Description of Derince Dam ProjectDam is designed as a concrete face rockfill dam type. Within the scope of the project, spillway, bottom outlet, diversion conduit, intake structure, downstream channel improvement, material access roads, main access roads, electrical and hydro-mechanical final design drawings have been prepared. Topographic surveys, geotechnical investigations, determining barrow areas of construction materials, hydraulic studies, dam body static-dynamic analysis, seismic hazard analysis, related cost analysis, financial and economic analysis are among the services provided.
- Dam body type: Rockfill dam
- Height from the foundation: 67.00 m
- Maximum storage volume: 20.60 million m³
- Dam fill volume: 2,485,000 m³


Jib with integrated winch on attachment which can be folded and configured for two capacities. Fully extended, with length of 4.5 metres, it has a single capacity of 1,200 kg; folded, with 1.6 metre length, it has a dual capacity of 3,000 kg. Winch equipped with rope pressure roller and hydraulic limit switch system for rope raising/lowering.
For HTH range, it is available only for 10.10.
Product Code: ATT-04-009


The Flood Warning continues for the Connecticut River at Montague. * Until late tonight...or until the warning is cancelled. * At 6:30 am Thursday the stage was 28.0 feet. * Flood stage is 28.0 feet. * Forecast...the river is expected to rise to near flood stage this afternoon. * Impact...at 29.0 feet...flooding of low lying areas is expected primarily from Montague downstream through Sunderland and Whately.


From the IDNR-OWR
Inflows to the Fox River and Chain of Lakes are rising; the Fox River near New Munster, Wi stage is 12.2′ and the Nippersink Creek near Spring Grove flow is 979 cfs. Fox Lake stage is 4.2′ and rising. The Stratton Dam tailwater stage is 3.8′. The Algonquin Dam tailwater stage is 9.1′
The National Weather Service has forecasted 1/2″ of precipitation thru today. Also, the above freezing temperature are thawing the ground which is releasing the soil moisture. The NWS is forecasting Fox River near New Munster, WI will crest at a stage of 15.0′ on March 16. The NWS is forecasting the Fox River Algonquin Dam tailwater will crest at a stage of 10.7′ on March 20.
All gates at Stratton Dam are opened to pass as much flow as the river will deliver. Our initial estimate shows that Fox Lake will crest near 5.9′ and Stratton Dam Tailwater will crest near 5.4′ on March 20.


- Flood Warning for Inland Liberty County, Georgia
- Flood Warning issued March 02 at 10:48AM EST until March 03 at 1:00AM EST by NWS
- Effective: Monday, March 2, 2015 at 10:48 a.m.
- Expires: Tuesday, March 3, 2015 at 1 a.m.
The Flood Warning continues for
The Ogeechee River Near Midville.
* At 10 AM Monday the stage was 6.0 feet.
* Flood stage is 6.0 feet.
* Forecast, the river is expected to drop below flood stage this
* At 6.0 feet, The access road into the River Bluff in Midville begins
to flood. The lower portion of Johnson Road near Herndon also


Built by HCC in a joint venture with Halcrow Group of U.K., the ₹5,750 crore and 330 MW Kishanganga Hydro Electric Power project has achieved many firsts in the history of Indian infrastructure construction
Inaugurated by the Prime Minister of India, the Kishanganga Hydro Electric Power project is the first mega hydro power plant to be awarded as EPC to HCC by NHPC. Located at Bandipore in north Kashmir, the project envisages diversion of water of the Kishanganga River to the underground power house through a 23.25 km long head race tunnel (located 1.5km deep in the mountain) to generate 1,713 million units of power per annum. Apart from the many states which would be the project’s energy beneficiaries, 12% of the power generated will be provided to the Jammu & Kashmir.
KHEP is a $864-million dam, which is part of a run-of-the-river hydroelectric scheme that is designed to divert water from the Kishanganga River to a power plant in the Jhelum River basin. The project includes a 37m (121-ft) tall concrete-face rock-fill dam to divert a portion of the Kishanganga River south through a 24 km (15 mi) tunnel. The tunnel is received by a surge chamber before sending water to the underground power house, which contains 3 x 110 MW Pelton turbine-generators. After the power plant, water is discharged through a tail race channel into the Wular Lake. The drop in the elevation from the dam to the power station will afford a hydraulic head of 697 m (2,287 ft).


Goulds pump model 3175 size 10×12-18
Product ID: PT5091
- Manufacture: Goulds
- Model: 3175
- Size: 10×12-18
- Material: 316 Stainless
Standard Model 3175 pumps can be fitted with a repeller between the stuffing box and impeller. At startup, the repeller functions like an impeller and pumps liquid from the stuffing box. When the pump is shut down, a conventional static seal prevents pumpage from leaking.
Goulds 3175 size 10x12x18 stock pump


other countries (English)
This is a 40m truck pump with pumping high-volume concrete. Max. pumping output is 160m³/h, meaning high construction efficiency.
• Boom intelligent damping technology. Reducing the impacting vibration of booms and makes operate more stably, reliably and safely.
• Accurate pumping control technology(APC):Great leap of pumping accuracy and adaptability, improving pump efficiency.
• Adaptive concrete material pumping technology: Specially designed for poor concrete with easy segregation and big viscosity, and auto-adaptive pumping mode, reducing the block rate by more than 50%.
|Pump Unit||Maximum theorical output||m3/h ||160/100|
|Maximum pressure on concrete ||bar ||70/110|
|Conc. cylinders (diam. x stroke)||mm||230x2100 |
|Concrete hopper capacity||L||600|
|Boom Section ||Maximum vertical reach||m||39.5|
|Maximum horizontal distance||m||35.2|
|Minimum unfolding height||m||8.1|
|End hose lenght||m||3|


The Ulu Jelai hydroelectric project is currently under way in Malaysia. The project consists of a first lot for the access roads (CW1) and a second lot (CW2+EM1) for construction of an RCC (Roller Compacted Concrete) dam some 90 meters high, and a 372-MW underground hydroelectric power plant, including hydroelectric and mechanical equipment with catchment works and approximately 25 km of tunnels.
In December 2013, a third lot of the project (CW3) consisting of rockfill protection of the basin's shores was awarded, valued at about €70 million, bringing the value of the contract to approximately €598 million.
The construction work, carried out by the subsidiary Salini Malaysia Sdn Bhd as part of a consortium with local partner Tindakan Mewah Sdn Bhd (Salini Malaysia 90%), will continue until 2016. The first lot of the project for the access road has been completed and delivered. As for the main lot consisting of the dam and hydroelectric plant, dam excavation has been completed and the river diversion works were finished on September 30, 2013, while excavation on the underground plant and tunnels of the plant headrace and tailrace system are at an advanced stage of completion.
For the third lot of the project, the mobilization phase has been completed and the consolidation works using rockfill have started with about 100,000 m3 of rockfill, filters and drains placed, the construction of access roads and the diversion of the river in two places.
The percentage of work completion as of June 30, 2014, was 65.8%.


Dubai Electricity and Water Authority (Dewa) has awarded a consultancy contract worth Dh6.3 million ($1.7 million) for the designing and construction of two water reservoirs in the emirate.
The first reservoir, with a storage capacity of 120 million gallons of desalinated water, will be located at Al Nakhli, while the second, with a storage capacity of 60 million gallons, will be at Al Lusaily area of Dubai.
Saeed Mohammed Al Tayer, the managing director and chief executive, said: "Dewa follows a strategic plan, which is a vital part of the Dubai Plan 2021. It also aims to establish Dubai’s leading position in the region, as an example of an effective and efficient infrastructure for electricity and water networks, to meet current and future requirements for all aspects of development in the emirate."
This project supports Dewa's efforts to enhance the efficiency and reliability of the water network, increase water flow to fulfil increasing demand for water in all parts of Dubai, and raise the volume of the emirate’s water reserves and support sustainable development, he added.
The construction and operation of both reservoirs is expected to be completed within 32 months. The designing of the reservoirs will be as per the latest standards of sustainability, said the statement from Dewa.
Once the project gets completed, Dewa's total storage capacity will increase to 1.01 billion gallons, compared to the current capacity of 820 million gallons, it added.


The distinctive shape of the new Si-10 UNIVERS’ L pump allows it's use in both new installations and refurbishments.
The improved pump ensures a reduced sound level and the new design offers ease of maintenance.
|Max Flow Rate (L/H):||20|
|Max Discharge Head (M):||10|
|Max Pressure (M):||14|
No customer reviews for the moment.


Bargi Dam is one of the major dams in Madhya Pradesh; it is of its first kind across the river Narmada. The Bargi Dam is situated near the Bijora Village, around 40 km southwest of Jabalpur city. The construction work of Bargi Dam was started in 1974. A major water source of the region, the Bargi Dam is also used for power generation. The dam site is opened for visitors round the year till late evening. The scenic Temar falls are the most frequented nearby attraction.


Stochastic modeling of Lake Van water level time series with jumps and multiple trends
Abstract. In the 1990s, water level in the closed-basin Lake Van located in the Eastern Anatolia, Turkey, has risen up about 2 m. Analysis of the hydrometeorological data shows that change in the water level is related to the water budget of the lake. In this study, stochastic models are proposed for simulating monthly water level data. Two models considering mono- and multiple-trend time series are developed. The models are derived after removal of trend and periodicity in the dataset. Trend observed in the lake water level time series is fitted by mono- and multiple-trend lines. In the so-called mono-trend model, the time series is treated as a whole under the hypothesis that the lake water level has an increasing trend. In the second model (so-called multiple-trend), the time series is divided into a number of segments to each a linear trend can be fitted separately. Application on the lake water level data shows that four segments, each fitted with a trend line, are meaningful. Both the mono- and multiple-trend models are used for simulation of synthetic lake water level time series under the hypothesis that the observed mono- and multiple-trend structure of the lake water level persist during the simulation period. The multiple-trend model is found better for planning the future infrastructural projects in surrounding areas of the lake as it generates higher maxima for the simulated lake water level.


Fengdu:Preliminary work of Liziwan Pumped-storage Power Station is progressing in an orderly manner
Hualong.com-New Chongqing Client at 6:30 on August 31 (correspondent Li Dayuan) Chongqing Fengdu County Chestnut The Bay Pumped-storage Power Station is a priority major reserve project and a key start-up project in the 13th Five-Year Plan for the Development of Western China. The upper reservoir of the power station is located in Lianhe Village and Lizi Village of Lizi Township; the lower reservoir is located in the Damaigou section of the lower reaches of Jilong River in Lizi Township. The project is expected to have a static investment of about 7.7 billion yuan and a dynamic investment of about 9.5 billion yuan. Up to now, the early stage work of the Liziwan pumped storage power station is progressing in an orderly manner, which has laid the foundation for the start of construction of the project in December 2021 basis.
The pivotal project of the Liziwan Pumped-storage Power Station project is mainly composed of multiple sub-projects such as the upper reservoir, the lower reservoir, the water transmission and power generation system, the ground switch station, and the underground powerhouse system. The project 05, Liziwan power station site drilling operations. The initial planned installed capacity is 1.4 million kilowatts, and four mixed-flow reversible pump-turbine generators with a single unit capacity of 350,000 kilowatts are installed, which are designed for 6 hours of continuous full power generation. The total storage capacity of the upper reservoir is 8.99 million cubic meters. The lower reservoir has a total storage capacity of 12.54 million cubic meters and a rated head of 565 meters. The power supply scope of the power station is the Chongqing Power Grid, and the system mainly undertakes tasks such as peak and valley filling, frequency modulation and phase modulation, and emergency backup. The power station is initially planned to be connected to the Fuling 500 kV substation about 50 kilometers away from the power station with 2 lines of 500 kV outlet.
“The designed annual power generation capacity of the power station is 837 million kWh, and the pumped storage power is 1.116 billion kWh. Can this goal be achieved by then?” In response to the author’s question, Qiu Shuxian, the person in charge of the research and design stage, answered Said that the Liziwan Pumped-storage Power Station has an advantageous geographical location, good storage conditions for upper and lower reservoirs, sufficient water sources, convenient external traffic conditions, convenient access to the system, and feasible engineering and technical solutions. At the same time, the construction of the power station will help alleviate the peak-shaving contradiction of Chongqing Power Grid, improve the operating conditions of thermal power, and improve the safety, stability and reliability of power grid operation. It is conducive to energy saving, emission reduction, environmental protection, and conforms to the requirements of building a resource-saving and environment-friendly society.
It is understood that the construction of the Liziwan Pumped Storage Power Station is scheduled to start in December 2021, and the first unit will be connected to the grid at the end of December 2029. At the end of December 2030, all 4 units will be connected to the grid. . The total construction period is 6 years and 6 months.
After the completion of the power station, the natural landscape formed by the upper and lower reservoirs, as well as the new infrastructure such as roads, can promote the development of local tourism and promote the sustainable development of the local economy.
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HCP L300A (made in Taiwan) is large volume submersible dewatering pump.
- 3 phase
- Large flow capacities achieved with almost no vibration or noise by use of Axial & Mix Flow design.
- Robust construction and compact design with a dry motor, double mechanical seal and impeller flow guide vane for high efficiency.
- Easy handling, energy saving and low maintenance.
- High efficiency motor directly connects to impeller to achieve best energy savings.
- Pump manufactured with heavy duty housing, cable leads are isolated by hardened epoxy for water proofing, double mechanical seal.
- Achieved IP68 (highest submersible water resistant protection rating), keeps pumps dust free and water proof to provide extended pump life and performance.
- Shaft and impeller are precisely balanced for quiet and long life performance
- 3D computerised design of impeller and vanes conductive design provide highest pump efficiency and stability.
- Casted ALBC3 material (Aluminium Bronze) impeller, it has a great abrasion and corrosion resistance.
- Aquiculture water pumping and drainage for large volume water applications.
- Water supply for landscape, water features, cooling in the power plant or drainage for industrial.
- Water extracting from rivers, lakes and reservoirs.
- Flood control or used for large volume dewatering.
- Others : Extraction of water from dock and river.
Limits Of Use
- Liquid Temperature: 0~40°C
- Submersion Depth: 30m (100ft)
|Power||15 HP (11000 watts)|
|Efficient / Maximum Head||4.5 / 9 meters|
|Efficient / Maximum Flow Rate||7000 / 8000 L/min|


The EcoFlow River Expansion Battery is designed to integrate with the RIVER to increase the energy capacity of the unit. You can easily double the capacity of the RIVER from 288Wh to 576Wh by attaching the RIVER Extra Battery to the main model.
Easy Expansion: Adds an additional 288Wh (28.8V) to the River Portable Power Station
Integration: Easily attaches to the River in just 3 simple steps!
Lightweight: The EcoFlow River Expansion Battery only weighs 5.5 lbs!


From The Pueblo Chieftain (Chris Woodka):
Federal operation of dams and power plants that are part of the Fryingpan-Arkansas Project will continue during a federal shutdown. The Bureau of Reclamation controls storage and releases from Pueblo Dam, Twin Lakes, Turquoise Lake and Ruedi Reservoir as part of the project.
It also operates the Mount Elbert power plant located at Twin Lakes.
“All of the Fryingpan-Arkansas Project will continue to be operational,” said Kara Lamb, spokesman for the regional Bureau of Reclamation office.


Works On Renaissance Dam Progressing Well: Official
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The Ethiopian Electric Power (EEP) said works on the Grand Ethiopian Renaissance Dam (GERD) project are progressing well.
In an exclusive interview with FBC, Dr Abrham Belay, Chief Executive Officer (CEO) of EEP, said the project is now 68.3 percent complete and will begin generating 750MW next year.
The construction of the two power units that were intended to generate power ahead of completion of the project has reached halfway mark, he noted.
Work on the saddle dam has now reached 96 percent and will be completed after two months, the CEO told FBC.
According to him, the dam had 16 million cubic meters of concrete poured so far and the only thing left is the finishing work.
The height of the dam on the left and the right sides has also reached 145 meters, Dr Abrham stated.
Two weeks ago, the Egyptian President Abdel-Fattah Al-Sisi said that the dam on the Nile would have never been built was it not for the impact of the 2011 uprising in his county.
For Dr Abrham, Al-Sisi’s remark is usual and intended to convince the Egyptian people. The project was launched in 2010.
The President’s comment will not impact the dam. The construction of the dam is an issue of sovereignty which will not be up for negotiation, the CEO said.
Ethiopia recently rejected a proposal tabled by Egypt regarding the filling process of reservoir of the dam. The proposal contradicted the previous deal reached between the three countries, including Sudan.
According to the CEO, the construction of the GERD project will be finalized in 2023.
Ethiopia’s Prime Minister Dr Abiy Ahmed said finalizing the dam according to the timeline established is his government’s key priority.
Located in Benishangul Gumuz regional state, approximately 500 km North West of the capital Addis Ababa, GERD will be the largest dam in Africa with a total installed power of 6,450 MW at the end of the works.


The Allegro Sludge Pump has been designed for pumping standing water containing sand, solids, leaves or debris at a maximum of 50 gallons per minute. It is submersible to 39 feet with a continuous running water level to 3.5”. ½ hp motor. Allegro said it has created a portable with built in handle for easy transport and quick use.
The pump offers continuous operation at low water levels and extended dry runs without overheating the motor. This portable, submergible pump is excellent for manholes, vaults, construction sites, and all dewatering needs. The unit features a fire hose quick connect fitting. The Pump Discharge Hose is made from PVC with a collapsible design for compact storage and fire-hose quick-connect design 50’ x 2”.


Mini-hydroelectric power stations
- Customer pickup,
- In detail
the hydroelectric power station developing rather an electric power paucity it is also based on hydroenergy units with power from 1 to 3000 kW. There is no concept of small hydroelectric power station, standard for all countries, as the main characteristic such Gesprinyat their installed capacity.
Installations for small hydropower classify by power on:
- the equipment for pass hydroelectric power stations with power up to 100 kW;
- equipment for micro hydroelectric power stations with power up to 1000 kW.
From the known classical triad: solar batteries, wind generators, hydrogenerators (hydroelectric power station), the last most difficult. They, first, work in aggressive conditions, and secondly, have the maximum operating time for an equal period.
Most just to do besplotinny hydroelectric power stations since the dam construction rather difficult and expensive business and often demands approval of local authorities or, at least, with neighbors. Besplotinnye pass hydroelectric power station call flowing. There are four main versions of such devices.


Jiangsu state spring Pump Manufacturing Co., Ltd.
Add: No. four, No. 18, Zhenjiang hi tech Industrial Development Zone
Business advice: 0511-88889623
Technical support: 0511-88880503
LQW screw centrifugal non clogging pump
This product is widely used in chemical, petroleum, pharmaceutical, mining, paper, cement, steel, power generation, coal processing industry and city sewage treatment plant to the drainage system, municipal engineering, construction sites, transportation and other industries with sewage dirt particles and fibers, also can be used for pumping clean water and corrosive medium.
1. motor rated voltage 380V, frequency 50Hz three-phase AC power supply.
2. conveying medium temperature is not more than 40 degrees centigrade, pH value is 4~10, density is less than 1.1 x 103kg/m3, solid phase volume is up to 20%.
Product model specification:
Product performance and structural characteristics:
1, the Q-H curve is steep, the pump runs smoothly in a wide area, and the curve drift is small in the case of pumping complex media.
2, high efficiency, high efficiency, wide area, low operation and maintenance costs.
3, net absorption of low pressure, anti cavitation ability; stop water level low, greatly reduce the construction cost of the pool.
4. The power curve is smooth and without overload.
5, no blockage, no winding.
6, transportation can be transported intact soft, fish, fruits and vegetables and other fragile substances; in activated sludge reflow process of sewage treatment plant, the damage to zoogloea only for other forms of pump 1/10.
7. The medium with high solids content can be transported, for example, the slurry with solid content up to 20% can be transported.
8, using the international advanced Ansys-CFX software to optimize the design of hydraulic components, greatly improve the hydraulic performance of the pump, pump efficiency reached the international advanced level.
9. Using advanced international Ansys software to carry out scientific calculation and analysis of pump structure, improve the life of bearing and mechanical seal, reduce the vibration and noise of pump.
10, using a special cable outlet structure, eliminates burned due to man-made pulling, crushing, cable cable jacket aging and other accidental factors Water Leakage, leakage, short circuit and stator coil, effectively reduces the upper inlet failure probability.
11, built-in a number of early warning sensor, in the external control cabinet has phase missing, short-circuit, overcurrent and water level control protection, can realize the remote control and monitoring of the whole system.
12, the bearing is imported brand, reliable structure.
13, the product has applied double seal patent structure, greatly increased the reliability of the seal.
14, for high power submersible pump application of self circulation cooling system, using the impeller of the water pressure, so that the pump can ensure the motor running in the water cycle cooling.
15, the impeller of the pump adopts a large channel without clogging impeller, the blade line is designed according to the streamline, to ensure the large channel flow and high efficiency, smooth operation.
16. A replaceable wearable sleeve is installed between the impeller and the lower end of the volute to keep the pump running at the best efficiency.


Area 5 - St. Joseph's Tributary
Area 5 – St. Joseph’s Tributary overall drainage improvements map. The total cost to replace all recommended storm drainage to improve flooding impacts is $20.3 Million.
The phase 1 project for this area shown in orange on the map will include the installation of a new storm drainage system on the University of St. Joseph’s property from St. Joseph’s Brook to Albany Avenue, crossing Albany Avenue, and replacing the storm pipe on Sequin Road with a larger pipe to 19/25 Sequin Road where the existing storm drainage system crosses to Miamis Road. Reducing the size of this project will provide very limited benefit to neighborhood. This project is in preliminary design and will cost $5.6 Million. The design and permitting of this project will continue and the construction will start after the Area 1 project.


Tarbela Dam attains maximum storage capacityAugust 20, 2014
Lahore: In what can be termed as a significant development for water storage in the country, Tarbela Dam today filled to its maximum water conservation level i.e. 1550 feet above mean sea level. Consequently, the water reservoir attained its maximum live storage capacity of 6.45 million acre feet (MAF).
According to the details, the position of the river inflows and outflows at Tarbela, Mangla and Chashma along with the reservoirs levels and the barrages today is as under:
Rivers: Indus at Tarbela-Inflows 114,800 cusecs and Outflows 114,300 cusecs, Kabul at Nowshera: Inflows 24,700 cusecs and Outflows 24,700 cusecs, Jhelum at Mangla- Inflows 21,700 cusecs and Outflows 10,000 cusecs, Chenab at Marala- Inflows 47,200 cusecs and Outflows 15,300 cusecs.
Barrages: Jinnah-Inflows 145,000 cusecs and Outflows 136,700 cusecs, Chashma -Inflows 165,700 cusecs and Outflows 190,000 cusecs, Taunsa- Inflows 225,600 cusecs and Outflows 197,700 cusecs, Panjnad- Inflows 23,800 cusecs and Outflows 8,200, Guddu- Inflows 189,000 cusecs and Outflows 161,200 cusecs, Sukkur- Inflows 142,700 cusecs and Outflows 87,700 cusecs, Kotri- Inflows 56,742 cusecs and Outflows 17,057 cusecs.
Reservoirs’ Level and Storage: Tarbela – dead level 1380 feet, present level 1550 feet, maximum level 1550 feet, live storage 6.450 million acre feet (MAF) Mangla – dead level 1040 feet, present level 1233.10 feet, maximum level 1242 feet, live storage 6.694 MAF, Chashma – dead level 637 feet, present level 644.00 feet, maximum level 649 feet, live storage 0.115 MAF.
The inflows and outflows of River Indus at Tarbela and Chashma, River Kabul at Nowshera and River Jhelum at Mangla have been reflected as mean flows of 24 hours, whereas the other flows have been gauged at 6.00 a.m.


Tanyard Brook Watershed Study and Design
Bristol, Rhode Island
BETA worked with the Town of Bristol to conduct a hydraulic and hydrologic analysis of the Tanyard Brook. The Tanyard Brook runs from the State Street Reservoir, centrally located within the Town of Bristol, southwesterly to the outfall in Walker Cove, a distance of 4,500 feet. The brook receives stormwater runoff from a 500-acre watershed.
As part of the project, BETA inspected the drainage networks contributing flow to the Tanyard Brook. This information was incorporated into the Town-wide GIS network and utilized to construct the hydraulic model.
BETA completed the hydraulic and hydrologic analysis utilizing a combination of SCS and SWMM methodologies. As part of the study, BETA evaluated various alternatives to mitigate the problematic flooding within the low lying areas adjacent to the brook, as well as the drainage system contributing to the brook.
Final design for the project was divided into two phases. The initial phase of the project consisted of replacing the existing culvert with a new 4’ by 9’ precast concrete box culvert from the outfall to Garfield Street a distance of approximately 1,500 linear feet. The project involved extensive environmental permitting and utility relocation to accommodate the new culvert. Final design for the initial phase of the project was completed in 2011, and construction was completed in June 2013. BETA provided construction administration and resident inspection services for the Town.
BETA is currently under contract to complete design of the second phase of the contract. The second phase extends from Garfield Street to the State Street Reservoir and includes replacement of approximately 3,100 feet of 3 by 8 culvert.


Anti-Cavitation Pressure Relief & Sustaining Valve
The Cla-Val Model 50-01KO Anti-Cavitation Pressure Relief Valve is a hydraulically operated, pilot-controlled, modulating valve designed to maintain constant upstream pressure within close limits. This valve, which is equipped with KO Anti-Cavitation Trim, can be used for pressure relief, pressure sustaining, backpressure or unloading functions in a by-pass system.
50-01KO Engineering Data Sheet – US Units
50-01KO Engineering Data Sheet – Metric Units
650-01KO Engineering Data Sheet – US & Metric Units


Maldives Transport and Contracting Company (MTCC) has revealed that work on design and build of R. Angolhitheem Harbor is well underway, with overall 80% project progress.
Last shipment of rock boulders required for project work have been delivered to the project site on 7 Feb 2022. MTCC has also completed dredging operations of new harbor basin.
The R. Angolhitheem Harbour project consists of; dredging and excavation operations of 42,615 cbm; construction of a 221m breakwater; a 166m revetment; a 91m quay wall; installation of 1100sqm paved area, installation of harbor lights and navigation lights.
According to MTCC, the value of the project is MVR 40.7 million.


iBOP Hydra Self-Watering hanging basket from Our Garden Shop
How It Works
- The weight of the inner container drops during to evaporation and plant demand. The container then floats, breaking the valve seal and allowing fluid from the reservoir to the inner container as the valve opens.
- The inner container increases in weight due to fluid intake, overcoming the buoyancy force of the reservoir and closing the valve seal, which stops the fluid flow.


Implementing projects of water plants for electricity generation
• The Commission was established by law No. 14 of 1976, which carries out technical studies and feasibility studies with international expertise houses for hydroelectric power generation projects, implementation of large and small water stations and implementation of projects of pumping stations and storage projects.
• Pumping - National Investment Bank - investments of the Authority estimated at about 241.3 million pounds during the period from 2009/2010 to 2016/2017, the main objectives were:
- Exploitation of natural or industrial waterfalls for the production of clean electric energy, non-polluting environment, renewable and inexhaustible.
- Facilitate river navigation and flood protection by establishing rainwater under funded projects.
• These investments contributed to the implementation of several power stations for the generation of electricity, such as Aswan station with a capacity of 270 MW, Al-Azab plant in Fayoum with a capacity of 680 KW, Esna plant with a capacity of 90 MW, a small Nag Hammadi plant with a capacity of 4.5 MW, Hamadi new capacity of 64 MW, Assiut station capacity of 32 MW.


Jenny (arms House) Pond, southeast Massachusetts
Jenny (Arms House) Pond is on the Arms House Pond River in Plymouth County, Massachusetts and is used for recreation purposes. Construction was completed in 1967. It is owned by Town Of Plymouth.
Jenny (arms House) Pond Dam is of earthen construction, a gravity dam. Its capacity is 78 acre feet. Normal storage is 15 acre feet.
Lakes, Dams, and Recreational Facilities Near Jenny (arms House) PondHolmes Playground Dam Town Brook #2 Dam Water Street Dam Stellwagen Bank National Marine Sanctuary Town Brook #1 Dam Billington Sea Dam Store Pond Russell Mill Pond Elm Street Dam On Jones River Mill Pond Bluefish River Dam Fresh Pond Silver Lake Golden Reservoir Long Pond Halfway Pond Indian Brook Dam Garside Reservoir (dike A) Beaver Dam Road Pond Winnetoxet Road Pond Temple Street Pond Silver Lake Shorts Brook Rte. #25 #1 Dam Robbins Reservoir Mill Pond Nemasket Park Dam Wampatuck Pond Parker Mills Pond Horse Pond Factory Pond Indian Head Dam Damon Point Road Dam Forge Pond South Brook Dam Assawompset Pond Cape Cod Canal Assawompset Pond Old Oaken Bucket Pond Great Quittacas Pond
Bookmark this lake location.
Find other southeast Massachusetts area lakes and vacation ideas or return to the home page.
Other AreasClick the map to see lakes in other parts of the country.


A ceremony was held on June 29, 2022 marking the beginning of construction of a pumped storage power station in Anhua County of central China's Hunan Province.
BEIJING, July 1 (Xinhua) -- Construction of a large pumped storage power station began on Wednesday in Anhua County of central China's Hunan Province.
As one of the nation's major energy projects during the 14th Five-Year Plan period (2021-2025), the pumped storage power station is expected to have a total installed capacity of 2.4 million kilowatts.
With a total investment of 15.1 billion yuan (about 2.25 billion U.S. dollars), the power plant is expected to start generating electricity in 2029.
The project will bring remarkable social and economic benefits after being put into use, providing over 8,000 job positions and significantly improving the stability and flexibility of the power grid in the region.
With mature technology, pumped storage power plant is a cost-effective energy storing method with the most achievable conditions for large-scale development. At present, China has the largest installed capacity of pumped storage power station in the world.
(Edited by Yu Huichen with Xinhua Silk Road, email@example.com)


Factory Mixer Concrete Pump Machine Diesel Concrete. 1. KBT series Concrete Mixer Pump combines concrete mixer and concrete pump as one new concrete pumping machine with concrete mixer. 2. Concrete mixer is driven by two mixing motor and grinding wheel rotation, with uniform mixing, thorough discharging and stable.
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The concrete mixer pump power of this machine is 37KW, the stirring power is 11KW, and the outlet pressure is 8Mpa. Concrete mixer pump capacity is15m³/h. It is suitable for 1-18 floor buildings. When the rural power supply is not enough, you can be equipped with a diesel generator.
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Concrete Forced Mixing Pump. Forced mixing trailer pump integrates mixer and pumping machine, also known as mixing and pumping integrated machine, mixing and conveying integrated pump, mixing pump integrated machine, mixing and transporting dual-purpose machine, concrete mixer with pump truck integrated machine, etc.


YANKTON, S.D.(WNAX)- The Corps of Engineers continues to adjust reservoir levels behind the dams on the Missouri River to prepare for spring runoff.
Mike Swenson, an hydraulic engineer in the Corps office in Omaha, says they are close to their storage targets.
Swenson says the big lakes should be right on their marks by the end of the month.
Swenson says they expect power production from the dams to be slightly below normal this year.
Releases from Gavins Point Dam continue at nineteen thousand cubic feet per second due to ice action on the river downstream.


Nov 25 2013
High river levels at the Kaskaskia Lock and Dam
June 3, 2013 - Locks 24, 25, 27 and Kaskaskia Lock and Dam are closed due to the high river levels. The closures are necessary as the Mississippi River overtops lock gates making the locks inoperable.
Historic photo of a barge locking through at Kaskaskia River Project
Aerial of Kaskaskia Lock and Dam
I got caught wearing a life jacket at Kaskaskia River Project!
Kaskaskia River Project
4800 Lock and Dam Road
Modoc, IL 62261
Phone: (618) 284-7160
Locking Through Video


Electric utility Endesa Chile and Colbun have secured an environmental clearance from the regulatory bodies for the construction of the proposed $7bn HidroAysen hydro-power dam project in Chile.
The project involves construction of total five dams two on the River Baker and three on the Pascua River.
The first of the power stations will commence operation in late 2019 and the entire complex will be complete by 2025.
On completion, the dams are expected to generate combined energy of 2.75GW, nearly a third of central Chile’s current capacity, within 12 years.
HidroAysen executive vice president Daniel Fernandez said the Aysen region will receive cheaper energy and about $350m in infrastructure, including seaports and airports.


Schwabeck is a 79MW hydro power project. It is located on Drau river/basin in Carinthia, Austria. The project is currently active. It has been developed in single phase. The project construction commenced in 1939 and subsequently entered into commercial operation in 1942.
|Project Type||Total Capacity (MW)||Active Capacity (MW)||Pipeline Capacity (MW)||Project Status||Project Location||Project Developer||Hydropower||79||79||–||Active||Carinthia, Austria|
The project is currently owned by VERBUND Hydro Power with a stake of 100%.
Schwabeck is a run-of-river project. The project generated 378 GWh of electricity.
The project construction commenced in 1939 and subsequently entered into commercial operation in 1942.
The turbines for the hydro power project have been supplied by Andritz Hydro and Voith Hydro Holding.
The electric generators for the project were procured from ELIN Motoren and Siemens.
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.


Super Trishuli 2D Model for Spillway, NEPAL.A 100 MW Hydro Power Project is planned on Trishuli River in central Nepal. The project is located a...Super Trishuli 2D Model for Spillway, NEPAL.
A 100 MW Hydro Power Project is planned on Trishuli River in central Nepal. The project is located along the Kathmandu Pokhara ‘Prithvi’ Highway, and it is a run-of-the-river type project with Dam Toe Powerhouse arrangement having a capacity of 100 MW of power generation. The project is planning to install very high radial gates. A two-dimensional physical model is built to evaluate the performance of energy dissipation arrangement provided in the form of stilling basin at downstream of spillway. The model is called two dimensional, as only one or two spans are reproduced in the model, out of total five spans of spillway. Model studies highlighted the need to lower the height of radial gates and addition of one or two spans of spillways, to improve the energy dissipation arrangement. The improvement in stilling basin is also suggested. The further studies are ongoing.


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Crepaco, Positive Pump model R2, stainless steel, 1.5″ bevel seat ports, with 1.5″ pump opening, bottom shaft.
APV, 20 HP Positive Displacement Pump model 7000, 9.25″ x 6.75″ rectangular inlet & 4″ sanitary outlet, stainless steel housing with rubberized lobes, can pump up to 200 GPH...
G&H, Positive Displacement Pump model GHT3040RHB, stainless steel product contact, 4″ inlet & outlet, stainless steel rotors
Waukesha, Positive Displacement Pump model BB, stainless steel, size 2, 1″ NPT ports, 1/2″ tube opening, top shaft, less drive


Yili is a 177.5MW hydro power project. It is located on Jinsha river/basin in Yunnan, China. 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 1958. Buy the profile here.
The hydro reservoir capacity is 553 million cubic meter.
Yili (Yili River I ) consists of 2 turbines with 8MW nameplate capacity.
The Yili (Yili River III) has 2 electric generators installed at the site.
The project got commissioned in 1958.
Yili (Yili River III) is equipped with Fuchunjiang Fushi Hydropower Equipment turbines. The phase consists of 2 turbines, each with 36MW nameplate capacity.
For more details on Yili, buy the profile here.


NILE BASIN INITIATIVE - NILE EQUATORIAL LAKES SUBSIDIARY ACTION PROGRAM (NELSAP)
2015 -in progress
Description for Ruvyironza (Burundi)
Ruvyronza is a multipurpose reservoir envisaged for agriculture (paddy rice and likely to include pulses and vegetables for local markets including Gitega town), hydropower (22 MW) as well as municipal water supply.
- RCC Dam (Catchment Area = 2000 km2, H = 65 m, V = 266 Mm3)
- Powerhouse (Francis Turbines, IP = 22 MW, Q =20.5 m3/s, E_avg = 149.3 GWh/y)
- 110/30 kV Switchyard
- Irrigation Scheme (A = 14'670 ha)
- Water Supply (265'000 population)
Little Beles (Ethiopia)
Reservoir for water supply with a storage capacity equal to 3.5 Mm³.
Multi-purpose project on Lake Tana, including hydropower plant and irrigation...
San Lorenzo (Italy)
San Lorenzo (Sestu) is a small hydroelectric plant to supply the water...
Kabwe urban water supply scheme.
Reservoir storage capacity: 12 Mm³.
Water supply system for the district of Abuja, including pipelines, pumping...
Gibe II (Ethiopia)
Gibe II is the second stage of the Gibe-Omo hydroelectric cascade which...
Koysha is the fourth plant of the Omo river cascade (IPtot = 4600 MW),...
Lufubu Cascade (Zambia)
LUFUBU HPP Cascade envisages the construction of three hydropower plants on...
Limonlu HPP comprises 4 power plants in cascade to be constructed in 2 phases...


SALES (804) 318-3686
PUMPS HAND OR FOOT (EASY PUMPS)
Easy pumps are ideal for many laboratory applications where small to medium quantities of liquid need to be pumped. Easy pumps are available either hand or foot operated.
Each pump is supplied with a Universal Bung - this allows the pump to be used with
any container which has a round opening between 30 and 70mm.
These pumps are designed to be easy to install, easy to use and easy to clean.


e-GS 4″ High Capacity Submersibles
Goulds Water Technology is pleased to announce that the new e-GS series, 4” high capacity stainless steel submersible pumps, are now available.
This series will have improved hydraulic efficiency and performance over the current GS high capacity pumps.
The product offering has been consolidated from 6 hydraulic models to 4 hydraulic models, 35GS, 45GS, 65GS & 85GS.
The consolidation of models maintains the same hydraulic coverage with fewer models allowing for more flexibility with inventory.
Changes were made to impeller and diffusers in order to improve efficiency and increase performance allowing for higher pressures per given horsepower.
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Now showing items 1-1 of 1
CFD Analysis on the Single-Phase Flow Electrical Submersible Pump Performance Curve
(Public Knowledge Project, 2020-12)
Most of the industrial fields, especially oil and gas, involve the application of electrical submersible pump (ESP) for flow transport. The pump performance will deteriorate depending on conditions of usage. The main ...


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Fasse Remote Master Hydraulic Doubler Valve Kit 700-1002
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Fasse Remote Master Hydraulic Doubler Valves feature a durable aluminum valve block capable of up to 20 gallons per minute flow rate.
Fasse Remote Master Features
- The simple plug-in design of the Fasse Hydraulic Valves feature and easy connection for operation.
- Multiplies Existing Hydraulic Outlets
- Controls 2 circuits from your lever
- Easily transferable to multiple units
- Saves money over factory add-ons
- 12 Volt switchbox control mounts in cab
- No high pressure hydraulic lines or cables in the cab
- Valve will flow up to 20 GPM
- System Includes: 12 Volt switchbox, wiring harness, (2) control solenoids, valve block
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Images are representations only.
The Bifold range of check valves have been developed using advanced sealing techniques from within the existing hydraulic control valve products. These sealing techniques ensure the ball check valve prevents reverse flow by providing a leak-tight shutoff.
- 15 psi nominal cracking pressure
- Optimised flow path. High tensile 316L CW stainless steel bodies as standard
- Exotic materials available upon request
- Traceability via a unique serial number stamped on the valve body
- Operating temperature range of -20° to 120° C (-4° to 248° F)
- Tube sizes from 1/4" to 1"
MPBM Medium Pressure Trunnion Ball Valve Manifolds
MPN Medium Pressure Needle Valves
MPNM Medium Pressure Needle Valve Manifolds
Type SCV & DCV Pilot-Operated Check Valves
MPBT Medium Pressure Trunnion Ball Valves
Type EFCV Excess Flow Check Valves (Hydraulic)
Type PCV Pneumatic Check Valves
381001 to 381171 Excess Flow Check Valve


Tachira state - Venezuela
CONINTUR Joint venture: Astaldi Estero, Cogefar, local contractor
1981 - 1983
Description for Uribante Doradas (Venezuela)
Hydroelectric project with IP = 300 MW.
- La Honda Dam, zoned earth fill with central vertical impervious core (H=140 m; L = 560 m; V = 9.3 Mm³)
- Upper Headrace Tunnel (L = 6.6 km, A = 22 m²)
- Surge Shaft (H = 134 m, A = 113 m²)
- Pressure Shaft, partly steel lined (H = 271 m, A = 22 m²)
- Lower Headrace Tunnel (L = 1.2 km, A = 22 m²)
- Steel Lined Underground Penstocks (N° 2; L = 360 m; D = 3 m)
- Outdoor Power House equipped with two pelton turbines with a distributor of six nozzles (D = 3.3 m; n = 225 rev/min)
- Ancillary Works: intake structures, drainage tunnels around the surge shaft, above the penstocks and the lower headrace tunnel, access galleries for construction and inspection purposes
- Overall revision of the final design
- Consultancy for the selection and the optimization of the underground excavation and support techniques
- Campaign of laboratory and in situ tests for the geotechnical characterization of rock masses and the rock bolting methods
Kabwe urban water supply scheme.
Reservoir storage capacity: 12 Mm³.
Rockfill dam with bituminous facing (BFRd) with a reservoir for irrigation,...
Limonlu HPP comprises 4 power plants in cascade to be constructed in 2 phases...
Dam built to provide a reservoir for the urban water supply of Genoa.
Little Beles (Ethiopia)
Reservoir for water supply with a storage capacity equal to 3.5 Mm³.
Hydroelectric project on the Victoria Nile River within an installed power of...
Lusaka project including domestic water supply pipeline for the city of...
Maswa project including domestic water supply pipeline for the district...
Simbirizzi (Settimo S. Pietro) is a small hydroelectric plant to supply the...


Simem’s plants set new world daily concrete production record
First publishedon www.AggBusiness.com
Simem says two of its concrete batching plants have allowed a contractor leading a major new East African project to set a new world record for daily concrete production.
Salini Impreglio has been using two Simem Wetbeton 140 plants to produce 23,200m³ of cement/day for the Grand Ethiopian Renaissance Dam project. Situated on the Blue River Nile River around 40km east of the Sudan border, the project involves the construction of a main dam in Roller Compacted Concrete (RCC), with two power stations installed at the foot of it. At 6,000 MW, the Dam will be the largest hydroelectric power plant in Africa on its completion.
Simem’s involvement in the Dam project is said to have further enhanced its already impressive reputation for quality concrete batching plant supply to major global dam works.
In other news from the Italian firm, concrete batching plant specialists H S Services, who have been delivering plants to UK sites for more than 25 years, have been officially appointed as Simem’s UK & Ireland dealers and installers.


Design of sensor networks
Fluves design sensor networks for continuous hydrological and hydraulic measurements.
Parameters such as water level, flow velocity or turbidity are continuously measured by connecting different sensors to a datalogger. Water levels are measured with radar or pressure. Flow velocity is measured with ADV or ADCP. Turbidity is measured with OBS, calibrated with water samples.
Dataloggers are wireless connected (GPRS, Wifi, RF) to custom-made web portals. Based on tresholds, alarm levels can be generated through mail, SMS or tweets.


DASU: Prime Minister Imran Khan on Friday said the construction of water reservoirs in the country was vital to meet the impending challenges of water shortage and power generation. In his interaction with the workers including foreign engineers during his visit to the construction site of Dasu Dam, the prime minister expressed satisfaction over the pace of ongoing work and lauded their efforts towards completion of project. The prime minister said completion of Dasu Dam would ensure cheap and clean electricity and would ease the burden on consumers. The project would usher in a new era of socioeconomic development in the country, he added. The Phase I of Dasu Dam will complete in 2025 and start supplying 2160MW to the national grid. After the completion of Phase II in 2029, the capacity of the dam will be increased to 4320MW. Under Prime Minister Imran Khan’s vision for power sector reforms and better use of the country’s water resources, the workload at the Dasu Dam has been enhanced. The purchase of land for the dam has been finalized and the construction of dam is continuing in compliance with the SOPs despite the coronavirus situation. State Minister for Information and Broadcasting Farrukh Habib Friday said the first phase of 2160MW Dasu Hydropower Project would start power generation by April 2025. In a tweet, he said Prime Minister Imran Khan would review the progress in the Dasu Hydropower Project being constructed upstream the Indus River in Upper Dir district, Kohistan district, Khyber Pakhtunkhwa. The total power generation capacity of Dasu Hydropower Project is 4320MW and would be completed in two phases. The first phase will be completed at the cost of Rs 511 billion. Some 80 percent of the project cost of the first phase will be borne by Wapda and remaining 20 percent will be provided by the World Bank. He said the project would inject Rs12 billion unit cheap and environment-friendly power in the national grid, besides creating 8,000 jobs.


1. Light quality, convenient transportation, loading and unloading, and small relative density.
2. It has excellent physical and chemical properties, high corrosion resistance, high impact strength, excellent acid resistance, alkali resistance, corrosion resistance and aging resistance. It is quite suitable for the main use of chemical industry, with a long service life of no less than 50 years. It is an ideal material for building water supply and drainage.
3. The fluid resistance is small, the inner cavity of the pipe is smooth, the roughness index is only 0.009, and the fluid resistance is small. The hydraulic standard of the pipe network is reasonably improved, and the system operation cost is reduced.
4. High mechanical strength, excellent impact resistance, impact resistance and tensile strength.
5. The construction of the project is simple and easy to install. The construction of the pipeline connection project is fast and easy, effectively speeding up the project progress, and the construction cost is cheap.
6. The project cost is cheap, the price is cheap, the transportation and construction are convenient, and the service life is long. Therefore, the overall project cost is cheap and the construction cost is saved. Compared with the cast iron pipes of the same specification, the construction cost can be greatly reduced.
7. It does not harm the water quality. The dissolution test confirms that it does not harm the water quality, and it is suitable for large-scale application and promotion.


WH20 2 in. High Pressure Water Pump
WH series pumps offer high pressure output, perfect for applications like using sprinklers or nozzles. These pumps are easy to start, extremely reliable, quiet and durable.
- High-pressure, centrifugal, self-priming 2" pump Powerful, easy-start, Honda 160cc, OHV commercial engine 119 gal./min. capacity 64 psi max pressure Lightweight aluminum case Cast iron volute and impeller Full frame protection


Tandem Hydraulic gear pump. .85 cubic inch/.52 cubic inch displacement per revolution. 3000 PSI maximum operating pressure. 3500 RPM rated speed, 4000 RPM maximum speed. SAE A two bolt flange mount. #12 SAE inlet port with #10 SAE outlet port. Separate inlet and outlet port. 5/8" diameter keyed shaft. Right hand rotation. Aluminum housing.


Engineering and Design. Arch Dam Design
CORPS OF ENGINEERS WASHINGTON DC
Pagination or Media Count:
This manual provides information and guidance on the design, analysis, and construction of concrete arch dams.
- Civil Engineering


Acerenza - Italy
Salini Costruttori S.p.A. on behalf of Apulia and Lucania Land Reclamation and Irrigation Authority - Bari
1976 - 1988
Description for Acerenza Dam (Italy)
Water storage plant for irrigation purposes with a reservoir capacity of 42 Mm³.
- Reservoir ( V = 42 Mm³ )
- Earthfill dam with impervious core ( H = 60.5 m, L_crest = 744 m, V = 3.3 Mm³ )
- Spillway ( Q = 548 m³/s )
- Auxiliary spillway ( Q = 252 m³/s )
- Ancillary works
Bumbuna Hydropower (Sierra Leone)
The Bumbuna Hydroelectric Project (BHP) is the...
Dabus Hydropower (Ethiopia)
Dabus HPP cascade is located on the Dabus river, a north-flowing tributary of...
La Gogue Dam (Seychelles)
The aims of the assignment are the Design Review...
Kamuzu I Dam (Malawi)
The scope of the assignment is the raising,...
Kikonge Multi-Purpose Project (Tanzania)
Kikonge is a multipurpose project foreseen for...
Kariba Dam (Zambia-Zimbabwe)
This project foresees the rehabilitation for the...
High Voltage Transmission System (GABON-CONGO)
The assignment, financed by European Union...
Malagarasi Hydropower (Tanzania)
Malagarasi HPP will be a run-of-the river...
Simbirizzi Hydropower (Italy)
Simbirizzi (Settimo S. Pietro) is a small hydroelectric plant to supply the...


The San Gabriel River water conservation system begins in the San Gabriel Mountains with the capture of storm runoff and snow melt in the reservoirs of Cogswell, San Gabriel, and Morris Dams. Water released through valves or passing over spillways when the reservoirs are full can be diverted at the mouth of the canyon to the San Gabriel Canyon Spreading Grounds or can continue downstream in the unlined San Gabriel River toward the U.S. Army Corps of Engineers' (Corps) Santa Fe Dam. In the upper portion of the Santa Fe Reservoir is the Santa Fe Reservoir Spreading Grounds. Releases from Santa Fe Dam can be spread in the unlined San Gabriel River downstream with large flows continuing to Whittier Narrows Dam. Water can also be diverted just below Santa Fe Dam and routed via Sawpit Wash to Peck Road Spreading Basin and the beginning of the Rio Hondo water conservation system (not shown here).
The Corps' Whittier Narrows Dam is at the northern boundary of the Montebello Forebay. San Gabriel River flows arriving in the reservoir can be directed either to the San Gabriel Coastal Basin Spreading Grounds and the downstream unlined San Gabriel River, or to the Rio Hondo Coastal Basin Spreading Grounds. Any water released from Whittier Narrows Dam that is not captured in the Coastal Plain spreading facilities flows on to the ocean.


The road will remain open
Drainage maintenance works will be carried out on the Sallins Bypass today (Monday) and tomorrow (Tuesday).
The works will be carried out from 8.30am to 4.30pm both days.
Traffic management will be in place with two lanes reduced to one, however the road will remain open.
Delays can be expected.


The Original MJ multi-use submersible pump and power head is built to perform and last under the harshest conditions. Ideal for wave makers, protein skimmers, calcium reactors, nano aquariums, under gravel filters and hydroponic a...
The Cobalt Neo-Flow 10,000 adjustable DC prop pump creates huge flow up to 2,640 gph! Creating vital current and eliminating dead spots. Adjustable DC power supply, allows flow rates from 50-100% up to 2,640 gph (10,000l/h). Power...


The £32m Environment Agency project includes the construction of one of the largest flood storage areas in the UK to help protect 1,400 properties from flooding.
The Environment Agency held a sod-cutting ceremony last week to mark progression into the main construction of the second phase. The flood defence scheme has been developed in partnership with Birmingham City Council and Sandwell Metropolitan Borough Council.
This phase of the scheme, will provide additional flood storage at Forge Mill in Sandwell Valley, which is upstream of Perry Barr and Witton, and will control the flow of flood water downstream. Work in the Country Park will include new fencing for improved animal pens at Forge Mill Farm, extending it as a visitor attraction.
Jackson completed the first phase of the scheme in spring 2017. Improvements were made to the existing upstream flood storage area at Perry Hall Playing Fields along with improvement works in Perry Barr and Witton, including wall repairs and wall raising along Brookvale Road, construction of walls along Tame Road and installation of a flood gate at the Atlas Industrial Estate entrance.
The phase two scheme is due to complete in spring 2020.


August 29, 2022 | Investopaper
The work of the Dordikhola Hydropower Project under construction in Lamjung has been completed. Himalayan Power Partner Limited (HPPL) is developing the project and has started the trial electricity generation from Sunday. With this, 27 MW of electricity will be added to the national transmission line from the project.
A power house is constructed on the bank of Marshyangdi River near Ramchowk Basin of Chiti, Besisahar Municipality-11. The generated electricity will be connected to the 132 KV substation under construction at Udipur.
The project, which started construction in Falgun, 2072 BS, had set a target of generating electricity on Bhadra 15, 2075 BS. However, there was delay in construction due to blockade, damage to machinery by the infiltration of water from the Marsyangdi River in the rainy season and COVID-19 turmoil.
Himalayan Power Partners had signed a PPA agreement with Nepal Electricity Authority on Ashar 1, 2069. As per the agreement, NEA will purchase electricity at Rs 8.40 in dry season and Rs 4.80 in rainy season.
The project will generate 147.69 gigawatts of electricity.
The project had initial estimation cost of Rs 3.86 billion. However, the cost is likely to increase to Rs 4.64 billion after the completion of the project.
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About Dordikhola Hydropower Project
The dam site of the project has a gross head of 212 meters. There is a power house in Ramchowk Basin of Besisahar Municipality-11. Rasuwa Construction Company had the responsibility of the construction of the dam and power house, Machhapuchchhre Metal and Machinery Company of the pipeline and the construction of the tunnel was the responsibility of Multi Infrastructure Development Company.
Nrn infrastructure and development limited has 35.70 percent share in HPPL. Likewise, IME Group possesses 34.3 percent share while the general public have 30 percent ownership in the company.
Apart from this, four other projects are under construction in the Dordikhola corridor where 27 MW Dordikhola hydropower project has been constructed. About a dozen projects are under construction in the district.


Ace Centro Enterprises
Conveyors, Dredging and Mining Pumps, and Rental Solutions
- Company Details
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- White Papers
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Dragflow dredging pump attached with hydraulic agitators / excavators. Dragflow pumps offer a maximum capacity of 1,500 m3/hr, delivery distance of 1,500 m and solids handling capability of 120 mm.
Cintasa belt conveyors, elevator belts and material transfer systems are...
Dragflow dredging pump attached with hydraulic agitators / excavators....
The versatile Dragflow pump can be fitted onto an excavator arm. This...
Putzmeister worm pumps are suitable for mixing and pumping site mixes,...
Putzmeister Mixokret’s work with site mixes as well as ready-mixed screed....


HE Saeed Mohammed Al Tayer, MD and CEO of DEWA, announced the project. HH Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai was also present.
In November 2015, His Highness announced the Dubai Clean Energy Strategy 2050. The intent of that plan is to provide 75% of Dubai’s total power output from clean energy. The Al Hattawi Dam pumped storage project is a major project to diversify the energy mix of Dubai.
General Design Features
The power station will work by making use of two reservoirs at the Al Hattawi Dam.
- This dam’s reservoir is 400 meters above sea level and its capacity is 1,716 million gallons.
- DEWA will build the storage reservoir 700 meters above sea level.
- The horizontal distance between the two reservoirs will be 3-4 kilometers with 300 metres difference in height.
- DEWA will use solar energy during off-peak hours to pump water from the lower reservoir.
- The speed of the waterfall from the upper reservoir will generate electricity for the DEWA grid.
- The efficiency of the power station will 90%
- The storage facility will be able to respond to power demand within 90 seconds.
- The estimated cost of the project is $525MM.
- The project is expected to be operational in 5 years.
- The expected life of the project will be 60 years and could be as much as 80 years.
The new facility is one of several new projects in the Hatta Comprehensive Development Plan. DEWA says the project will create more than 2,000 jobs during the implementation phase. Also, more than 200 permanent technical and administrative jobs will be created to oversee plant O&M. The region will also see 300 jobs created for the Visitor and Tourist Centre, outdoor activities, and the accommodations and visiting facilities associated with the project.
Other benefits of the project beyond electricity supply include irrigation, flood control and drinking water supplies.


Georgia, Tbilisi, July 18 / Trend N. Kirtskhalia /
The construction of eight new power plants will be launched in Georgia till late 2011, Deputy Minister of Energy and Natural Resources Giorgi Kavelashvili told media.
He said that there are investors for all eight hydroelectric power stations, including Dariali, Larsi, Shilda and three hydroelectric power stations Namahvani.
About $1 billion will be invested in the construction of hydroelectric power stations Namahvani, carried out by Nurol Energy Production (Turkish company) and SK Engineering and Construction (Korean company).
The total investment volume of eight hydroelectric power station s is $ 1.5 billion.


- Areas affected:
904 PM EDT SUN SEP 25 2016
…The Flood Warning has been extended until late tonight…The Flood
Warning continues for
The Cashie River Near Windsor
* until late tonight…or until the warning is cancelled.
* At 08:15 PM Sunday the stage was 8.1 feet.
* Minor flooding is occurring.
* Flood stage is 8.0 feet.
* Forecast…The river will continue to fall to below flood stage by
late this evening.
LAT…LON 3610 7712 3610 7695 3595 7684 3593 7693


Model Z Wet / Wet Differential Pressure Transducer
The RDP sensor model SPT-Z-D measures the pressure of a compatible liquid or a compatible gas.
Differential pressure transmitters measure the pressure difference between the two pressure connections.
These transmitters are compatible with a wide range of liquids and gases.
Additional information on the Model Z Wet / Wet Differential Pressure Transducer
|Display supply type||230/115 VAC|
|Display type||LVDT, strain gauge, 0 to 10 V, 4-20 mA|


15 September 2023: This week’s work on the Kaibab Estates West Drainage Improvement Project included removal of traffic control and concrete blankets from the new lower water crossing on Ann Lane. The project has been completed.
The Kaibab Estates West Drainage Improvement Project includes and roadside ditch improvements along Cumberland Road and Ann Lane, as well as the replacement of an existing 18-inch culvert with two new 35-inch x 24-inch arch pipe culverts on Cumberland Road. This project will improve drainage conveyance and help mitigate seasonal flooding impacts that occur in the drainages along Cumberland Rd and Ann Lane.
Construction Start: July 17 2023
Completion: September 15 2023
Project Engineer: JE Fuller
Project Contractor: Kinney Construction Services, Inc.


Srinagar, May 24: The Jammu and Kashmir Economic Reconstruction Agency (JKERA) Wednesday said that work on construction of Rawalpora – Chanapora mega storm water drainage project along national highway Bye-pass is in full swing and till date more than 85% progress has been achieved on the project.
The project funded by Asian Development Bank (ADB) funded Jammu and Kashmir Urban Sector Development Investment Programme (JKUSDIP) is in full swing and till date more than 85% progress has been achieved on the project.
“The mega storm water drainage project which is estimated to cost Rs 148 crores involves the construction of storm water drainage network having total length of 34 Kms which includes construction of trunk drain, main drain, sub-main drains and three pumping stations in the project area,” Muhammad Azhar, ERA’s Public Relations Officer said.
He said that the construction work on Wanabal–Kralpora link road stretch (within project area) has been completed from Rangrethbagh to Hamza colony and the road stretch has been restored by JKERA while as on remaining portion from Hamza colony to Wanabal, PHED Kashmir has started shifting of water pipe lines and work on the said portion will be taken up by JKERA after the completion of work by PHED and is expected to be completed within 20-25 days. After which the affected portion of Wanabal- Kralpora link road will be restored including other roads that were affected during execution of the project,” he said. (KNS)


The generator room on the Nevada side of Hoover Dam.
Hoover Dam is designed to never have the water level of Lake Mead overtop the dam. There are spillways on each side which route excess storage around the dam.
- Image Size
- 3600x2395 / 6.9MB
- Contained in galleries


The Flood Warning continues for
The Ogeechee River Near Eden.
* At 10 PM Wednesday the stage was 12.3 feet.
* Flood stage is 11.0 feet.
* Minor flooding is occurring.
* Forecast, the river will rise to near 12.6 feet by early Friday
morning then begin a slow fall.
* At 12.0 feet, Water encroaches on some homes along Dashers Landing
Road and Yarbrough Landing Road. Davis Landing Road also becomes


Canada's federal government has given final approval to Hydro Québec's C$4B (US$3.47B) Eastmain 1-A and Rupert diversion hydro power scheme in northern Québec.
The company’s plan, already approved by Québec’s Ministry of Sustainable Development, Environment and Parks, is to build 893MW of hydroelectric generating capacity on the Eastman river.
It will involve adding a 769MW generating station, known as the Eastmain 1A power house, to the Eastmain river. As well as this, up to 70% of the flow from the Rupert river is to be diverted into the Eastmain watershed, which will increase the annual energy output of the scheme by 8500GWh.
The project is part of Hydro Québec’s wider plan to exploit the large hydroelectric potential of northern Quebec to both satisfy the internal demand and increase exports to Ontario and the northeastern US. It is expected to be commissioned in 2010-11.


US agrees to provide $81m for construction of dam in North Waziristan
ISLAMABAD: The United States has agreed to provide a grant of 81 million dollars for the construction of Kurram Tangi Dam in North Waziristan Agency.
According to official sources, an agreement for this purpose has already been signed between the US Agency for International Development and Water and Power Development Authority (WAPDA).
The Kurram Tangi Dam on completion will have a gross water storage capacity of 1.2 million acre feet (MAF) and produce 83.4 megawatts electricity. It will also irrigate 362,000 acres land in North Waziristan and Bannu, Press Information Department reported.
The project will be implemented in two stages. Stage-I of the project will be completed in about three years.
The Kurram Tangi Dam is a significant project for the country as it will provide water for irrigated agriculture in North Waziristan Agency and Khyber Pakhtunkhwa, mitigate floods and generate hydel electricity.
This should be noted that Pakistan is facing shortage of dams. The biggest five dams of Pakistan are: Tarbela Dam, Mangla Dam, Mirani Dam, Warsak Dam and Sabakzai Dam.


Varahi Hydro Electric Project
Varahi Hydro Power Project is run-off river project located on the Varahi river near Hosangadi in the Udupi district of Karnataka in India. The purpose of the project is used for diverting the water for the generation of electricity. Varahi is Karnataka's first underground powerhouse.
The installed capacity of the underground powerhouse is 460 MW having 4 units of 115 MW each.
Encardio-rite was awarded the sub-contract for supply as well as installation of safety monitoring instrumentation for the project.


PRODUCT CODE 12: ROTFB-2 Equalizing Check Valves
Rebco Type 'ROTFB-2' Equalizing Check Valve (Standing Valve) is designed to prevent the fluid flow in one direction (downwards), while allowing full fluid flow in the opposite direction (upwards).
Type 'ROTFB-2' Equalizing Check Valve is to be set into Type 'ROTFB' Nipple profile.
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There’s something serene about this panoramic view of the large scale construction site lit by the morning sun. The Smithland hydroelectric facility in Kentucky has been under construction since 2010 — but as of this year it will generate 72 MW of new, renewable energy for the region.
This hydropower dam will be about the 30th major dam in the state when completed later this year. These are the brief technical details of the Smithland hydro project according to the builders:
The Smithland project will divert water from the existing Corps Smithland Locks and Dam through bulb turbines to generate an average gross annual output of approximately 379 million kilowatt-hours (kWh). The site will include an intake approach channel, a reinforced concrete powerhouse and a tailrace channel. The powerhouse will house three horizontal FERC rated 24-MW bulb-type turbine and generating units with an estimated total rated capacity of 72 MW at a gross head of 22 feet. A 2.5-mile-long 161 kV transmission line interconnection is planned to connect to MISO. Smithland is located approximately 62 river miles upstream of the confluence of the Ohio and Mississippi rivers, in Livingston County, Ky.


AUSTIN – (July 6, 2017) – The Texas Water Development Board (TWDB) Thursday approved by resolution financial assistance of $1,890,000 from the Clean Water State Revolving Fund to the City of Quinlan in Hunt County. The City will use the money to finance planning, design, and construction costs associated with wastewater system improvements.
The Authority could save approximately $193,000 over the life of the loan by using the Clean Water State Revolving Fund.
The TWDB is the state agency charged with collecting and disseminating water-related data, assisting with regional planning, and preparing the state water plan for the development of the state’s water resources. The TWDB administers cost-effective financial assistance programs for the construction of water supply, wastewater treatment, flood control, and agricultural water conservation projects.


The tunnel, which will be completed by the end of this year, is part of the Olmos-Tinajones hydroelectric-irrigation project in Peru's Lambayeque region.
The project includes irrigation works for about 150,000 hectares, the trasvase of the waters to the Pacific basin and the construction of a hydropower project of 4,000GWh.
The 20-kilometer-length tunnel has been designed to pull water from the Huancabamba river to irrigate 57,000 hectares of land in the project's first phase.
The construction of the irrigation project will create more than 10,000 direct and indirect jobs. Once all stages are complete, the Olmos project will supply up to 2,050 million cu m/year of water, have capacity to generate 600 MW of electricity and irrigate more than 150,000 ha for agricultural production.


Baramchi Hydroelectric Plant in Sindhupalchowk district is one of the high head plants of Nepal. It is a run of river type project and has designed discharge of 0.88 m3/s and gross head of 615 m. The initial installed capacity of the project was 1 MW which was upgraded to 4.2 MW installed capacity in 2067. The project is developed 22G WH annually. The energy generated from the project is evacuated through 18 km long 33 kV transmission line to NEA substation at Lamosanghu, Sindhupalchowk. The project is owned by Unique Hydel Co Ltd.


Yorkshire Water Services
Langsett, Peak District
Utilities - Water Treatment Works
Construction work began on site in November 2017 and was completed in July 2019. Cummins Civil Engineering were involved in the construction of a complex reinforced concrete substructure set substantially below ground level within the existing quarry floor.


03 May B. Hithaadhoo Harbor Breakwater and Quay wall construction project is well underway.
Posted at 10:36h in News 0 Comments
B. Hithaadhoo Harbor Breakwater and Quay wall construction project is well underway. We have completed installation of precast concrete blocks required for quay wall construction. Concrete works of quay wall are currently ongoing.
Scope of works include, 14,929cbm of dredging and excavation operations, 4,101cbm of entrance channel dredging operations, construction of 22m groyne; a 495m breakwater, a 90m revetment, a 350m quay wall repair, construction of a bridge, installation of 1,750sqm of harbor pavement, construction of a ramp and a concrete platform, installation of navigational aids and harbor lights. The value of the project is MVR 19.80 million.
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Aug 30 2017 | India Opportunities
Tuirial Hydro Electric Project
The 60 MW Tuirial Hydro Electric Project (THEP) project costing Rs 913 crore was approved in 2010. The project is coming up on the Tuirial River near Kolasib in the state of Mizoram. Due to road conditions and unavailability of aggregate, the project is expected to complete by October, 2017. The 20-megawatt solar power project near Vankal village in Champhai district would be completed next year.


Honolulu Board of Water Supply
Surface water harvesting is a conservation method used to augment groundwater supply. The method is a form of Aquifer Storage and Recovery (ASR), which involves capturing excess water during wet periods and injecting that captured water into an aquifer. The water can then be retrieved during times of high demand or low flow. The ASR concept is widely used in states such as, Florida, California, and New Jersey. Water harvesting has been used in Jeju Island, South Korea, where groundwater provides 95% of the island's water supply. As of 2009, about 695,000 m3 of rainwater was injected into 81 wells, which equals the annual water use of 5,600 people.
The Honolulu Board of Water Supply (BWS) is funding a new project at WRRC that will investigate alternatives to supplement natural recharge utilizing storm water captured in the Nuuanu Reservoir No. 4, Oahu, Hawaii. The project will assess the feasibility of a floodwater harvesting system and assess the influence of the system on the aquifer storage and groundwater quality. Data compilation and models will be used in the design and assessment of the efficiency of the reservoir storage and wells under different storm and climate changes scenarios. The approach will include the integrated use of watershed and groundwater models, which will be calibrated and applied in the analyses. The watershed model is used to design the reservoir and harvest-system operations under various scenarios. Results regarding recharge estimation and injection rates will be utilized in the groundwater model.


Construction has started on the Rigden Water Storage Project, a new raw water storage facility, located in an existing gravel pit east of Ziegler and north of Horsetooth Roads.
This project, scheduled for completion in December 2014, will provide additional storage capacity for Fort Collins Utilities with some storage dedicated to Fort Collins Natural Areas. The storage reservoir will be lined using clay from the bottom of the gravel pit to prevent leakage.
Throughout the project, over 2 million cubic yards of material (equivalent to 612 Olympic-sized pools) will be removed from the reservoir, with half remaining on site for reuse. A pump station, 4,400 feet of large pipe and several concrete structures also will be constructed.


(508) 575-5848 ext. 205
Released On: June 01, 2004
Between June 1 and June 4, Rimrock Reservoir is expected to approach the active capacity storage level and then flows into the lake will pass over the spillway and through the regulating gates. The current inflow rate of spring runoff into the reservoir is approximately 900 cubic feet per second. Once the reservoir is full, flows into the Tieton River may range between 200 and 1000 cubic feet per second or higher during the spring runoff period.
Tieton Dam and Rimrock Reservoir are part of Reclamationâ€™s Yakima Project and is located about 40 miles west of Yakima, Washington. The 319-foot high structure was built in 1925.
DOI | Recreation.gov | USA.gov
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NC Press Brake is equipped with Bosch Rextroth German hydraulic system, Siemens main motor with Y-axis and Y-axis system control adjustment. Precision bending, reliablility and convinient operation.
Hydraulic Shear is equipped with German Rextroth hydraulic system, Siemens main motor and backgauge X-axis electric control. High precision ensures cutting accuracy. Rapid adjustment mechanisms.


ISLAMABAD: The federal government has decided to drop the financing of 39 power projects and construction of dozens of small dams under the Public Sector Development Programme because of the financial crisis.The decision will aggravate the power supply situation in the four provinces and deepen the electricity crisis.
According to a status report on the PSDP for 2010-11 released by the Planning Commission, the government has released Rs3.7 billion out of the allocated amount of Rs5 billion for the construction of Diamer-Bhasha dam.
In the nuclear energy sector, the entire allocated amount of Rs3.58 billion has been released for units three and four of the Chashma nuclear power plant. However, a nuclear power waste facility remained without funding.
The proposed Porali dam, Naulong storage dam and Pelar dam in Balochistan will get no financing. Under the Balochistan package of 100 small dams, the construction of 25 dams has been dropped.
Nai Gaj dam in Dadu, Bara dam in Khyber Agency, Kurram Tangi dam in North Waziristan, eight small and medium dams in Khyber Pakhtunkhwa, Sita dam in Qambar-Shahdadkot, Kot Fateh Khan dam in Attock, Darban dam in Dera Ismail Khan and Hingol dam also faced axe in the development budget.
A project to import 100MW electricity from Iran for which a 220KV grid station was to be set up in Gwadar with the assistance of Iran has also been dropped. The government had allocated Rs35 million for the project.
The Neelum-Jhelum hydropower project in Azad Kashmir, which was to be initiated with foreign assistance of Rs903 million, has been dropped.
Other projects which were included in the PSDP but will not get funds include Khan-Khawar hydropower project in Shangla-Bisham, Allai Khawar hydropower project in Battagram, Dubair Khawar hydropower project in Kohistan and Keyal Khawar hydropower project in Khyber Pakhtunkhwa.
Transmission arrangements for power dispersal of Ghazi Barotha with the assistance of the ADB, IDB, Kuwait, Germany and Japan received no funds under the PSDP.
The upgradation and load dispatch system of the National Power Control Centre in Islamabad was not considered for financing, the status report said.
The second rural electrification project in Balochistan to be funded by the Kuwait Fund and the 220KV expansion project in Kassowal to be assisted by the World Bank have also been dropped.
The sixth secondary transmission grids projects of Lesco, Gepco, Mepco, Iesco and Hesco remained without funding. The phase one of power distribution enhancement projects of Lesco, Gepco, Mepco, Fesco, Iesco, Pesco, Hesco and Qesco have been dropped.


Double Shell Multistage Centrifugal Pump
Speed: less than 6700r/min
The double shell centrifugal pump is a multi-stage segmental structure. The API definition is BB5.
This series of pumps has high working speed, good rotor rigidity and stable working condition.
The pump's inlet and outlet are vertical upward, and the inner pump can be replaced as a whole. This series is suitable for large nuclear power / thermal power unit boiler feed water, medium temperature is not greater than 210 degrees Celsius.
The pump rotor is supported by multiple oil wedge sliding bearings and forced lubrication.
The axial force of the rotor is balanced by the hydraulic balancing device, and the sliding thrust bearing can balance the transient residual axial force in two directions.
The shaft seal is mechanical seal.


The Larox Flowsys progress cavity pump features pump efficiency that is significantly higher compared to conventional progress cavity pumps. It is also easy to install, saves power and maintenance time, and offers longer servicing intervals with better pumping availability over a wide temperature and pressure range. The pump features:
- Quick replacement of the mechanical shaft seal.
- Stepless adjustment of suction connection direction.
- Lower start-up and running torque.
- Longer service life.
- Higher pressure length ratio.
- Easy installation and layout design.
- Low total cost of ownership (TCO).


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1 1/2 HP Cast Iron/Stainless Steel Irrigation Pump
1 1/2 HP Cast Iron/Stainless Steel Tankless Booster Pump
1 HP Cast Iron Deep Well Jet Pump
1/10 HP Portable Transfer Pump
1/2 HP Cast Iron Deep Well Jet Pump
1/2 HP Cast Iron Sewage Pump with Float Switch
1/2 HP Cast Iron Shallow Well Jet Pump
1/2 HP Cast Iron Transfer Pump
1/2 HP Shallow Well Jet Pump with 6 Gallon Tank
1/2 HP T.plastic/Stainless Steel Sump Pump with Vertical Float
1/2 HP Thermoplastic Continuous Flow Waterfall Pump
1/3 HP Automatic Utility Pump
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The Series 2665/2685 WOB-L piston pumps by Thomas Products Div. (Sheboygan, WI) incorporates epoxy-coated head and valve plates for exterior corrosion protection, aluminum construction, and a Teflon piston seal that remains flexible even in cold. The pumps are intended for use where fan guards are not required; Series 2685 pumps include a stainless steel fan guard. Oil-less, non-lube pistons and cylinders prevent airflow contamination, while twin fans provide cooling of the motor and cylinder. All series 2265/2685 pumps provide up to 100 psi of pressure, and a pressure relief valve is also included. Thermally protected AC motors are of ultra-reliable permanent split capacitor design. Maximum flow for pumps equipped with 115 VAC 60 Hz single phase motors is rated at 3.68 CFM; maximum flow for pumps equipped with 220-240 VAC 50 Hz single phase motors is 3.23 CFM.


Territorians will soon have a more sustainable and secure water supply with a new pump station set to be built in Darwin.
Power and Water has awarded McMahon Services Australia (NT) Pty Ltd the design and construction contract for the new Darwin River Dam pump station.
“Something our Government is proud of is investing in the Territory’s precious water resources.
“Securing a more sustainable and secure water supply for Farwin is essential for the area’s future growth and economic prosperity.
“Darwin’s new pump station will provide increased water security and complement two other initiatives – the Manton Dam Return to Services and Adelaide River Off-stream Water Storage projects – to meet increased demand from population and industry growth,” Minister for Essential Services Selena Uibo said.
The new pump station is located at Darwin River Dam, which is approximately 70 kilometres south of Darwin.
Up to 100 people, including subcontractors, are set to work on the project during its design and construction stages.
“This is an exciting project and I’m proud that it is situated in the Daly electorate.
“I’m honoured to be a member of the Community Reference Group for the Darwin Region Water Supply Infrastructure Program.
“Water security is an issue that has been regularly raised with me by locals and I am delighted the Territory Labor Government is delivering solutions,” Member for Daly Dheran Young said.
The new Darwin River Dam pump station is being built as part of a $36 million multi-year project investment aimed at increasing pumping capacity that will support water supply security as the region grows.
Major construction on the pump station is due to commence in February 2023 and be completed in 2025.
“Darwin River Dam plays an important role in the region’s water security for the future.
“The new pump station is one of our highest priority water capital projects and I look forward to working with the team to deliver an even more reliable water future for the Darwin community,” Power and Water’s Executive General Manager Water Service Steven Porter said.
Source: Northern Territory Government Newsroom; Utility Magazine


08 Feb Work on design and build of Sh. Bilehfahi Harbor Development Project is well underway
Work on design and build of Sh. Bilehfahi Harbor Development Project is well underway, with overall 72% project progress. Second shipment of rock boulders required for breakwater construction have been delivered to the project site. Breakwater profiling works are currently ongoing.
The scope of the project includes, dredging operations of 50,376cbm, construction of a 181m quay wall, a 170m revetment, a 434m breakwater, installation of 1565sqm pavement, installation of navigation lights and streetlights. The value of the project is MVR 28.42 million.


Maldives Transport and Contracting Company (MTCC) has provided an update on the Sh. Foakaidhoo Harbor Project.
According to MTCC, the work on design and build of Sh. Foakaidhoo Harbor is well underway, with overall 56% project progress. The first shipment of precast concrete blocks required for quay wall construction have been delivered to the project site on 25th January 2022. They have further completed channel dredging operations and the construction of revetment is currently ongoing.
The scope of the project includes, dredging operations of 45,795cbm, construction of a 464m quay wall, a 100m revetment, a 507m breakwater, installation of 2320sqm harbor pavement, installation of streetlights and navigation lights.
This project is valued at MVR 52.7 million.


February 9: Construction of Superdordi ‘Kha’ Hydropower Project with installed capacity of 54 megawatt has been completed in Lamjung. Constructed by People’s Hydropower Company Limited at Dhodeni of Dordi Rural Municiplaity-6, Lamjung , test of the project’s dam and descender is underway at the moment.
According to the hydropower’s site in-charge Ramesh Sigdel, the work to collect water in descender is going on after the completion of all types of construction work a few days ago.
Testing of the hydropower project is underway by putting water in the intake and descender. Testing of the major tunnel and other structures will start from February 11.
After around 22 days’ testing of the main tunnel, test production of the hydropower will follow. The project has 5.1-kilometre-long tunnel. The project has total of 10.350 kilometres of tunnel.
Hydropower project stated that India’s blockade, flood in Dordikhola, COVID-19 and lockdown had delayed the construction work. The total cost of the project has reached 10.5 billion though preliminary cost estimation for the project was Rs 8.80 billion.
The hydropower had started construction in 2016 after signing Power Purchase Agreement (PPA) with Nepal Electricity Authority (NEA) in 2015. The company had set the target to finish the project within four years.
The deadline was repeatedly extended for failing to finish the construction of the hydropower project.
Run-of-the-river type hydropower is expected to generate 315 million units of electricity annually.
As per the PPA with Nepal Electricity Authority, the hydropower will sell per unit electricity at Rs 8.40 in dry season and at Rs 4.80 in the summer season.


Reasons to buy the Semisom 262/635 Pump:
- Manual or automatic models
- Solids handling capability of 32mm
- Submersible pumps for dirty water applications
- Pumps clean and dirty water
- 1 year warranty
✅Next Day Delivery
What's in the box:
- Semisom Pump
- 1x 10m Heavy duty rubber power cable
Submersible pumps for dirty water applications.
The Semisom submersible pumps have been designed for dirty water drainage applications. The pumps are available in single phase 110V, 230V or 3 phase 400V. They benefit from double channel impellers engineered to offer solids handling capabilities of 32mm.
The pump is constructed from cast iron and stainless steel with coolant filled motors and silicon carbide mechanical seals.
The 230V model has an internal capacitor. The 110V model has an external capacitor box.
Supplied with 10m of H07RN cable.