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Suki Kinari Hydropower Project located on Kunhar River in beautiful valley of Kaghan, Khyber Pakhtunkhwa, will generate over 870 MW electricity, and is expected to be completed in 2022.



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WB support sought to build power project on Swat river

Amin Ahmed
06 Sep 2020


The World Bank is currently evaluating the project which will be located near the Kalam town in Swat district.


The World Bank is currently evaluating the project which will be located near the Kalam town in Swat district.


ISLAMABAD: The Khyber-Pakhtunkhwa government is seeking World Bank assistance for the development of 88MW run-of-river hydropower project on the Gabral tributary of the Swat river to generate about 339 gigawatt hours of electricity annually.
The World Bank is currently evaluating the project which will be located near the Kalam town in Swat district. The proposed project involves construction of 21-meter high riverbed and 100 meter wide weir with spillways, under sluices, fish ladder, outlet structures and sand trap, according to the project document.

The project will be run-of-river, with a limited reservoir area of fifty acres. The most direct and negative impacts of the project will be on aquatic ecology caused by the construction of a weir and diversion of river flows and land acquisition.

The overall positive impact of the project generating renewable electricity with minimal carbon emission, will be experienced countrywide through the provision of enough energy to power the equivalent of about 116,000 homes per year.

The potential cumulative impact of all existing and planned hydropower projects in the Swat river basin, in the context of the Gabral Kalam hydropower project has been studied and the hydropower development in the basin for the next twenty years include 24 projects with a potential of 2,072MW.
All projects are run-off river except Mohmand (Munda) dam, the most downstream project on the Swat River, which involves storage of 1,600 million cubic meters for power generation and irrigation.

A 4.7km long underground tunnel from the weir site to the powerhouse will be constructed with two units of 37.5MW each and one unit of 13MW, and a switchyard. Under the project, 2.7km long 220kv transmission line will also be laid.

According to the project designed by the Pakhtunkhwa Energy Development Organization, the project influence area comprises of about 11km long valley of the Gabral River and its mountain slopes, from Kanai village to Kalam town, 10km downstream of the weir site, where it joins the Ushu River to form the Swat river. The influence area covers all those areas that will likely to be directly or indirectly affected by the project construction and operational activities.

The Gabral river and its tributaries are characterised by relatively steep gradients and substrate sizes, fast-flowing, and turbulent waters with high flows and more sediments during summer and low flows and sediments during winter.

Two fish species have been recorded from the project area, ‘snow carp’, an indigenous fish species of the Himalayan region, and exotic ‘brown trout’, which was introduced in the 1990s. None of these species are listed in IUCN Red List. Snow carps are short-distance migrants and mainly migrate within the tributaries.

Published in Dawn, September 6th, 2020
 
Under Construction Karot Hydropower Project................


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Tarbela 4th hydel power station achieves 10 bn units mark, yields Rs 75bn revenue. Simultaneously, it also accrued saving worth Rs100bn to the national exchequer, which would otherwise have been borne to generate same quantum of electricity through thermal resources.


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The first concrete pouring of heat recovery steam generator foundation bearing platform of Pakistan Bin Qasim Power Station BQPS III Karachi project was successfully completed.

On August 29th, the first steel structure hoisting of the main building of the BQPS III 900 MW Combined Cycle Power Plant Project in Pakistan undertaken by HE was successfully completed, marking that BQPS III Project officially entered into the installation stage.



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The 1,100MW K2 nuclear reactor at the Karachi Nuclear Power Plant (KANUPP) has successfully concluded its thermal testing and will be ready for commercial operations next year. The thermal tests, also known as hot functional tests (HFTs), have been conducted using China’s domestically produced ‘Hualong One’ technology.

Karachi Nuclear Power Plant in Pakistan is the first to use the Hualong One technology outside its native country. China is currently in the process of building two Hualong One reactors with a capacity of 1,100MW each at the Karachi Nuclear Power Complex. A single 137MW reactor has been operating in this complex near the Karachi coast since 1972.

The construction of two new reactor units, Kanupp-2 and Kanupp-3, began in August 2015 and May 2016 respectively. The reactors have been respectively scheduled to launch commercial operations in 2021 and 2022. These units will account for the country’s total energy generation up to 10%.

In April 2020, the last concrete layer for the outer containment dome of the K2 reactor’s nuclear island was constructed with a height of 73.98m. The nuclear island, which refers to the main structure of a nuclear reactor, has a two-layered containment. The outer layer is built in the form of a tube-like structure and a dome structure.

The dome-shaped containment layer helps in the installation, debugging, and operational processes of the reactor. By August 31, the construction of the nuclear island of the K3 unit at KANUPP had also been completed and the outer containment dome was successfully installed.
 
Sugar robot will accelerate construction of Matiari-Lahore transmission line under CPEC.

China is ready to bring the first Artificial Intelligence (AI) technology for infrastructure projects under CPEC. Use to inspect the Matiari-Lahore power transmission project developed under Intelligent Inspection Robots CPEC Gay. Along with the debugging process, approximately 20 Intelligent Inspection Robots were completed and will be used in the Matiari-Lahore power transmission project.





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720 MW Karot_Hydropower_Project – Another milestone achieved

Highway bridge in the control section of the #spillway has been completed and ready for traffic.

The highway beam of the spillway control section successfully passed the static and dynamic load test, marking that the top of the spillway control section is open to traffic. It will provide large-scale transportation and lay a solid foundation for the safe and on schedule goal for closing the gate and impounding water.




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660kV Matiari Lahore HVDC Transmission line Project will evacuate power North-South resolve one major issue

Scope;4000MW Evac Capacity,
886KM,
1972 Towers.
Cost: USD 1.658 Billion













 
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