Shakespeare Street water main renewal works
Published: 01 Apr 2022
A new water main will be installed along Shakespeare Street between Rae and Hoey streets.
Work is expected to start on the project next week (from April 6) for approximately eight weeks, weather permitting.
The new water main will be installed along the northern side of Shakespeare Street and will reduce the risk of failure while increasing the water supply and reliability of the local network.
Water interruptions will occur during the project, however advanced notice will be given to directly affected residents prior to any interruptions occurring.
The works will be completed under traffic control, with the work zone area reduced to a single lane when crews are on site. The area will reopen as two lanes at the end of each day.
Motorists and pedestrians are asked to please follow all signage and instructions in the area while works are completed.
For more information on the project, visit council’s project hub connectingmackay.com.au.


Bakun AC is a 74.8MW hydro power project. It is located on Bakun river/basin in Ilocos, Philippines. According to GlobalData, who tracks and profiles over 170,000 power plants worldwide, the project is currently active. It has been developed in a single phase. The project construction commenced in 1997 and subsequently entered into commercial operation in 2000. Buy the profile here.
The project was developed by Luzon Hydro. Aboitiz Equity Ventures, JERA, PCD Nominee and Others are currently owning the project having ownership stake of 51.87%, 27%, 14.88% and 6.25% respectively.
Bakun AC is a run-of-river project. The gross head of the project is 500m. The penstock length is 2,000m. The penstock diameter is 2.5m. The project generated 216 GWh of electricity.
The hydro power project consists of 4 turbines.
The project has 2 electric generators installed at the site. The generator capacity is 44 MVA.
The project construction commenced in 1997 and subsequently entered into commercial operation in 2000.
Power purchase agreement
The power generated from the project is sold to National Power under a power purchase agreement for a period of 25 years from 2001. The contracted capacity is 70MW.
For more details on Bakun AC, buy the profile here.


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There are many large water resources and hydropower projects completed or under construction in China. 4 technical tours will be arranged within 3~4 days after the Conference to some typical dams. Those who will take part in the study tours will not only visit the dams, but also enjoy the beautiful scenes of Yunnan Province and other places. A minimum number of 10 participants is necessary for the tour to take place.
Details of the technical tours will be issued in the Second Bulletin.
Tour 1: Kunming--Xiaowan Arch Dam--Nuozhadu Core Rockfill Dam
Participants taking part in this tour will have an opportunity to visit Xiaowan Arch Dam and Nuozhadu Core Rockfill Dam. Xiaowan Arch Dam is 294.5m high with installed capacity of 4200MW. It is the highest arch dam completed in the world. The water level has reached the normal water level of 1240m in 2012. Nuozhadu Hydropower Project is the 5th hydropower station of the middle and lower reach of Lanchangjiang River. The main dam of the project is an earth core rockfill dam (ECRD) with the dam height of 261.5m. It is the highest ECRD in China and the third highest ECRD in the world. The construction of Nuozhadu ECRD has employed many state of the art technologies, which include the using of mixed gravelly soil for earth core, digital dam technology for construction quality control, etc.
During the tour, participants can also enjoy the beautiful scenery of Xishuangbanna. Xishuangbanna is the southernmost prefecture of Yunnan Province. The prefecture is nicknamed "Aerial Garden" for its luxuriant and multi-layered primitive woods and tropical rain forests, which are teeming with nearly 1000 species of animals and 5,000 kinds of plants.
Xiaowan Arch Dam
Nuozhadu Core Rockfill Dam
Xishuangbanna scenic spot
Tour 2: Kunming--Three Gorges Project -- Shuibuya Hydropower Project
Three Gorges Project is the largest hydropower project in the world with install capacity of 22500MW. In 2012, the power generation is 84370GWh, setting the record of annual generation capacity since its operation. Shuibuya CFRD is the highest dam of its type, which is completed and has been put into operation for several years with the height of 233.2m and installed capacity of 1840MW.
Flood Discharge of Three Gorges Concrete Gravity Dam
Bird View of Shuibuya CFRD
Tour3: Kunming--Jinanqiao RCC Gravity Dam
Jinanqiao RCC Gravity Dam is located at the main stream of Jinsha River in Yunnan Province. It was completed in 2010 with height of 160m and installed capacity of 2400MW. Jinanqiao Project started reservoir impoundment on Nov. 25, 2010. Now the reservoir water level has reached the normal water level with good performance.
During the tour, participants will have an opportunity to visit the Old Town of Lijiang, which was listed in the World Cultural Heritages by UNESCO in 1997.It is now a famous and very special tourist attraction for its traditional ethnic culture and customs, inimitable buildings and the wonderful natural views.
Jinanqiao RCC Gravity Dam
The Old Town of Lijiang Tourism
Tour4: Kunming--Xiluodu Arch Dam—Xiangjiaba Gravity Dam
Xiluodu Hydropower Project is situated on the Jinsha River (one branch of Yangtze River). It is a huge hydropower project with comprehensive benefits of primary power generation, sediment control, flood control, downstream navigation improving. The total reservoir capacity is 12.67 billion m3. The dam is concrete double-curvature arch type with maximum height of 285.5m and installed capacity of 12600 MW. The annual average power output of the project is 57.12TWh. The project is now under construction.
Xiangjiaba project is the last hydropower cascade project in the cascade hydro-development of the Jinsha River downstream. It will play a role of regulating plant for the upstream Xiluodu Hydropower Plant. The total reservoir capacity is 5.185 billion m3. The dam is concrete gravity type with a maximum dam height of 161m, a crest length of 909.3m. The total installed capacity of the project is 6000 MW. It is also under construction.
Xiluodu Arch Dam under construction
Xiangjiaba Gravity Dam under construction


Verampio is a 54.4MW hydro power project. It is located on Devero river/basin in Piedmont, Italy. According to GlobalData, who tracks and profiles over 170,000 power plants worldwide, the project is currently active. It has been developed in a single phase. The project construction commenced in 1912 and subsequently entered into commercial operation in 1914. Buy the profile here.
The project is currently owned by Enel.
The gross head of the project is 567.31m. The project generated 171.9 GWh of electricity.
The hydro power project consists of 2 turbines, each with 26.4MW nameplate capacity.
The project construction commenced in 1912 and subsequently entered into commercial operation in 1914.
Indar Electric supplied 2 electric generators for the project. The generator capacity is 32 MVA.
For more details on Verampio, buy the profile here.


The Flood Warning continues for
the Illinois River near Havana.
* Until Friday evening.
* At 7:45 PM CDT Wednesday the stage was 15.1 feet.
* Flood stage is 14.0 feet.
* Minor flooding is occurring and minor flooding is forecast.
* Recent Activity…The maximum river stage in the 24 hours ending
at 7:45 PM CDT Wednesday was 15.4 feet.
* Forecast…The river is expected to fall below flood stage Friday
afternoon and continue falling to 11.3 feet next Wednesday evening.
* Impact…At 14.0 feet, Minor flooding begins to agricultural areas
not protected by levees.
The post Flood Warning issued May 26 at 8:36PM CDT until May 28 at 10:00PM CDT by NWS Lincoln IL appeared first on WEEK.


Client: Kuruçayırlılar Energy
Status: In Progress
Çekerek (Süreyyabey) Dam & HPP project is located in Central Anatolia Region within the border of Çekerek district of Yozgat province over the Çekerek River. Powerhouse is adjacent to the Süreyyabey Dam. The construction of Dam facilities have been completed by DSI and the construction of energy facilities is planned to be completed in 2019.
Çekerek (Süreyyabey) Dam Project consists of a multiple-purpose reservoir having an active storage of 1081 hm3 being responsible for irrigation demands, flood control and energy production. Dam diverts the water via 314 m long energy tunnel to the branch and with a 115 m long penstock to the turbines. Prosem Engineering's scope is to design the energy purpose of the project. Reservoir simulation was carried out in order to determine the optimum turbine capacities and to define the operation rules in order to maximize energy revenues while ensuring the non-energy purposes of the project. Revised feasibility report was prepared as a result of the process and electromechanical equipment contractual works started accordingly. The powerhouse at the toe of Süreyyabey Dam will contain 3 Francis units having a total capacity of 16.40 MW and will generate 49.84 GWh energy annually.


|Mississippi Department of Wildlife Fisheries and Parks
|Lake Lamar Bruce, Lee County, Mississippi
|Flood Studies, Detention and Storm Drainage Designs
|ESI has completed the design and building phases of the dam reconstruction project. Ja Marc Construction of Oxford, MS completed construction in November of 2012.


Published On:January 6 2015
Story Viewed 16214 Times
67.5% of Suez Canal digging works finalized.
About 68 percent of dredging works for the bifurcation of the Suez Canal have been finalized.
At present, the dry dredging work at the new canal has reached 169 million cubic meters out of a total 180 million cubic meters.
The New Suez Canal project covers the construction of a 72-kilometer long canal, out of which, 35 kilometers involves dry digging and 37 kilometers involves expansion and deepening.
Establishing a 76,000 square kilometer industrial zone and logistics hub and a tunnel for motor vehicles and trains running parallel to the canal are also proposed under this project.
The entire project is expected to be completed within 1 year instead of the previous schedule which stated that the project was to be completed in 2018.


Seqwater is upgrading South East Queensland’s Somerset Dam to improve safety and mitigate flood risk prior to the next wet season.
The upgrade is part of the Seqwater’s Dam Improvement Program and will involve constructing a parapet or wave wall on the dam’s breezeway to increase its flood mitigation capacity and safety.
It will involve filling in the bays (gaps) along the breezeway on the upper reaches of the dam with concrete to construct a parapet, or wave wall.
The upgrade is in addition to the new operating strategy and Temporarily Full Supply Level (TFSL) adopted for Somerset Dam during the previous wet season to ensure the dam can continue to operate safely.
Somerset and Wivenhoe dams had their drinking water full supply levels temporarily lowered earlier in 2016 as part of the Dam Improvement Program.
These levels will be maintained while investigations continue over 2017 into the scope, design and timing of further improvements required for the Somerset Dam.
Somerset has been lowered to 80 per cent capacity and Wivenhoe has been lowered to 90 per cent capacity, to ensure the flood mitigation works are maintained.
Seqwater Acting Chief Executive Officer, Jim Pruss, said the upgrade was a common engineering solution designed to increase a dam’s flood mitigation capacity and safety and was similar to the design at Wivenhoe Dam.
“These works are about helping to ensure Somerset Dam can continue to operate safely, particularly in large and extreme flood events, while we finalise details of the longer term improvement works required,’’ Mr Pruss said.
Somerset Dam is currently scheduled for a major safety upgrade in 2025. The ongoing investigations may result in these upgrade works being brought forward.
The lowered dam levels have had a minimal impact on the security of the region’s water supply.
All Seqwater recreation areas at Somerset Dam will remain open throughout the upgrade work.


Centrifugal water pump 3D model
This is a realistic three-dimensional 3D model pump centrifugal made by Blender 2.79 The model is build to scale according to original drawings. All the parts are modeled separate and are loose. This can be seen in the image, which shows the internal parts of the pump. In this model, textures are not applied. This model is suitable for use in broadcast, high-res film close-ups, advertising, design visualization etc.


Modelling the relationship between water level and vertical displacements on the Yamula Dam, Turkey
Abstract. Monitoring deformation pattern of dams is often one of the most effective ways to understand their safety status. The main objective of the study is to find the extent to which rising reservoir level affects the mechanism of deformation of The Yamula Dam under certain change in the reservoir level conditions during to the first filling period. Three different deformation analysis techniques, namely static, kinematic and dynamic, were used to analyze four geodetic monitoring records consisting of vertical displacements of nine object points established on the Dam and six reference points surrounding of it, to see whether the rising reservoir level have a role in the vertical deformations during the first filling period. The largest vertical displacements were in the middle of the dam. There is an apparent linear relationship between the dam subsidence and the reservoir level. A dynamic deformation model was developed to model this situation. The model infers a causative relationship between the reservoir level and the dam deformations. The analysis of the results determines the degree of the correlation between the change in the reservoir level and the observed structural deformation of the dam.


‘J9’ (wafer type) & ‘L9’ (lug type) ranges of butterfly valves with stainless steel or blue epoxy coated cast iron bodies, stainless steel discs and EPDM seats. The products are supplied with either a lever or rotating wheel operating members. Maximum working pressure 16.0 bar. Maximum operating temperature 80°C.
‘Eco3T’ reduced pressure zone valve with DZR brass body. The valve incorporates two spring loaded check valves with stainless steel springs and NBR seals. The zone between the check valves incorporates a relief valve with a stainless steel spring and EPDM seat and test ports. Maximum working pressure 10 Bar. Maximum operating temperature 65°C
Page of 1


Manufacturer/Factory & Trading Company
Year of Establishment:
Management System Certification:
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50 Ton Hydraulic Cylinder, Hydraulic Piston Cylinder, Hydraulic Cylinder for Construction Vehicles manufacturer / supplier in China, offering 50 Ton Small Hydraulic Cylinder for Construction Vehicles (crane outrigger, truck, dumper), Multi Stage Telescoping Hydraulic Cylinders for Lift for Sale, Custom Design Telescoping Hydraulic Cylinders for Dump Truck and so on.


Batangtoru hydropower project is a 510MW hydroelectric plant being built in the South Tapanuli regency of Indonesia. It is being developed as part of the Indonesian government’s National Strategic project, which aims at adding 35GW of capacity before 2019.
Perusahaan Listrik Negara (PLN), the state-owned power company, is expected to procure 5GW of the total capacity generated, while IPPs are proposed to be engaged to fund the remaining.
North Sumatera Hydro Energy (NSHE), a special consortium company, was formed for the project development. Dharma Hydro Nusantara holds 52.82% stake in NSHE, while Pembangkitan Jawa Bali Investasi and Fareast Green Energy hold 25% and 22.18%, respectively.
NSHE is developing the independent power producer (IPP) project with an estimated investment of 20 trillion rupiahs ($1.6bn).
The Batangtoru project is expected to generate approximately 2,124GWh of electricity a year, over its operational life of 30 years. The energy generated by the project is equivalent to approximately 15% of the peak load of North Sumatra.
Pre-construction works of the project were commenced in December 2015, while the main construction began at the end of 2017. First power from the project is expected to be produced by 2022.
The Batangtoru project is expected to minimize carbon emissions by 1.6Mt and generate 1,800 direct and indirect jobs in the region.
Batangtoru hydropower project background
PT North Sumatera Hydro Energy was established for the development of the Batangtoru hydropower plant in 2008.
Environmental and social impact assessment of the project was completed in February 2017, while seismic survey was completed in March 2017.
Covering an area of 626ha, the Batangtoru dam is being built on the 170km-long Batangtoru River. The site will be located approximately 240km south-east of Medan, North Sumatra, Indonesia.
Batangtoru power plant make-up
The Batangtoru hydropower project is being developed in five stages. It will comprise a 78.5m-high concrete gravity dam featuring a gated spillway and three water intake units, which direct the water to the headrace tunnel.
Major components of the project include check dam, coffer dam, two 420m-long diversion tunnels, three-gated spillways, 12.05km-long headrace tunnel, a headrace surge tank, and 1,472m-long penstocks.
A semi-underground powerhouse will be constructed featuring turbines, control/service room, and auxiliary equipment on the eastern side of Batangtoru River.
The powerhouse will feature four vertical Francis-type turbines, with a rated output of 131MW each, along with a three-phased generator.
Power transmission from Batangtoru hydropower project
The electricity generated at the Batangtoru powerhouse will be supplied to a 275kV onsite switchyard, which will cover a total area of 3,000m².
The power will then be evacuated to the power grid of West Angkola district through a 14.7km -ong transmission line, before connecting to the Padang Sidempuan to Sarulla transmission line operated by PLN.
Power purchase agreements
NSHE entered a purchase power agreement (PPA) with PLN for the off-take of power generated from the hydropower plant, in December 2015.
CV Global Intersistem participated in preparing the environmental impact study of the Batangtoru hydropower plant, while Sinohydro was engaged for conducting hydrological study.


McConnell Dowell (MacDow) began construction on the $A230 million project in September 2006. The Bogong Hydro Power Station is the largest hydro power project constructed in Australia in 25 years and has the capacity to deliver enough energy to power more than 120,000 homes.
The scope of the project included the construction of 6.5 kilometres of 5 metre diameter hard rock tunnel constructed using a 5 metre diameter tunnel boring machine, 1.3 kilometres of drill and blast tunnels, 250 metres of 5 metre diameter shafts, 5,000 tonne penstock liners, power station construction and the installation of two 70 MW turbines.
At the opening of the Bogong Hydro Power Station, Mr Brumby said the project was a significant engineering feat and gave a special mention to the tunnel section of the Hydro Electric plant.
“The 7km water tunnel between McKay Creek Hydro Power Station and the Bogong Hydro Power Station is one of the largest hard-rock tunnels constructed in the Southern Hemisphere in the last 40 years using tunnel boring equipment,” Mr Brumby said.
The Bogong Hydro Power Station will deliver energy supply to households during high energy demand periods. The project was designed to ensure a number of economic and environmental benefits.
“The Bogong Hydro Power Station is a great example of how climate change can provide a climate of opportunity – with new investment, more jobs and a cleaner environment,” said Mr Brumby.
“This project is unique because it delivers clean energy without the need for new dams or new water by reusing water already used by the McKay Creek Power Station,” he said.
For more information about MacDow’s work on the tunnelling section of the Bogong Hydro Electric Scheme, click here.
Don’t miss the tunnelling supplement with the December edition of Trenchless Australasia for more information on the Bogong Hydro Electric Scheme.


Kigali, 02 April 2019: Rwanda Energy Group (REG) signed the contract amendment with SynoHydro Limited regarding the design, supply, construction, installation and commissioning of 43.5MW Nyabarongo-II Hydropower Plant and a 110kV evacuation transmission line.
The feasibility Study for Nyabarongo II was completed in 2013 and later in 2015 the Ministry of Infrastructure and Sinohydro Ltd signed an MOU to develop the project under Build Operate and Transfer (BOT) modality. Since then, Sinohydro initiated detailed studies to validate and update the project design considerations.
On 6 June, 2018, REG signed a preliminary contract amounting with Sinohydro for the implementation of the Project under Engineering Procurement and Construction (EPC) framework in order to allow the Government to mobilize the project financing with China Exim Bank in due course as the rest of the required optimization studies by Sinohydro get completed.
The final project EPC contract cost as reflected in the amended contract stands at USD 214,027,700.12 with a computed feed-in tariff of 7.5c$/kWh. The project entails the following components: (i) 43.5MW Power Plant (ii) Dam/Including Flood Control (iii) Switchyard, (iv) 2.3km permanent Road & Bridge, and (v) 19km of 110kV Transmission line.
The planned construction duration of the project is projected to 56 months from effectiveness. The first Unit of the plant is expected to be commissioned by the end of the 2nd Quarter of the Year 2024.
Nyabarongo II Hydropower Station is located at the upper reaches of Nyabarongo River at Shyorongi, Rulindo District, Northern Province. The project dam site is about 27km from Kigali City. The total installed capacity of the hydropower station shall be 43.5MW (3 units of 14.5MW each). Its total pool reservoir level is 1,419m high, the total storage capacity is 846.3 million m³ enough for the power plant to run throughout the year with minimum guaranteed generation of at least 50% in dry season. The plant availability is designed as 63.7%. Once completed, Nyabarongo II project will contribute to over 11.5% of the total installed Generation to the National Grid by 2024.
The Nyabarongo II is a Multi- Purpose Project, the main purpose of the project is to increase power generation and control flooding during this first phase. The Second phase of the project will incorporate both the pumped storage which will increase power output from the river and irrigation downstream of the dam. The Dam will regulate water flow to allow downstream irrigation projects and hence reclaiming a total land of about 20 thousand hectares for the agricultural use.
The project will also provide employment to thousands of causal laborers and skilled employees. The project study shows that the number of labor required in peak period of the project is 1,100 people, while the average number of labor required throughout the project is 900.
Please fill in the form or Call us on our Toll free number 2727


Balochistan government has completed 22 dams project and feasibility studies of 9 dams to irrigate thousands of acres land in the province.
According to an official source, these dams would reduce water scarcity and improve ground level water in respective areas.
The provincial government has also planned to construct 49 new dams with estimated cost of Rs 6.451 billion which was expected to be initiated in near future.
Balochistan government has expedited the con-struction work on development of dams and also enhanced the allocation in Public Sector Develop-ment Programme of current fiscal year to resolve the water scarcity issue in the province.
financial year 2021-22, Rs 298 million has been allocated for construction of Awaran Dam and de-velopment of Command Area from a total estimated cost of Rs1.492 billion to harvest rain water as the area was dependent on ground water,” he added.
The government had spent Rs 1500 million on the development of Bolan Dam, Rs 2000 million allocated for Naoulong Dam, Rs 1011 million allo-cated for construction of Gharoki Dam.—APP


Kalivac - Albania
ENEL POWER S.p.A.
2000 - 2001
Description for Kalivac Hydropower (Albania)
Kalivac Hydropower Plant has 108 MW of installed power.
- Reservoir ( V = 350 Mm³ )
- River Diversion ( Q = 2'500 m³/s )
- Steel sheet pile cellular cofferdam
- Concrete Gravity Dam ( H = 80 m, L = 375 m, V = 540'000 m³ )
- Spillway ( N° 15 gates 5.5x12.5 m, Ski-jump type, Q = 4'500 m³/s )
- No. 2 Outlet ( Q = 540 m³/s )
- No. 2 Intake ( Q = 285 m³/s )
- Outdoor Power House ( No. 2 Kaplan turbines + No. 1 Francis turbine, IP = 107.4 MW )
- No. 2 Transformers ( Rated voltage = 150 / 10 kV, Rated power = 63 MVA )
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Centrifugal Pumps: Design and Application, Second Edition focuses on the design of chemical pumps, composite materials, manufacturing techniques employed in nonmetallic pump applications, mechanical seals, and hydraulic design.
The publication first offers information on the elements of pump design, specific speed and modeling laws, and impeller design. Discussions focus on shape of head capacity curve, pump speed, viscosity, specific gravity, correction for impeller trim, model law, and design suggestions. The book then takes a look at general pump design, volute design, and design of multi-stage casing.
The manuscript examines double-suction pumps and side-suction design, net positive suction head, and vertical pumps. Topics include configurations, design features, pump vibration, effect of viscosity, suction piping, high speed pumps, and side suction and suction nozzle layout. The publication also ponders on high speed pumps, double-case pumps, hydraulic power recovery turbines, and shaft design and axial thrust.
The book is a valuable source of data for pump designers, students, and rotating equipment engineers.


NEW DELHI: River Yamuna in Delhi on Tuesday crossed the danger mark. It is currently flowing at 204.84 metres level and showing a rising trend. Around 2.5 lakh cusecs water was released from Hathni Kund Barrage. It will further increase the water level. An alert has been sounded along Yamuna belt. The discharge from Hathani Kund Barrage at 11:00 hrs was 127486 cusecs. At Old Railway Bridge, the water level at 11.00 hrs was 205.08 metres. The danger level is 204.83m.


Albbruck-Dogren is an 84MW hydro power project. It is located on Upper Rhine river/basin in Baden-Wurttemberg, Germany. According to GlobalData, who tracks and profiles over 170,000 power plants worldwide, the project is currently active. It has been developed in a single phase. The project construction commenced in 1929 and subsequently entered into commercial operation in 1933. Buy the profile here.
RWE Generation, AEW Energie, Axpo Solutions, Energiedienst Holding and EnBW Energie Baden-Wurttemberg are currently owning the project having ownership stake of 77%, 12%, 5%, 5% and 1% respectively.
Albbruck-Dogren is a run-of-river project. The project generated 470 GWh of electricity.
The hydro power project consists of 3 turbines, each with 28MW nameplate capacity.
The project has 3 electric generators installed at the site. The generator capacity is 40 MVA.
The project construction commenced in 1929 and subsequently entered into commercial operation in 1933.
For more details on Albbruck-Dogren, buy the profile here.


Pressure Pipeline Designing
- Categories:Pressure Pipeline
- Time of issue:2022-01-11 17:38:00
The company in 2005 approved the GC2 grade pressure pipe design license, in 2009 passed the first exchange certificate review, in 2013 passed the second exchange for verification. For daily work in the problems found in the problem and assessment, further improve the design of the pressure pipeline system, update the design specifications, standards, update design equipment and design software, increase the design personnel, and continuously strengthen the design personnel training, pressure pipeline design room service ability to continue to improve, design pipeline engineering drawings nearly 100 sets, design quality is obtained to the higher authorities and customers.


« View county listFlood Warning
848 PM EDT Tue Sep 18 2018
The Flood Warning continues for
The Santee River near Jamestown.
* At 7 PM Tuesday the stage was 10.6 feet.
* Flood stage is 10.0 feet.
* Minor flooding is occurring.
* Forecast, the river will remain nearly steady then slowly fall. The
river will fall below flood stage early Friday morning.
* At 10.0 feet, water covers numerous logging roads and inundates
timber land adjacent to the river. Most access points to Wee Tee
State Forest are cut off.
LAT...LON 3347 8002 3354 7998 3325 7937 3321 7938
3320 7951 3329 7976


The VFH Turbine™ consists of the complete mechanical, electrical, and process control assembly for “smaller” and “medium” flow requirements. Based on the example photo shown, the 42″ diameter inlet and 30″ diameter inlet can produce up to 650 kW per unit for a Reservoir site. The two existing pipes & flanges coming from the dam will seamlessly match those of our butterfly valve and VFH Turbine™ flanges.
The VFH system has been designed to stop the turbine from spinning and allows the flushing process to move more silt and sediment without damaging the turbine or generator. Reservoir flushing helps remove deposited sediments from the reservoir to retrieve the reservoir storage capacity and help flood control.


Wolf Creek Dam Foundation Remediation Project, Kentucky, United States of America
The US Army Corps of Engineers (USACE) completed foundation remediation works for the Wolf Creek Dam in March 2013. The completion ceremony for the project was held in April 2013. Wolf Creek is a multipurpose dam which provides hydropower, flood control, navigation, water supply and recreation.
The project was carried out to prevent possible flooding from the dam, which experienced seepage issues for more than five decades. Property damage worth $3bn is estimated on occurrence of a potential breaking of the dam.
The construction works for the Wolf Creek Dam's foundation remediation commenced in 2008 with the construction contract awarded to the joint venture of Treviicos and Soletanche. The project value was about $594m, which mostly comprised of federal funding.
History of Kentucky's Wolf Creek Dam
Construction of Wolf Creek Dam commenced in 1941 following authorisation provided by the Flood Control Act of 1938, and was completed in 1951.
The dam was built on the Cumberland River located in south central Kentucky. The geology of the location is mainly composed of Karst formations, which lead to the breakup of the limestone in the dam's foundation. The dam first witnessed seepage in 1968.
First efforts to avoid seepage were made from 1968 to 1970 by grouting the dam's foundation. A major construction project was carried out from 1975 to 1979, in which a reinforced concrete cut-off wall was constructed through the earth embankment into the rock foundation. The problem was still not solved, with seepage intensifying in 2005.
The remediation project work was the second phase of the major dam reinforcement project. The first phase comprised of the initial remedial works commencing in 2006 and the grouting of the foundation commencing in 2007.
Dam and power station details
Wolf Creek Dam is a concrete-gravity and earth-fill dam, measuring 79m in height and 1,748m in length. The dam has a volume of 8.7 million m³ and impounds the Cumberland River.
The dam creates the Lake Cumberland reservoir, with a capacity of 7.5 million m³. The catchment area of the reservoir measures 14,990km² and the reservoir covers a surface area of 20,340ha, with a flood storage reservoir capacity of 2.09 million acre-feet.
The dam's power station comprises of six turbines with an installed capacity of 270MW. The spillway of the dam comprises of ten radial crest gates and six sluice gates.
Foundation remediation project details
The project comprised of constructing a new barrier wall upstream on the right side of the concrete monoliths, to stop seepage in the Karst geology of the rock. A protective concrete embankment wall (PCEW) was also constructed to protect the embankment during the construction of the main barrier wall.
The construction of the main barrier was completed in March 2013, ahead of the estimated December 2013 schedule. The barrier wall utilised about 1,197 piles measuring three feet in diameter and extending up to 275ft deep into the bedrock below the foundation of the embankment, which is about 75ft deeper than the original wall. The barrier wall measures 4,200ft in length, which is about 61% longer than the existing wall.
The protective embankment wall constructed of concrete is six foot wide and about 230ft deep. The extension of the wall along the embankment is about 3,600ft. The construction of the protective wall was completed in June 2012.
Up to 13 drilling rigs were used at the construction site for the creation of the main barrier wall, where constructors operated in a cramped work space measuring 80ft in width and 4,000ft in length. USACE now plans to maintain the lake at elevations of 700ft to 705ft, which is about 20ft higher than the current range 680ft and 685ft.
Contractors involved with USACE's Wolf Creek Dam project
The concept study for the project was carried out by Black & Veatch. The AquaTrack survey to study the groundwater system at the dam was conducted by Willowstick, in collaboration with Arcadis. Wassaras provided its water-powered drilling equipment for drilling the bore holes and the pilot holes.
The San Diego County Water Authority (SDCWA) is undertaking a $530m project to raise the San Vicente Dam in San Diego, California, US.
Grand Coulee is a gravity dam on the Columbia River in the US, which serves the purposes of irrigation, flood control and power generation. It forms part of the US Bureau of Reclamation's Columbia Basin Project which irrigates the central Washington state area.


Libby is a 525MW hydro power project. It is located on Kootenai river/basin in Montana, the US. The project is currently active. It has been developed in single phase. Post completion of construction, the project got commissioned in 1975.
|Project Type||Total Capacity (MW)||Active Capacity (MW)||Pipeline Capacity (MW)||Project Status||Project Location||Project Developer||Hydropower||525||525||–||Active||Montana, the US|
The project is currently owned by US Army Corps of Engineers with a stake of 100%.
Libby is a reservoir based project. The hydro reservoir capacity is 7,429.77 million cubic meter.
The project got commissioned in 1975.
Allis-Chalmers Power Systems was selected as the turbine supplier for the hydro power project. The company provided 5 units of francis turbines, each with 105MW nameplate capacity.
Westinghouse Electric supplied 5 electric generators for the project. The generator capacity is 110.52 MVA.
All power projects included in this report are drawn from GlobalData’s Power Intelligence Center. The information regarding the project parameters is sourced through secondary information sources such as electric utilities, equipment manufacturers, developers, project proponent’s – news, deals and financial reporting, regulatory body, associations, government planning reports and publications. Wherever needed the information is further validated through primary from various stakeholders across the power value chain and professionals from leading players within the power sector.


NI Water working on £2m flood alleviation scheme
NI Water has announced a £2m flood alleviation scheme in Co Antrim.
The company said the work at Toome Road/Wakehurst Road in Ballymena would bring major benefits to the area. It's expected to take 18 months to complete and is intended to increase the capacity of the sewerage system.
David McClean, NI Water project manager, said: the "major investment" would bring improvements to the sewerage infrastructure and provide additional storage during periods of heavy rain, reducing the risk of future flooding.
Work will involve upgrading existing sewers, installing new ones and adding a large storage tank.
Please log in or register with belfasttelegraph.co.uk for free access to this article.


The centrifugal oil pump is a self-priming centrifugal pump, which has the advantages of simple structure, convenient operation, stable operation, easy maintenance, high efficiency, long life, and strong self-priming ability. There is no need for a bottom valve in the pipeline, just make sure that there is a certain amount of pilot oil stored in the pump body before working. Centrifugal pumps are suitable for oil industry, land oil depots, oil tankers, and suitable for marine cargo oil pumps, bilge pumps, fire pumps, ballast pumps and machine cooling water circulation, etc., respectively transporting gasoline, kerosene, diesel, jet fuel and other petroleum Products and seawater, clean water, medium temperature -20 ℃ - +80 ℃, such as transporting chemical liquids can be replaced by anti-corrosion mechanical seals.
The centrifugal oil pump is made of selected materials, and the seal is made of hard alloy mechanical seal, which is durable. The discharge pipeline does not need to install a safety valve, and the suction pipeline does not need to install a bottom valve, which simplifies the pipeline system and improves the working conditions.
(1) Smooth operation: The concentricity of the pump shaft and the excellent dynamic and static balance of the impeller ensure smooth operation without vibration.
(2) No water leakage: The cemented carbide seals of different materials ensure that there is no leakage when conveying different media.
(3) Low noise: The water pump supported by two low-noise bearings runs smoothly, except for the faint sound of the motor, which is basically silent.
(4) Low failure rate: The centrifugal oil pump has a simple and reasonable structure, and the key parts are equipped with high-quality accessories, which greatly improves the trouble-free working time of the whole machine.
(5) Easy maintenance: replacement of seals and bearings is simple and convenient.
(6) Less land occupation: the outlet can be left, right and upward, which is convenient for pipeline arrangement and installation and saves space.
(1) According to the working conditions of the pump, the centrifugal oil pump is lubricated with calcium-based butter and oil respectively. If the pump is lubricated with butter, the bearing box should be filled with butter regularly. If the pump is lubricated with oil, if the oil level is insufficient, then add enough.
(2) Check whether the storage liquid in the pump casing is higher than the upper edge of the impeller. If it is insufficient, the storage liquid can be directly injected into the pump body from the liquid filling port on the pump casing. The operation should not be started when the storage liquid is insufficient, the pump cannot work normally, and the mechanical seal is easily damaged.
(3) Check whether the rotating parts of the pump are stuck and bumped.
(4) Check the pump body foot and the nuts of each connection for looseness.
(5) Check the coaxiality or parallelism of the pump shaft and the motor shaft.
(6) Check the inlet pipeline for air leakage. If there is air leakage, try to eliminate it.
(7) Open the valve of the suction line, slightly open (do not fully open) the outlet control valve.
(1) First, the gate valve on the discharge pipeline must be closed.
(2) Stop the pump from rotating.
(3) In the cold season, the liquid storage in the centrifugal pump body and the water in the cooling chamber of the bearing body should be emptied to prevent the parts from freezing and cracking.


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Henan Yunyu Mechanical Equipment Co., Ltd.
Check valve principle check valve structure check valve feature check valve application check valve construction
Check valves, also known as check valves or check valves, are designed to prevent backflow of media in the line. The valve of the opening and closing member is opened or closed by the flow of the...
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Now the Blagoveshchensk ferry will be able to pass traffic on both lanes of the roadway.
Specialists of SK Most Group of companies completed the construction of the Russian part of the bridge crossing.
USK MOST JSC has completed all the planned works within the framework of construction of the facilities
The two-track stage tunnel from Okskaya station to Stakhanovskaya station has been completed in accordance
Specialists of the enterprises of the SK MOST Group of companies - JSC STROY-TREST, JSC BTS completed
The structure has been under construction for three years.
JSC USK MOST completed dredging operations in the port of Sabetta as part of the navigation of 2015.
Specialists of Mostotrest 2005 LLC have completed the construction of two overpasses across the Khoroshevskoe
Specialists of Mostotrest 2005 LLC have completed the reconstruction of the Dorogomilovsky bridge over


The proposed Bengoh Dam is located approximately 40km south of Kuching and about 2km from Kpg. Bengoh. The storage capacity of Bengoh Dam is 144.1 Mm3. The Bengoh Dam Project includes the construction of a 63.2m high and 267m long roller compacted concrete (RCC) dam, a 1941m long paved access road complete with a 89.60m long bridge over Sg. Semadang and other associated works. Work commenced on 7.8.2007 and is expected to be completed in year 2013.
Above: The Roller Compacted Concrete(RCC) Bengoh Dam


KIND OF THE CHECK VALVES
• Yakacik Check Valve Catalogue
• Dual Plate Check Valve Catalogue
• Brass swing Check Valve Catalogue
• Wafer Swing Check Valve Catalogue
"Check valves are safety armatures which prevents the fluid in the line to turn back. The closing element moves on the vertical direction on the sitting surface. They close by the power of spring and register weight It is suggessted to been installed in horizontal position for the types with spring."


Shipshaw is a 1,145MW hydro power project. It is located on Saguenay river/basin in Quebec, Canada. According to GlobalData, who tracks and profiles over 170,000 power plants worldwide, the project is currently active. It has been developed in multiple phases. Post completion of construction, the project got commissioned in 1943. Buy the profile here.
The project is currently owned by Rio Tinto Alcan.
Shipshaw is a reservoir based project.
The project got commissioned in 1943.
Shipshaw (Shipshaw Expansion) is equipped with GE Renewable Energy francis turbine. The phase consists of 1 turbine with 225MW nameplate capacity.
Shipshaw (Shipshaw Phase I) is equipped with Voith Hydro Holding francis turbines. The phase consists of 12 turbines.
GE Renewable Energy supplied electric generator(s) for the Shipshaw (Shipshaw Expansion). The generator capacity is 250 MVA.
Voith Hydro Holding supplied 7 electric generators for the Shipshaw (Shipshaw Phase I). The generator capacity is 75 MVA.
For more details on Shipshaw, buy the profile here.


John Blue’s 3 Inch Poly-Centrifugal Pump harnesses the double “wet-seal” design, ensuring the pump can be run dry without causing seal failure. The closed impeller technology means the pump efficiency improves over time as the impeller wears. These pumps feature a 2-in-1 inlet and are built with chemical-resistant materials.
They feature a polypropylene body, FKM and Viton seals and 316SS impeller shaft. They are available with gas engines, electric motors and flanged fittings and are fully-assembled out-of-the-box. 2 Inch Poly-Centrifugal pumps are also available. 375 gpm maximum flow/45 psi maximum pressure.
Learn more at www.JohnBlue.com/product/3-poly-centrifugal-pumps/.


Seli is a 400MW hydro power project. It is planned on Chenab river/basin in Himachal Pradesh, India. According to GlobalData, who tracks and profiles over 170,000 power plants worldwide, the project is currently at the permitting stage. It will be developed in a single phase. Post completion of the construction, the project is expected to get commissioned in 2025. Buy the profile here.
The project is being developed and currently owned by NTPC.
Seli is a run-of-river with pondage project. The hydro reservoir capacity is planned to be 8.223 million cubic meter. The gross head and net head of the project will be 114.92m and 108.35m respectively. The project is expected to generate 1,474.03 GWh of electricity.
The hydro power project consists of 4 turbines, each with 100MW nameplate capacity.
The project has 4 electric generators that will be installed at the project site.
Post completion of the construction, the project is expected to get commissioned in 2025.
For more details on Seli, buy the profile here.
NTPC Ltd (NTPC) is an energy company. It has presence in the entire value chain of the power generation business. The company produces electricity and sells it to state power utilities on wholesale basis. NTPC generates electricity using coal, gas, liquid fuel, hydro and other renewable sources. It also provides consultancy, e-mobility solutions, project management and supervision; holds interests in coal mining blocks; and carries out energy trading, oil and gas exploration, training of power professionals, rural electrification, ash utilization and coal mining. NTPC is headquartered in New Delhi, India.


Prime Minister Imran Khan has inaugurated the Diamer Bhasha Dam which is going to be the world’s tallest roller compact concrete dam.
Diamer Bhasha dam will be constructed on the Indus River in Khyber Pakhtunkhwa (KPK) and Gilgit Baltistan area. The 272 meters high dam is expected to be completed in 2028 which has the gross storage of 8.1 million acre-feet (MAF) reservoir along with 14 spillway gates.
The government of Pakistan signed a contract with a joint venture of Power China and Frontier Works Organization (FWO) for the construction of the Diamer Bhasha Dam with the estimated construction cost of $14 billion. FWO holds the 30 percent share while the Chinese firm captures 70 percent of work.
Importance of Diamer Bhasha Dam for Pakistan
Diamer Bhasha Dam will be Pakistan’s third-largest dam after Terbela and Mangla dams being built on Indus River. The completion will see a rise in the country’s water storage capacity from 30 to 48 days.
The dam will help the country to increase the water capacity, ease in flood, more power generation, and water diversion for the irrigation system.
While addressing the ceremony PM Imran Khan said that dam completion will see an economic gain as well as environmental for Pakistan along with producing thousands of jobs.
He also declared that the government shifted towards constructing river-based dams, for the reason that it will ease the pressure on foreign exchange reserves of the country as Pakistan will no longer purchase furnace oil to produce expensive electricity.
Special Assistant to PM on Information and chairman CPEC Authority Gen (Retd) Asim Saleem Bajwa also announced that 1.2 million acre-feet (MAF) will be added for agriculture, create economical, greener hydropower and 16,000 jobs opportunity by advancing different sectors.
According to reports, the creation of a diversion system, access bridge, main dam, and 21 MW Tangir hydropower project is also included in the signed contract.
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KETO offers robust pump solutions for improved performance in dredging. Wear was the central focus for our engineers when designing KETO dredge pumps. Our innovative design enables longer wear life and low power consumption while increasing productivity.
Our range is designed specifically for dredging large and abrasive materials for use in the transport of underwater sediments (sand, gravel or rocks). Typical applications include DMS circuits, sugar beet, sand reclamation and slag granulation.
When selecting the ideal pump solution we consider key design parameters of the type of installation, critical flow rate, total discharge head and the pump design material. Our offering of heavy duty dredge pumps, feature thick wear-resistant high chromium iron parts for improved performance.
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Capable of handling large particles at consistently high efficiency, resulting in lower costs. Casing is designed with a large volume internal profile to reduce associated velocities which prolong component life. Designed to pump extremely aggressive slurries with a wide particle distribution.
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The complete STS Series product family now includes 5-in, 6-in, 8-in, and 9-in models with flows from 60 to 1600 gpm and a total dynamic head up to 2300 ft. The series is intended for irrigation, agricultural, industrial, commercial, or municipal water pumping applications. Each pump features ductile iron motor brackets, ductile iron discharges, cast 304 stainless steel impellers, robust spiral cutlass rubber intermediate bowl bearings, and copper bismuth bronze discharge and motor bracket bearings.
The 9-in STS will be offered in 600, 1050, and 1200 gpm flow ratings and feature premium construction materials, spiral cutlass rubber intermediate bearings designed for harsh environments, 416 stainless steel pump shaft, investment cast stainless steel impellers, abrasive resistant hydraulic design, dual discharge allows for flexibility between 6-in and 8-in drop pipe and premium glass-lined bowls for increased efficiency and abrasion resistance.
Franklin Electric's 9-in STS Series Submersible Turbine Pump.


Nurek Reservoir(redirected from Nurek Dam)
Also found in: Wikipedia.
a reservoir formed by the dam of the Nurek Hydroelectric Power Plant on the Vakhsh River in the Tadzhik SSR. Filling of the reservoir began in 1972. Area, 98 sq km; volume, 10.5 cu km; length, 70 km; maximum width, 1 km; average depth, 107 m. The level of the reservoir fluctuates within a range of 53 m. It provides seasonal regulation of the water flow. Regulation of the flow of the Vakhsh and a 300-m rise in the water level will make possible additional irrigation of about 1 million hectares of fertile land in the Karshi and Kzyl-Kum steppes and on the Dangara Plateau, and also improvement of navigation conditions on the lower Vakhsh and the Amu Darya.


Mangla Dam is World’s third most astronomically immense earth-filled dam was consummated in 1967 on the River Jehlum. It is situated 115 km south-east of Islamabad. After travelling for 101 km on G.T. Road, we have to peregrinate turn left from Dina to cover remaining 14 km. The dam is 3,353 m long, 116 m high above the river bed and 3,140 m wide at its crest. It is designed to store 5.88 MAF dihydrogen monoxide and has a minimum power generation capacity of 600 megawatts. There is an old Gakkhar Fort on the dam to have a panoramic view of the lake.
Purpose of The Project:
Mangla Dam is a multipurpose project primarily meant for affecting part replacement of water supplies of three eastern rivers from Jhelum river. Besides, it is designed to conserve and control flood water of river Jhelum through significant reduction in flood peaks and volumes at downstream by incidental use of the available storage space. The other by products are power generation to meet the power demand of the country, fish culture to provide protein rich diet, tourism to provide healthy recreation facilities to the people and navigation.
Mangla Dam project consists of two dams (Main Dam & Jari Dam), two dykes to contain reservoir, two spillway for outflow regulations, intake structures with five tunnels, a power house and a tailrace canal.
Mangla Dam Power House has been constructed at the toe of intake embankment at the ground surface elevation of 865 ft. SPD. The water to power house is supplied through five steel lined tunnels of 30/26 ft. diameter. Each tunnel is designed to feed two generating units. The power house tailrace discharges into New Bong Canal which has a length of 25,000 ft. with discharge capacity of about 49,000 cusecs, and terminates at an automatic gate control headworks at about 12 km downstream located near old Bong Escape Headworks.


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Bain Construction, a trusted name in general contracting, successfully completed the Road Grading and Storm Drainage project in El Paso, Texas. This project focused on enhancing road infrastructure and stormwater drainage in the area.
The project addressed road deterioration issues and the need for effective stormwater management to prevent flooding and erosion.
Our experienced team executed the project with expertise, including road grading to improve road quality and storm drainage system enhancements. These measures enhance road safety and protect the community from storm-related issues.
The Road Grading and Storm Drainage project has significantly improved road conditions and stormwater management in the area. Residents and travelers benefit from safer roads and reduced flood risks, contributing to the overall well-being of the community.


Regional Water Quality Control Board, Region 1 (North Coast), Santa Rosa
Mendocino County DPW - Hearst Willits Road
NOE - Notice of Exemption
The primary purpose of the Project is to replace two failing culverts with one concrete box culvert and stabilize the banks at the inlet and outlet. The proposed Project would include replacing two existing 48" x 45' perched culverts with one 10' x 6' x 45' concrete box culvert. The new culvert will be countersunk two feet below stream grade and backfilled with existing native streamed material. The new culvert will widen and enhance channel capacity and function. Cast-in-place wing walls will be constructed at the upstream and downstream ends of the new box culvert.


Pratibha Industries Ltd has received a Rs 104.20-crore order from Municipal Corporation of Delhi for the construction of three conventional underground multi-level car parks at New Friends Colony, Jangpora and Kalkaji. The project is to be executed within 15 months.
The Haryana Urban Development Authority has awarded the Mumbai-based company a Rs 129.89-crore order for a comprehensive water supply scheme at Chandu Budhera village in Gurgaon district. The project is in joint venture with SMS Paryavaran Pvt. Ltd. The project is to be executed within 24 months.
This project has various components viz. design and construction of raw water collection system, 22-mgd water treatment plant, clear water collection and transmission system (including 13 km of 1,000 mm dia transmission main), permanent dewatering system for lowering water table, electrical, scada and telemetry system, and operation and maintenance for six years.
The company, a part of the Pratibha Group, is in the business of integrated infrastructure solutions and manufacture of SAW pipes.


A consortium led by SMEC and including WS Atkins, EGC and BARQAAB Pakistan, has been awarded the design review and construction supervision contract for the New Khanki Barrage Project by the Punjab Irrigation and Power Department in Pakistan.
The project involves construction of a new barrage at Khanki on the River Chenab. The new barrage will include a main gated weir approximately 300m downstream of the existing weir, a new regulator with six 9m bays and a barrage with two abutments and 62 piers. A 1.3km bridge will be constructed over the main barrage with two fish ladders either side for fish migration.
Image: Project area. Image courtesy Irrigation & Power Department of the Government of Punjab.


SeriesSDVB–3…–6 stack valve sare used for sequence and preload functions. They are equipped with the two-stage pressure relief cartridge type DVPA–3–10… When closed, the valves shut off the relief path with spool type leakage (see performance data).The pilot stage of the cartridge is drained to port T – the pressure setting is therefore unaffected by fluctuations of the secondary pressure in P1, A1 or B1. The bypass check valve in models SDVB–3–AAAR–6…and SDVB–3–BBAR–6… allows reverse flow from A1 to A or B1 to B.
NOTE: After the connection P–P1 (or A–A1,B–B1) has opened, pilot oil drain flow to T will increase with rising system pressure (see performance data).The screw in design of the cartridge valve provides for straight forward, trouble free maintenance. Interface sealing is by means of O-rings which are retained in counterbores in the valve body.


Dual Shaft Hydraulic Pump With 2-1/2 Inch Diameter Gear
Free shipping on orders over $100 details
Orders placed before 11am PST will ship same day
Save: $235.18In stock
limited availability at this price!
Dual shaft design is ideal for powering refuse truck operations.
Tough cast iron construction.
Can handle continuous-duty maximum operating pressure of 2500 PSI.
The Dual Shaft Hydraulic Pump from Buyers Products is excellent for powering continuous duty operations such as refuse collection.
The pump is built tough of cast iron. A double shaft design allows for a maximum operating pressure of 2500 PSI while doing continuous duty. It can reach a maximum 1800 RPM.
The pump is bi-rotational and is available in a 2 in. and 2-1/2 in. gear size.
Product Common Use: Truck and Trailer Hydraulic Systems, Refuse Collection Vehicles
|Maximum Pressure||2500 PSI|
|Input Mount Type||Integral Bracket|


Population growth in the communities of Windale and Gateshead necessitated the need for improvements in critical water and sewer infrastructure. In an effort to provide a sewerage network of increasing reliability to the community Hunter Water commissioned Eire Constructions to build the Windale 1 WWPS Upgrade.
The Windale 1 WWPS Upgrade involved increasing storage capacity and the augmentation of the pumping output of station. The station upgrade included the conversion of the existing dry well wet well pumping arrangement to a modern pumping arrangement utilising submersible pumps.
The Project involved alterations to the existing pump well arrangement, application of corrosion protection to internal surfaces of wet well, installation of new discharge pipework and pumps, construction of an offline storage chamber, construction of hardstand and access road to the station.
Eire Constructions also managed the upgrade of existing electrical installations, switchboards and telemetry as part of the mechanical upgrade of the station and the design and implementation of a bypass system to complete the Upgrade.
The project was successfully delivered on time to Hunter Water by Eire Constructions with no environmental incidents and injury free.


- Flood Warning issued September 09 at 6:10AM CDT until September 09 at 11:50PM CDT by NWS
- Effective: 6:10 a.m. on Wednesday, Sept. 9, 2015
- Expires: 11:50 p.m. on Wednesday, Sept. 9, 2015
...The Flood Warning continues for the following rivers in
102 River at Rosendale affecting Andrew and Buchanan Counties.
Grand River near Sumner affecting Carroll...Chariton...Linn and
Platte River near Agency affecting Buchanan County.
Platte River At Sharps Station affecting Platte County.
Platte River near Platte City affecting Platte County.
The Flood Warning continues for
The 102 River at Rosendale.
* until this evening.
* At 8:58 PM Tuesday the stage was 18.4 feet.
* Flood stage is 18.0 feet.
* Moderate flooding is occurring.
* Forecast...The river will continue to fall to below flood stage by
late yesterday evening.
* At 18.0 feet...State Route 48 on the east side of Rosendale is
overtopped by flood waters.
* At 13.0 feet...Lowland agricultural flooding begins.
Location FS Stage Day/Time Forecast
Rosendale 18 18.4 Tue 09 PM 17.0 this morning
- See more at NOAA


Construction work on the HVDC converter station in Nowshera has begun under the CASA-1000 project, a project to transfer 1,300 MW of hydropower from Tajikistan to Pakistan.
According to details, National Transmission and Dispatch Company Limited has started construction work on an HVDC converter station for a CASA-1000 power project in the Azakhel Bala Nowshera area of Khyber Pakhtunkhwa to supply 1300 MW power from Kyrgyzstan, Tajikistan to Pakistan from Afghanistan.
Under the project, construction of a 1270 km long transmission line to Kyrgyzstan, Tajikistan, Afghanistan, Pakistan is also underway, which will be completed by 2023, while construction of converter station will be completed by 2024.
The $205 million project agreement was signed, the spokesman said, adding that NTDC had achieved another milestone in the power transmission system.
Pakistan and Tajikistan agree to complete the CASA-1000 energy project soon
Under the CASA-1000 power project, 1,300 megawatts of hydropower will be transferred from Tajikistan to Pakistan in the summer, helping to meet the country’s growing demand.
In this regard, a 1270 km long transmission line is also under construction, while in Pakistan NTDC is constructing a 113 km long HVDC transmission line from the Torkham border to the Nowshera converter station, according to the site of the converter station. The construction of the four walls has been completed.
The transmission line will be completed by 2023, the spokesman said, adding that the HVDC converter station project will be completed by 2024, according to the agreement’s completion period.
The total cost of the transmission line from Converter Station and Torkham Border to Nowshera is US 20 205 million, said Dr Khawaja Rifat Hassan, Managing Director, NTDC Engineer at the commencement of construction of the project. Appreciated the team’s efforts.


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The governments of Haryana and Himachal Pradesh have signed an MoU for the implementation of the Saraswati river rejuvenation project. The project involves the construction of a dam on 31.66 hectares of land in Sirmaur district of Himachal Pradesh. It entails an investment of Rs 2,150 million. The project also involves the construction of a reservoir in three villages of Yamunanagar district in Haryana to supply water to the Saraswati river during water shortage in the dam, along with the development of a barrage with a cumulative storage capacity of 1,674 hectares. It entails an investment of Rs 3,880 million.


Search Results: 'CIFA'You searched for CIFA
High speed segments for Yellow River diversion
01 July, 2000
The Wanjiazhai Yellow River diversion project will provide the Province's main cities of Taiyuan, Datong and Pingshuo with water through free flowing tunnels to specially constructed reservoirs. Italian contractor Impregilo sends this report.
31 March, 2000


The pump is a self-priming surface mounted pressure system pump supplied with plug and play leads (IEC type) wired and ready to install. The self-priming ability provides excellent suction capacity of up to 9m. Used especially.
The pump is characterised by:
Suitable for supplying water to domestic households. Also suitable for small scale garden irrigation.
Warranty (months) : 24 months


Elizabeth Street, Tanunda - Drainage upgrade project
- Elizabeth Street, Tanunda (view map)
- Anticipated completion date
- 31 May 2022
Council has completed the stormwater drainage upgrade to improve the management of stormwater within the Council area and reduce the risk of stormwater flooding of residential properties and businesses.
This drainage upgrade project involved installation of a new underground drainage system from Langmeil Road to the North Para River along Elizabeth Street.
Tanunda Recreation Park Clubrooms and Changerooms
- Redevelopment, The Big Project
Tanunda Recreation Park will see construction of multi-use clubroom, unisex changerooms, amenities, office space, commercial kitchen and spectator viewing that will meet contemporary standards.
Maria Street, Tanunda - Drainage upgrade project
This drainage upgrade project involved upgrading the existing stormwater drain from Maria Street to the property boundary approx. 150m west of Maria Street.
Tanunda Recreation Park Junior Oval and Cricket Nets
- The Big Project
Tanunda Recreation Park will be the home of a new Multipurpose Junior Sports Oval along with new Cricket Training Nets.


A Brief Introduction of the y Swing Check Valve
|27.1.2020||Posted by hdsteelvalve under Business Products & Services|
The y swing check valve is also called a one-way valve or check valve, which is used to prevent medium backflow in the pipeline. The opening and closing parts are opened or closed by the medium flow and force to prevent the medium from flowing back. The valve is called a check valve. Check valves belong to the kind of automatic valves, which are mainly used in pipelines where the media flow in one direction. Only one direction is allowed to flow to prevent accidents. Valves of this type shall generally be installed horizontally in pipes.
- Product Description
The y swing check valves are used in pipelines with a nominal pressure of PN1.6-6.4 MPa and working temperature of – 29-550 C in petroleum, chemical and thermal power stations.
Applicable medium: water, oil, steam, and so on.
The y swing check valves refers to the valve that automatically opens and closes the disc depending on the flow of the medium itself to prevent medium backflow, which is also known as a check valve, one-way valve, counterflow valve, and back pressure valve.
The check valves are an automatic valve that is used to prevent the backflow of the medium, the reverse of the pump and drive motor, and release of the container medium.
Check valves can also be used in pipelines to supply auxiliary systems where the pressure may rise above system pressure. Check valves can be divided into swing check valves (rotating according to the center of gravity) and lift check valves (moving along the axis).
2 Main Structural Characteristics
The y swing check valves adopt the structure of the internal rocker y swing. All the opening and closing parts of the valves are installed inside the valve body and do not penetrate the valve body. Except for the sealing gasket and ring used in the middle flange part, there is no leakage point, on the whole, to prevent the leakage of the valve. The y swing check valve rocker arm and valve disc connection adopt spherical connection structure, so that the disc has a freedom angle within 360 degrees, with appropriate micro-position compensation. The y swing check valves of Huande Steel Valve have been widely used in chemical, metallurgical, pharmaceutical and other fields. Check valves are generally suitable for cleaning media, not suitable for media containing solid particles and high viscosity.


Georgia, Tbilisi, Sept. 16 /Trend N.Kirtzkhalia/
Prime Minister of Georgia Bidzina Ivanishvili urged the people not to oppose the construction of water power plants over the entire country.
At a ground-breaking ceremony of the construction of the Shuakhevi water power plant at Adjara the prime minister said that Georgia needs to construct new additional power plants to generate additional electricity.
"For Georgia it is important to build a power plant firstly in order to ensure its energy security and then to export electricity. Despite the fact that some politicians have managed to raise the population against the construction of a water power plant on the pretext of environmental protection, we need to continue the development of energy for the progress of our country," the Prime Minister said.
Ivanishvili said that "some individuals have managed raise the Patriarch of Georgia against the construction of two water power plants, who in turn personally asked the Prime Minister to refrain from building power plants, as well as the largest Khudoni one.
"But our Patriarch is wise and I managed to convince him of the need to build a power plant and in fact we will not inflict any damage to nature," the Prime Minister said.
The Prime Minister noted that power plants are built in Scandinavia, Austria, Switzerland, without any slightest damage to the nature and urged the population of the Svaneti region to support the construction of Khudoni.
"Tomorrow the issue of construction of the Khudoni power plant will be discussed and I ask people to support this project despite the fact that some areas will be flooded. But Georgia needs this and especially the development of the Svaneti region," Ivanishvili said.
Georgian Prime Minister Bidzina Ivanishvili and Minister of Energy and Natural Resources Kakha Kaladze attended the groundbreaking ceremony of construction of a new power plant at Adjara.
The rated capacity of the Shuakhev water power plant will amount to 178 MW and annual electricity output will be 445.1 million kilowatt/hours.
The project envisages the construction of two dams and reservoirs.
Alongside the construction of the Shuakhev power plant, investors will begin construction of the Skhalta water power plant which is included in a cascade of water power plants.
The rated capacity of this water power plant will be 5.8 MW and the annual power generation will be 20.8 million kilowatt/hours.
The investment cost of both projects is $300 million. The construction of the power plant is planned to be completed in the second half of 2016.
Construction of a cascade on the River Acharistskali is being carried out by the Indian company Tata Power (40 per cent), Norway's Clean Energy Invest (40 per cent) and IFC InfraVentures (20 per cent) which was established at the first stage by the International Finance Corporation (IFC).
Do you have any feedback? Contact our journalist at firstname.lastname@example.org
Follow us on Twitter @TRENDNewsAgency


SP10S Side Ported valve subplate, Cetop5, D05, Size 10 hydraulic valve subplate installs CETOP5 hydraulic valve as connection valve panel, the inlet and outlet port is be able to connected with indicated threads, such as SAE, NPT, BSPP or custom threaded like Metric threads, there are X and Y port are designed on panel and threaded connection on each side.
D05 Subplate side ported is manufactured by digital central machines to keep it precisely dimensions of valve mounting and threaded connection. For standard brand of valve list, please check it belo.
D05 Subplate Side Ported For Standard Industry Valves:
ISO No.: 4401-03-02 series valve series mounting
Rexroth: WE series valve series mounting
Yuken: DSG series valve series mounting
Bosch: FD4 series valve mounting
Continental: V series valve mounting
Denison: A series valve mounting
Nachi: SA, SS-G01, DMA series valve mounting
Parker: D1VW series valve mounting
Vickers: (K)DG4V-3 series valve mounting


Hydro capacity accounted for 16.7% of total power plant installations globally in 2021, according to GlobalData, with total recorded hydro capacity of 1,357GW. This is expected to contribute 12.6% by the end of 2030 with capacity of installations aggregating up to 1,555GW. Of the total global hydro capacity, 8.08% is in Brazil. Listed below are the five largest active hydro power plants by capacity in Brazil, according to GlobalData’s power plants database. GlobalData uses proprietary data and analytics to provide a complete picture of the global hydro power segment. Buy the latest hydro power plant profiles here.
1. Belo Monte
The Belo Monte is a 11,233.08MW hydro power project located in Para, Brazil. Post completion of construction, the project was commissioned in 2016. The project was developed by Norte Energia. Belo Monte Participacoes; Centrais Eletricas Brasileiras; Centrais Eletricas do Norte do Brasil; Companhia Hidro Eletrica do Sao Francisco; Fundacao dos Economiarios Federais; Fundacao Petrobras de Seguridade Social; JMalucelli Energia; Light; Siderurgica Norte Brasil; Vale own the project. Buy the profile here.
The 8,370MW Tucurui hydro power project is located in Para, Brazil. UTC Engenharia has developed the project. It was commissioned in 1984. The project is owned by Centrais Eletricas do Norte do Brasil. Buy the profile here.
3. Itaipu- Brazil
The Itaipu- Brazil is a 7,000MW hydro project. Itaipu Binacional owns the project. It was commissioned in 1984. It is located in Parana, Brazil. Buy the profile here.
The Jirau hydro project with a capacity of 3,750MW came online in 2013. The project was developed by Energia Sustentavel do Brasil. Companhia Hidro Eletrica do Sao Francisco; Eletrosul Centrais Eletricas; Engie; Mitsui have the equity stakes in the project. It is located in Rondonia, Brazil. Buy the profile here.
5. Santo Antonio
The Santo Antonio has been operating since 2012. The 3,568.30MW hydro project is located in Rondonia, Brazil. The project has been developed by Santo Antonio Energia. Cemig Geracao e Transmissao; Furnas Centrais Eletricas; Odebrecht Energia have the equity stakes in this project. Buy the profile here.
For more details on the latest hydro power plants, buy the project profiles here.


GDL Multistage Centrifugal Pump
QJ(R) Deep Well and Borehole submersible pump and motor
Slush and Sewage Pump
Q(D) small size submersible pump
Water-Proof Winding Wire for Submersible Motor
QJ(R) Electric Submersible Pump for Deep Well and Borehole
Slush And Sewage Submersible Pump
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China Gezhouba Group Co. signed a project development agreement with the Lao government on Friday to build a hydropower station in Saravane Province. The agreement comes as the two countries push forward construction of the-China-Laos railway.
This is the first hydro plant investment project in Laos by the China Gezhouba Group, which built the Gezhouba Dam with a total installed capacity of 2,715 megawatts along the Yangtze River in China.
The project, named Xelanong 2, is located on one of the tributaries of the -Mekong River. The construction is expected to take about 40 months and the total investment is around $71.86 million. The hydropower station, with a dam height of 55 meters, will be operated under the build-operate-transfer (BOT) model.
In terms of the overseas hydropower project, Sinorock has gained lots of practical experience owing to Sinorock reliable rock anchor system. Sinorock rock anchors have been used in many famous international projects, like Pakistan NJ Hydroelectric Project, Malaysia HuLu Hydroelectric Station, Nepal Upper Tamakoshi Hydroelectric Project and Ecuador Topo Project, etc..
Sinorock is devoting itself to provide systematic rock anchoring solution for global geotechnical anchoring projects and be the security ground expert. Sinorock rock anchor must be your dependable choice for the construction of hydropower stations.


ECOJET 120 3/4 HP 110VReturn to Shop
Leader Ecojet highly reliable self priming JET Pumps with excellent suction capability which allows the free passage of air bubbles, which can be used for supplying water for domestic and irrigation applications. Leader Ecojet pumps are built with anti-corrosive and rust-proof materials. Leader Ecojet motors with thermic overload protection. Wear resistant shafts and impellers. Double sealing system between motor and hydraulic part. Leader Ecojet pumps have a high resistance to frost and icing. Manual on/off switch.


Agreement signed with Erdeneburen hydropower plant project’s general contractorSociety
Ulaanbaatar /MONTSAME/ At the Cabinet’s regular meeting on September 22, Minister of Energy gave updates on the Erdeneburen hydropower plant.
The Ministry of Energy signed an agreement with the general contractor of Erdeneburen hydropower plant project included in the Government’s Action program for 2020-2024 on September 17.
Power Construction Corporation of China Ltd and Powerchina Chengdu Engineering Corporation Limited were selected to construct the hydropower plant with an installed capacity of 90 MW. The construction is planned to begin in 2022 and be completed in 2026 and the power plant will open in 2027.
The Erdeneburen hydropower plant will produce 366 million kW/h electricity annually and supply it to Altai-Uliastai regional power system to provide the region with electricity.


Rehabilitation of the water reservoir ensures the flood protection in the Isar valley. The construction section comprises the construction of the seepage water tunnel as well as the access structures at both ends of the tunnel.
A first in the Netherlands - TBM drive in the city centre: Hubertus tunnel, the longest inner-city road tunnel in the Netherlands, completes the Northern “Randweg” of The Hague.
The 3.1 km long Oenzberg tunnel is part of the new Mattstetten-Rothrist railway line in Switzerland. This railway line improves the connection between Bern and Olten.


Flood Warning issued February 22 at 9:42PM CST until February 28 at 5:49AM CST by NWS
AREAS EFFECTED: Decatur; Perry
The Flood Warning continues for the Tennessee River. The Flood Warning continues for the Tennessee River at Perryville * until Thursday February 27. * At 9 PM Saturday the stage was 369.6 feet. * Moderate flooding is occurring and moderate flooding is forecast.


Turbosan - Model KAT Series - Medium and High Pressure Centrifugal Multi Stage Pumps
Türbosan KAT series pumps are medium and high pressure, multi stage pumps with closed type impellers and diffusers suitable for pumping clean water and water with slight solid content and for liquids with low viscosity.
- Fire fighting and cleaning systems,
- Water supply and cooling water systems,
- Holiday resorts, hotel, building water supply,
- Agricultural irrigation,
- Power plants.


NEMA MOTOR TECHNICAL DATA
VPS pumps are non-self priming, vertical, multistage, in-line pumps with flanges.
Impellers, chambers, and pressure casings are stainless steel.
Pump stub an motor shaft are close coupled.
All pumps are equipped with a cartridge-type mechanical seal for easy maintenace
|Type:||Multistage Vertical Pumps|
|Flow range:||14 – 36 gpm|
|Max. Head:||740 ft|
|Power:||0.75 – 10 hp|


Maranantha Way and Chipper Lane
drainage improvement project complete
The Maranatha Way and Chipper Lane drainage improvement project in Pace is now complete. The project increased flood protection for 27 structures
through the installation of drainage inlets, construction of a regional stormwater retention facility, modifications to the existing stormwater pond, and construction of associated pipe network and surface ditches allowing for additional storage.
"I am very excited to see this project completed," said Commission Chairman Sam Parker, District 1. "Thankfully, our local option sales tax has allowed us to complete much needed infrastructure projects like this."
The total construction cost was $1,284,307 of which 75 percent was funded through the Hazard Mitigation Grant Program (HMGP). The remainder was paid by the local option sales tax. The project was designed by Baskerville-Donovan, Inc. and construction was undertaken by Pensacola contractor Chavers Construction. For more information, contact Sheila Fitzgerald, 850-981-2016.
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