstream from Mangla Dam. It is an important downstream control point in the River Jhelum water system.
When was Rasul Barrage built?
The original Rasul Headworks was constructed in 1901. The present Rasul Barrage was built about five kilometres downstream of the old headworks and was completed in 1967.
What is the main purpose of Rasul Barrage?
The main purpose of Rasul Barrage is to regulate River Jhelum water and divert it into irrigation and link canals. It also helps safely pass high river flows through the Jhelum system.
Which major canals are connected with Rasul Barrage?
The two major canals associated with Rasul Barrage are the Rasul–Qadirabad Link Canal and the Lower Jhelum Canal. The link canal transfers water towards the River Chenab, while the Lower Jhelum Canal serves irrigation needs.
What is the capacity of Rasul–Qadirabad Link Canal?
The Rasul–Qadirabad Link Canal has a design capacity of approximately 19,000 cusecs, equivalent to about 540 cubic metres per second.
What is the capacity of Lower Jhelum Canal?
The Lower Jhelum Canal has a design capacity of approximately 6,600 cusecs, or about 187 cubic metres per second, according to Federal Flood Commission data.
How much electricity does Rasul Hydel Power Station generate?
Rasul Hydel Power Station has an installed capacity of 22 MW, consisting of two generating units of 11 MW each. The power station was commissioned in 1952.
Why is Rasul Barrage important for Pakistan?
Rasul Barrage is important because it connects the River Jhelum with Punjab’s wider irrigation network. Through the Rasul–Qadirabad Link, water can be transferred towards the Chenab and further connected with the Ravi and Sutlej systems, while the Lower Jhelum Canal supplies water for agriculture.
