ObjectiveThe suburban hilly area is the ecological barrier of city. Due to the steep slope of terrain in the suburban hilly area and the short peak time of flood peak, it is easy to form seasonal floods, resulting in flood disasters. The purpose of this paper is to explore reasonable stormwater management methods in suburban hilly area and to study the applicability of different stormwater management scenarios in mountainous area.
MethodTaking the upper reaches of the Jiakuohe River in the shallow mountainous area of Beijing as an example, the hydrological model of HEC-HMS and HEC-RAS was used to simulate the stormwater runoff process under the once in 10 years stormwater. The three different stormwater management scenarios(traditional management scenario, low impact development scenario, and natural scenario) were compared and analyzed in stormwater control effects, ecological environmental impacts, and landscape effects, thereby exploring the effectiveness of stormwater management measures in different suburban hilly areas.
Result(1) In terms of stormwater control effects, the storage capacity under traditional management scenario and low impact development scenario were 3.8 times and 5.0 times of natural scenario, and the maximum flooding range was 2.0% and 1.2% higher than natural scenario. The reduction rate of peak traffic flow in traditional management scenario and low impact development scenario was 18.3% and 31.5%, respectively, and the peak current time was delayed by 35 and45 min, respectively. (2) In terms of ecological environment impact, the positive effects of low impact development model on river vegetation environment and hydrological connectivity were greater than traditional management model and natural model. (3) In terms of landscape effects, low impact development scenario had great advantages in terms of water body scope and environmental fit.
Conclusion(1) Compared with the traditional stormwater management model, the low impact development model has a good stormwater storage and storage function, which can increase the stormwater storage capacity, reduce the peak flow rate, delay the peak time, and further reduce the development mode. It can improve the river ecological environment and has a good landscape effect. Therefore, through comprehensive judgement, low impact development scenario is more suitable for the research basin of this paper. (2) The low impact development model can take advantage of the topography of suburban hilly area and collect upstream water collection by designing a stormwater reservoir in a gentle terrain. At the same time, the low impact development model formulates the stormwater flood target according to the design specifications of the sponge city, and realizes that the annual total runoff control rate of the upper reaches of the river channel is greater than 85%, taking into account the river ecological and landscape needs.(3)The HEC-RAS hydrological model can quantify and visualize different stormwater management scenarios and provide technical support for stormwater management in suburban hilly area. (4) The study emphasizes the particularity of each region. The stormwater management measures in suburban hilly area extend the application of low impact development scenario from another level, indicating that traditional water conservancy facilities are also applicable to the stormwater management concept of low impact development.


Max Water Flow
Made In Japan
The PNI-series is a submersible semi-vortex pump designed for handling wastewater and liquid carrying small solid matters. It is made of resin and 304 stainless steel and excellent in corrosion-resistance. The semi-vortex pump design with moderate solids passage provides efficient performance for versatile applications. Liquid paraffin is used for the lubricating oil, which widens the application of the pump to decorative waterfalls, fishponds, aquaculture, etc.
It is a semi-vortex pump, which is constructed of a vortex impeller and low-height volute casing. The semi-vortex pump design with moderate solids passage provides efficient performance for versatile applications. Since the pump is made of special resin and stainless steel, it is corrosion-resistant and lightweight.


Hydro-Québec awarded HMI the mandate to repair the three spillway radial gates of the Rocher de Grand-Mère generating station.
The work consisted in installing on the spillway radial gate downstream side, steel enclosures including insulation, the electrical work required to control the air heaters as well as replacing the gate sealing joints. This project was completed at the end of 2011.
$ 1.9 Million
2011Print this project


HPP Dala is a 440MW hydro power project. It is planned on Keve river/basin in Lunda Sul, Angola. The project is currently in permitting stage. It will be developed in single phase. The project construction is likely to commence in 2023 and is expected to enter into commercial operation in 2026.
|Project Type||Total Capacity (MW)||Active Capacity (MW)||Pipeline Capacity (MW)||Project Status||Project Location||Project Developer||Hydropower||440||–||440||Permitting||Lunda Sul, Angola|
The gross head of the project will be 187m. The project is expected to generate 1,686 GWh of electricity. The project cost is expected to be around $1,010m.
The project construction is expected to commence from 2023. Subsequent to that it will enter into commercial operation by 2026.
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.


Type of dam
Earth-fill & Gravity
760 m (2,493 ft)
Srisailam dam, Pulichinthala Project, Pothireddypadu Reservoir, Mylavaram Dam, Tatipudi Reservoir
The Somasila Dam is a dam constructed across the Penna River near Somasila, Nellore district, Andhra Pradesh, India. The reservoir impounded by the dam has a surface area of 212.28 km2 (52,456 acres) with live storage capacity of 1.994 km3 (1,616,562 acre·ft) or 75 tmcft.
- Somasila dam
- Map of Somasila Dam Chapurallapalle Andhra Pradesh
- Somasila dam reaches dead storage level tv5 ground report nellore tv5 news
Map of Somasila Dam, Chapurallapalle, Andhra Pradesh
The reservoir can get water by gravity from the Srisailam reservoir located in Krishna basin. It is the biggest storage reservoir in Penna River basin and can store all the inflows from its catchment area in a normal year. This reservoir can also feed by gravity nearby 72 tmcft gross storage capacity Kandaleru reservoir. Under Indian Rivers Inter-link projects, it is planned to connect the reservoir with the Nagarjunasagar reservoir to augment its water inflows.somasila project under canal systems developed.
One of the main canals is the Kavali Canal. ayacut of this canal is wet ayacut was 25,000 acres and id ayacut was 50,000. Also developed the canal right and left sides un authorised ayacut was nearly 25,000 acres developed. Kavali canal is feeding to the 52 tanks under system of tanks. It will be covered dagadarthi mandal, sangham mandal, jaladanki mandal and kavali mandal. The total length of the canal is 67.619 km. Kavali Canal is the main source of drinking to Kavali municipality of nearly 1.2 lakh population.


DPWH is currently undertaking the Pasig Marikina River Channel Improvement Project (PMRCIP), which is now in Phase IV (Construction Stage III) of its implementation.
From DPWH Sec. Mark Villar”
“This flood control project is mainly funded under Japan International Cooperation Agency which aims to mitigate flood damages in Metro Manila caused by channel overflow of the Pasig-Marikina River. The PMRCIP Phase IV includes channel improvement works in the Middle Marikina River, the construction of Manggahan Control Gate Structure (MCGS) and one floodgate and one sluice gate at the joining sections of Cainta and Taytay Rivers to Manggahan Floodway, respectively,”
This JICA funded project also includes widening and dredging of the existing river to increase its current capacity in addressing the flooding problems.


Agua Vermelha is a 1,396.2MW hydro power project. It is located on Grande river/basin in Sao Paulo, Brazil. 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 1973 and subsequently entered into commercial operation in 1978. Buy the profile here.
The AES, Others, Centrais Eletricas Brasileiras and BNDES Participacoes are currently owning the project having ownership stake of 47.63%, 38.87%, 6.77% and 6.73% respectively.
Agua Vermelha is a reservoir based project. The hydro reservoir capacity is 11.025 million cubic meter. The gross head of the project is 57m.
The project construction commenced in 1973 and subsequently entered into commercial operation in 1978.
GE Renewable Energy was selected as the turbine supplier for the hydro power project. The company provided 6 units of francis turbines, each with 233MW nameplate capacity.
GE Renewable Energy supplied 6 electric generators for the project.
For more details on Agua Vermelha, buy the profile here.


HG pumping unit is a compact pumping unit with own reservoir. Pumping unit takes the operating pressure from the hydraulic circuit which powers the lubricated machine. It is used for MMPC applications. HG pumping unit is controlled by hydraulic circuit.
Lubricant: Oil and greases up to NLGI Grade 2
Reservoir capacities: 1 and 2 l
- Number of outlets: max. 3
- Pressure: 50 - 150 bar


ITV in-line thermostatic valve which is an evolution on proven Ideal Standard valve technology.
Offering enhanced flow rates, greater control and improved safety in a refined contemporary style.
- Domestic and commercial use
- Set and forget temperature adjustment
- TMV 2
- Idealrain fixed riser with M1 rain shower available for use with ITV
- Flow rate of 5-8 lpm at 0.1 bar
- Dual control with in-line flow ceramic disc
- Top and/or bottom outlet connections
- Removable 8 l/min. Eco flow regulator
- Excellent flow rate, even at low pressure
- Single Function Handset


Study on Large and Middle Fossil Fuel Power Plants Circulating Water Pump House Structure Calculation Program
|Architecture and Civil Engineering
|Large and middle fossil fuel power plants Ccirculating water pump house Structure calculation model The internal force of structural design Study onoptimization
21st century China’s economy has made great development, and economic development to promote the development of the electric power industry. China is one of the world’s few coal as the main energy, and coal occupies a very important position in China’s economic and social development, and will not change for quite some time. Fossil fuel power project standalone installed capacity of25MW class units from the initial development to today for1000MW units, increasing scale power engineering construction, electricity investment is also growing. Said large and middle fossil fuel power plant is the ultra-high pressure and the above parameters, the single unit capacity of125MW and above direct combustion, mainly burning solid fossil fuel fired power plants.With the rise of the installed capacity of the thermal power plant circulating cooling water gradually increased circulating water pump house became larger, more and more complex structural arrangement.Even seaside or riverside circulating water pump house, due to the role of the high tide and the high water head, according to the flood control design, higher pumping station substructure deep running layer elevation design. Traditional unit board structure calculations are often carried out under high head pumping station reinforcement section is too large, the calculation is very unreasonable.In this paper, the main structure of the large and medium-sized thermal power plant circulating water pump house model, computational simulation unit and boundary conditions simulation study, structural analysis, select the side wall, the middle wall, each lateral partition wall, a foundation slab, and pumps layer as the main structure of the simulation calculation is feasible; The plate-type units have an advantage compared to the solid elements from the model to calculate the efficiency of the analysis, and the calculation results extracted; The calculation results show that the elastic support floor model calculation is consistent with the engineering practice, a more reasonable simulation response analysis of the force between the pump house structure and the lower part of the foundation board with the two-way nature of the work also reflects a more reasonable. Internal force analysis of large and middle fossil fuel power plants circulating water pump house structure design, the traditional calculation method is derived for the side wall of the pump house structure, vertical wall consider vertical to bending moments, horizontal is usually constructedconsider; The finite element method calculation results show that the vertical siding with the backplane connector at the moment fold reduction, while the horizontal bending moment has increased, especially in the bottom of the lateral wall to wall junction area level tothe maximum bending moment, or even become a control internal forces. Therefore, the study of this subject, both in theory and practice, are of great significance.


Black & Veatch Gets Hong Kong Expansion Project
The Hong Kong SAR Water Supplies Department has selected Black & Veatch for a large expansion project at the Tai Po Water Treatment Works. The consulting firm will design and oversee construction of the project that will improve water reliability for the area’s approximately 7 million residents, according to a June 24 press release.
“This expansion will more than triple the capacity of the water treatment works, providing up to 800 million liters per day of reliable water supply to the people of Hong Kong,” said Alan Man, vice president and leader of the company’s Hong Kong water business. “In addition, the Water Supplies Department estimates this project will create approximately 2,100 jobs in the local construction industry.”
The project involves constructing additional water treatment facilities, increasing the pumping capacities of the secondary raw and fresh water pumping stations and storage capacity of a service reservoir, as well as laying new fresh water mains. Construction on the project is scheduled to begin next year.
Some of the project's technical facts include the following:
- The project will expand the water treatment work’s capacity from 250 million liters per day (MLD) to 800 MLD
- The facility was the first major treatment works in Hong Kong to use space-efficient dissolved air flotation for water clarification
- It represents one of the largest installations of aerated biological filtration for ammonia removal in the world, significantly reducing chlorine usage.


The Akasombo dam project was opened in 1966 and was built across the volta river where the river passes through the narrow gorge.
The project was funded by Ghana, the United States of America, Britain, and the world bank.
The following are factors which have favored the establishment of the Akasombo dam project:
- Presence of skilled labor used in the construction and maintenance of dam project
- The high level of technology employed to put up the project, provided especially by Britain and the USA such as the use of large turbines to generate power
- The presence of a large market for power in the surrounding countries, which encouraged investment in the dam projects.
- The seasonal fluctuation of the Volta and therefore the need to regulate the flow such as control of flooding during the rainy season.
- There was a need to generate hydroelectric power to replace thermal, which was consuming a lot of foreign exchange through oil imports
- presence of narrow gorge (deep narrow valley) for easy construction of the dam
- presence of waterfalls hence the fast flow of water to turn turbines
- presence of hard basement rock which provided a firm foundation for the construction of the dam
- The presence of extensive land behind the hills was due to the sparse population, which could accommodate a large reservoir behind the dam.


Good progress continues to be made at our Unity site, Hatfield near Doncaster. The contract involves the construction of earthworks, a new spine road, drainage and pumping stations for client Hargreaves Waystone. The image shows the base construction for the northern pumping station.
The latest addition to the excavator fleet also arrived on site this week. A new 30t Doosan excavator was delivered to the southern pumping station for its excavation and associated drainage work.


ISLAMABAD: To meet the foreign financing needs of Diamer Bhasha and Mohmand dams the government is likely to give WAPDA go-ahead for the issuance of $500 million Eurobonds in the Economic Coordination Committee (ECC) meeting.
The ECC meeting will be held under the chairmanship of Dr Abdul Hafeez Shaikh on Wednesday. According to the agenda of meeting the committee will review the financial cost of Diamer Basha and Mohmand dams and the possible arrangement of financing these projects through local and foreign financial institutions.
The government already awarded a contract worth Rs.442 billion to a joint venture of China Power and Frontier Works Organisation (FWO) for the construction of the Diamer-Bhasha dam. The total cost of Diamer Basha Dam estimated around $14 billion and it will have a capacity to generate 4800 MW of electricity. The Chinese state-run firm holds 70% and the FWO, a commercial arm of the Armed Forces of Pakistan, 30% share in the consortium. The contract covers the construction of a diversion system, main dam, access bridge and the 21MW Tangir hydropower project.
The eight million acre-feet (MAF) reservoir with 272-metre height will be the tallest roller compact concrete (RCC) dam in the world. It will have a spillway, 14 gates and five outlets for flushing out silt. The diversion system involves two tunnels and a diversion canal — all three having one-kilometre length each. The bridge — a box girder structure — under the contract will be constructed downstream of the dam structure while the 21MW power plant will be built to meet the energy requirements of the project during construction.
The cost of constructing Mohmand Dam has been estimated to be $1.9 billion and it will have a capacity to generate 800 MW of electricity. WAPDA would provide 67 per cent fund for the project while remaining 37 per cent would be provided by the government. The multi-purpose dam will be ready before the flood season of 2024 as work is in full swing.
The contract for civil and electro-mechanical works of Mohmand Dam Project had already been awarded to a joint venture comprising the China Gezhouba Group of Companies (CGGC) of China and DESCON of Pakistan.


SHPP on Gizhget River (2014)
Risk Level: 2
|Sruface discharge volume in river section %, water||29||2|
|Disastrous Condition||Critical Condition||Normal Condition|
Gizhget River in Crisis
The Gizhget River flows in Syunik Region, it’s the right tributary to Sisian, while the latter is one of the tributaries to the Vorotan River. The Gizhget River starts from the central part of Zangezour mountains and joins the river near Arevis River. Its lenght is 8.5 km.
“Arevis-1” SHPP is being constructed on this river, under the project its derivation length will be 2478 meters. Thus, the SHPP will pipe a total river area of 2478 meters, which will make up 29․1529412% of the river.
Under EcoLur’s Ecological Risk Model, it will cause critical situation for the river.


Amazon Hydraulic Oil ISO 32
Amazon Hydraulic Oil ISO 32 oil is especially developed for application in all kinds of hydraulic systems. This oil reduces pump wear to a minimum and contribute to a long equipment lifetime. It is suitable for the lubrication of vacuum pumps and moderately loaded gearboxes, protecting against wear, corrosion and rust formation. It has excellent water demulsifying properties.
BENEFITS & FEATURES:
1-Excellent Low Temperature Properties.
2-Stable Viscosity Friction.
3-Modified for added Lubricity.
4-Excellent Water Separation.
5-Excellent Hydrolytic Stability.
6-Excellent Thermal Stability.
7-Good Rust and Corrosion.
8-Protection Resists Foaming in Service.
APPLICATION OF USE:
Amazon Hydraulic Oil ISO 32 Hydraulic Oil is recommended for all mobile and stationary hydraulic system operating under severe conditions, it’s also can be used in circulation, splash and ring oil Lubricants system, compressors where recommended.


Commentary to Decree No. 219 of 16 May 2014
President of the Republic of Belarus Aleksandr Lukashenko signed Decree No. 219 “Concerning the construction of the Vitebsk hydro-power plant on the Western Dvina River” on 16 May.
In accordance with the decree, the Vitebsk hydro-power plant will be built before 1 January 2019 in line with the construction agreement between Vitebskenergo and the Chinese company China National Electric Engineering Co., Ltd.
There are plans to build a facility with four hydro-power units with the total capacity of 40MW.
The total cost of the construction project will be $189.55 million without VAT and customs duties. The project will be sponsored by China Development Bank and Vitebskenergo.


HYDRAULIC ACCUMULATOR TOWER
- Accumulator Tower
- Hydraulic Tower
- A structure used for the production of hydraulic power. A head of water was raised at the top of the tower by means of pumps. Used for powering machinery.
- English Heritage
- http://creativecommons.org/licenses/by/3.0 (FISH Thesaurus of Monument Types)
- http://www.english-heritage.org.uk (FISH Thesaurus of Monument Types)
Download this concept:


Lee Hall Dam Replacement
Updated: September 2016
A significant amount of work has been completed to include the relocation of a high-pressure petroleum pipeline and a 30-inch finished water pipeline, both of which were needed to accommodate the expanded footprint of the new dam. Construction of the concrete principal spillway channel is nearly complete, and construction of an armored emergency spillway is underway and should be completed in early 2017.
Because the Lee Hall treatment plant must remain in service during construction, construction of the new dam’s concrete principal spillway is a complex operation. Staff has taken special care to ensure that the ability to pump source water from the reservoir is not be impeded during the project.
Updated: June 2016
Construction for the new Lee Hall Reservoir Dam is underway. In May 2015, City Council appropriated $16.7 million to replace the 100 year old Lee Hall Reservoir Dam with a new dam that meets all dam safety regulations implemented in recent years. Lee Hall Reservoir plays a central role in the Peninsula’s drinking water supply and recreation for Newport News Park. As such, a great deal of planning and coordination went into allowing for the shared uses of the reservoir while still meeting the practical construction requirements for the replacement of this 19th century dam with a 21st century state of the art facility. The City’s investment in this critical infrastructure should provide many decades of protection to the Peninsula’s water supply and flood protection for downstream properties. Construction for this project began in August 2015. The scope of the project includes the total demolition and replacement of the Lee Hall Lower Dam, the construction of a new armored auxiliary spillway, the removal of hydraulic control structures on the Lee Hall Upper Outlet Works, and the construction of a new Lee Hall Outlet Works facility. Many ancillary construction efforts are required to successfully build the proposed facilities including: utility relocations, culvert and curb modifications at Fort Eustis Boulevard, and a continuous dewatering operation to provide the appropriate conditions for construction of new facilities.
The project is divided into four phases to sequence the work in a way that mitigates flood risks while still allowing for shared uses of the reservoir by stakeholders. Phase 1 construction activities are wrapping up this summer. Construction for this project should conclude in late 2017.


||Rocky View County
||$ 35 Million
Thurber Engineering Ltd. (Geotechnical)
The project involved the construction of a 3.9 MLD water plant, 750 m3 buried concrete reservoir, distribution pumping capacity of 250 hp, a 400,000 m3 raw water reservoir and 19 km transmission main (400 mm). Treatment process included an aeration system (raw water), Dissolved Air Flotation (DAF) technologies and Ultraviolet Disinfection. The system will operate year round providing potable water to the East Balzac commercial and industrial areas.
Director of Infrastructure & Operations
Rocky View County
Phone: (403) 230-1401
Treatment Plant Contractor: Tritech Group Ltd.
Pipeline Contractor: Caliber Systems Inc.
Reservoir Contractor: Kowal Construction Alta. Ltd.
- Project Management,
- Construction Administration, PLC and SCADA programming.


Landform design and drainage assessments
We undertake drainage assessments and develop practical designs for constructed mining landforms to meet agreed design targets.
- Concept level and detailed closure designs
- Preparation of construction documentation
- Hydraulic performance and landform drainage assessments
- Design options identification and evaluation
- Cover design and seepage modelling
- Erosion assessments and mitigation plans


The green infrastructure program was adopted by the City as part of the 2014 Long Term Control Plan Update and included project opportunities in City-owned parks.
The Vinton Street Green Infrastructure Project constructed a subsurface detention facility near 35th and Vinton Street to manage the flow of stormwater into the existing sewer system. Detaining this flow assists with capacity in the downstream system.
This project was built in coordination with the adjacent South Omaha Trail improvement project.
City of Omaha
Public Works Department
Project Number: OPW 52456
LTCP Project Name: Vinton Street Green Infrastructure Project


The on-board pump has been widely used in the construction of many small and medium-sized mine tunnels in China.
The characteristics and application scope of the pumping products of the on-board pump are very clear. There are professional solutions for the problems that may be encountered during the construction of the mine tunnel construction. The vehicle-mounted pump has the economic benefit of concrete mixing pumping in the construction of concrete mine tunnel construction. Two features of the same product reduce procurement costs. On-site mixing, continuous pumping, and utilization efficiency can reach 4-6 times of traditional fixed mixer and concrete pumping, which greatly improves construction efficiency and speeds up the construction process. In the mixing and pumping process, only one operator can complete the two processes, and the operation is simple. The on-board pump truck has a high degree of mechanization, which greatly saves labor.
The car pump is very suitable for the construction of mine tunnels. Mobile is convenient and flexible, and mobile is strong. It is ideal for multi-station rolling and rolling operations. The investment cost is low. Can the vehicle pump be used for construction of mine tunnels? The products are more popular with customers and the cost recovery period is shorter. The products are well received and trusted. Whether it is a large concrete supplier or a construction machinery leasing company, the number of users of on-board pumps is increasing. Therefore, the same applies to the construction of mine tunnels for efficient, safe and environmentally friendly vehicles.


With the cost of Rs 15.230 billion, the construction of Winder Dam project will irrigate 10,000 acres of agriculture land in Balochistan. This project will be executed on behalf of Irrigation Department of Balochistan government and financed by Federal Government. The documentation of project reveals that it will be implemented in four years. The core objective of project is to irrigate 10,000 acres of agriculture land with average cropping intensity of 82 percent. The construction of lined water sources will improve socio economic conditions of communities living in and around the project areas.
The physical features depicted contains the construction of 40-m high and 1,452-m long earth core rock filled type dam with live storage of 46,724 Ac-ft, gated control Ogee type spillway and 20.5 kms long irrigation canal. The feasibility study of Winder Dam was carried out by WAPDA through a consultant firm.


Arusha, Tanzania — ESI-AFRICA.COM — 13 September 2011 – The governments of Uganda and Tanzania have signed a memorandum of understanding (MoU) for the joint development of the 16MW Kikagati-Murongo hydroelectric project on the boundary between the two countries.
The power project comprises two generating units of 8MW each which will be built on the Kagera River, which forms the Uganda-Tanzania boundary.
In terms of the agreement, the power house will be located on the Ugandan side and the reservoir will cover both partner states.
The project, which will be implemented by an independent power producer, will include an electrification programme in Murongo inTanzania, as well as one in Kikagati in Uganda.
It will be connected to the grid at Kikagati.


In some physical model experiments, it is necessary to use distorted models. It is difficult, however, to build in an optimal degree of distortion into the models to ensure a closer degree of similarity between the model and the prototype. Three-dimensional (3D) numerical simulation is used in this paper to model experiments with a straight channel under different distorted scales. The calculated results of stream-wise, lateral and vertical velocities and sediment concentration along the vertical direction are shown by comparing the deviations of the velocities and sediment concentration between the distorted model and a normal one. Generally the discrepancy between the distorted model and the normal in stream-wise velocity is acceptable, while in vertical and transverse directions, the velocity shows differences. Concerning sediment concentration and channel bed deformation, the effect of the distorted scale is mainly related to two different similarity criteria. The similarity ratio between the turbulence diffusion velocity and gravity settling velocity can reproduce better results of sediment concentration along the vertical direction. The better bed deformation results come, however, from the similarity ratio between the averaged flow velocity and gravity settling velocity.


4.8-MW project to use waters of the Kadanthara and the Illyani rivers
Annual production to be 109.7 lakh units
Project will not harm environment
KOZHIKODE: Electricity Minister A.K. Balan will inaugurate the construction activities of the Poozhithode small-scale hydel project in the district at a function at Pashukadavu Little Flower UP School on Sunday.
Forest Minister Benoy Viswom will preside over the inaugural function. The project, with capacity of 4.8 MW will utilise the waters from the Kadanthara river and Illyani river, tributaries of the Kuttiyadi river. The project is aimed at setting up three generators of 1.6 MW capacity each and annual production of 109.7 lakh units. The project would be implemented on the ‘run of the river’ method without causing any damage to the environment or the natural flow of the river.
The construction activities for the project include a concrete check-dam of 59 metres across the Kadanthara river at Mavattom, near Pashukadavu, a 790-metre-long canal, 1076 cubic metre capacity forebay tank on the valley of Ekkan hill, steel penstock pipes laid for a length of 125 metres, power house and switch yard. The State government has granted administrative sanction for funds of Rs.29.49 crore for the project.
The electricity from this project will be passed via Poozhithodu-Kuttiyadi 33-kV Double Circuit (DC) line and received at the existing 110-kV substation at Kuttiyadi and distributed. The project is expected to be completed within 18 months.


Keswick Dam is a 157-foot-high concrete gravity dam, with a crest length of 1,046 feet, constructed nine miles downstream from Shasta Dam on the Sacramento River. Keswick Dam acts as an afterbay dam controlling river fluctuations from the Shasta Powerplant. Water released from Shasta Dam downstream to the Keswick Reservoir is stored for release through Keswick Dam and Powerplant. With steady releases from Keswick Dam, managers are able to regulate the flows of the Sacramento River downstream. Keswick Power Plant has three generators with a rated capacity of 105 megawatts.; the units were uprated in 1992.
Keswick Powerplant is a run-of-the-river plant which is dedicated first to meeting the energy requirements of the project facilities. The remaining energy is marketed to various preference customers in northern California. The plant augments local loads during system disturbances.
|NERC Region||Western Electricity Coordinating Council, California-So. Nevada Power Area|
|PMA Service Area||Western Area Power Administration, Sierra Nevada Region|
|Powerhouse Type||Above Ground|
|Original Nameplate Capacity||75,000 kW|
|Installed Capacity||117,000 kW|
|Year of Initial Operation||1949|
|Rated Head||78 ft|
|Plant Factor||41 percent|


This line of AMT Self-Priming Centrifugal pump is designed for industrial and commercial applications requiring high volume liquid transfer, waste water drainage and processing. These pumps feature a self-cleaning clog resistant impeller capable of handling up to 3/8" diameter semi solids. Built-in flapper/check valve enables consistent self-priming to 20 feet. Dual volute design reduces radial load on motor.
- 3 HP 1 Phase 230 Motor
- Cast Iron Construction with Nitrile Rubber Seals
- 2" NPT Port Size
- Maximum Temperature 180° F
- Maximum Flow 125 GPM
- Maximum Head 80 Ft.
- Self-Priming up to 20 Feet with Built-in Check Valve
- Self-Cleaning, Clog Resistant Impeller


Rwanda’s major Rivers have proven 333 potential sites for Micro-hydropower countrywide. Opportunities exist in Micro and Small Hydropower projects and shared regional hydropower projects with East Africa (EAC) Partners.
A couple of micro, mini and small Hydropower Projects are currently under construction. The largest domestic hydropower project under construction is Nyabarongo I, with an installed capacity of 28 MW. Some shared hydropower projects with neighboring countries are also underway, including 145MW project shared by Burundi, DRC and Rwanda and a 90 MW project to be jointly developed by Tanzania, Burundi and Rwanda.
Mini and Small Hydropower
There are 20 projects totaling 9MW bid as 4”bundles”with an expected investment of approximately 25-30 million. The planned completion date is 2014-2015 and 3 bundled bids for 10MW of projects bid every year from 2015-17.
12-17 MW Nyabarongo II is being evaluated, with an expected investment amount of approximately $80 million. This is a multipurpose project envisaged to cater for water supply, irrigation as well as electrical power generation. The project may develop either under Public or PPP arrangement and is planned to generate 12-17 MW and the power will be fed into Rwanda National Grid. The project consists of 48m high concrete gravity dam with crest of 228m and a surface power station with 2*8.5MW Keplan turbines just situated at the dam toe.
Ruzizi III (145MW) supported by EU, AfDB, among others with an expected investment capital of $450 million and completion date in 2016.The project is being developed under CEPGL umbrella for Rwanda, Burundi and DRC.
Ruzizi III hydropower project is planned to generate 145MW and the power output is shared equally by three countries. The project consist of 105m long dam crest whose height is 20.5m, 2.28km Headrace Tunnel and a surface power station with 3*50 MW Francis Units.
Rusumo (90MW) falls supported by World Bank and others. Its expected investment amount is $300 million and planned completion date is 2017.The project is being developed under NELSAP umbrella for Rwanda, Burundi and Tanzania.
Rusumo falls Hydropower Project is planned to generate 81 MW and the power output will be shared equally by three countries. The project consists of concrete dam with crest length of 150m,Headrace Tunnel of 460m and a surface power station with 3*30MW Kaplan turbines.


Multi-stage submersible pumps with control box.
Pumps have a diameter of 83 mm and are suitable for boreholes with a minimum diameter of 90 mm and can be used for irrigation, pumping and construction of domestic booster sets.
When building the booster sets, an accessory kit with any pressure vessel can be used.
|Type:||45/100 (35 m)|
|Power input:||550, 750 W|
|Q max:||2700 l/h|
|Max. temperature:||35 °C|
|L dimensions - lenght:||1050 mm|
|Pump diameter:||83 mm|


A Stefanutti Stocks Oro Projects joint venture (with ORO Projects being a 32% partner) made a bid for the construction of a water treatment works reservoir for uMhlathuze Water in Richards Bay in late
- The project was awarded to the JV in March 2015 and work on site commenced in mid-April 2015.
A second reservoir, also undertaken in joint venture (ORO Projects 16%, Vitatype 99 CC 16% and Stefanutti Stocks Civils KZN 68%), was awarded in mid-2015. Clearing of this second adjoining site began in September 2015, at which time the civil construction of the first reservoir was at 42% complete.
Each contract entailed the construction of a 20-megalitre reservoir with associated bulk infrastructure, bulk earthworks and pipework.
The construction methodology on both reservoirs proceeded as below:
- bulk earthworks – excavation;
- layer works – selected granular material reinforced with geogrid flexi mesh;
- construction of the no fines layers followed by a 10.00mm thick mortar topping;
- construction of the 50m diameter reservoir wall footing floor slab;
- construction of the 12m high reservoir walls;
- construction of reservoir domed concrete roof slabs cast monolithically with ring beam;
- pre-stressed post tensioning of the walls, ring beam and domed roof simultaneously;
- water test;
- pipework; and
- backfill and landscaping.
In both contracts the reservoir bases, walls and floors are completely separate structures separated only by Kilcher Bearings that have a load-bearing capacity of 18 ton/metre.
The pipework tie-ins involved tying in to existing live lines with specified limited, restricted intervals, so as not to interrupt the water supply to the nearby Mondi mill.


- Flood Warning issued March 30 at 7:33PM CDT until April 01 at 8:15AM CDT by NWS
- Effective: 7:33 p.m. on Friday, March 30, 2018
- Expires: 8:15 a.m. on Sunday, April 1, 2018
...The Flood Warning continues for the following rivers in
Blackwater River near Blue Lick affecting Cooper and Saline
The Flood Warning continues for
The Blackwater River near Blue Lick.
* until Sunday morning.
* At 6:45 PM Friday the stage was 28.4 feet.
* Flood stage is 24.0 feet.
* Minor flooding is occurring and Minor flooding is forecast.
* Forecast...The river will continue to fall to below flood stage by
* At 24.0 feet...Cropland and pastures along the river flood.
Location FS Stage Day/Time Forecast
Blue Lick 24 28.4 Fri 07 PM 27.5 early Saturday morning
- See more at NOAA


Built-in safety check valves and bracket for proximity switch.
(The proximity switches are extra option.)
Can clamp over workpieces with highly uneven surface.
3-jaw long stroke through-hole power chuck (adapter included)
The design of high-speed and lightweight can reduce spindle loading which is suitable for Vertical Lathe
Short type non through-hole rotary hydraulic cylinder with central bore for air


Spirax Sarco (Blythewood, SC) has released a new range of lift check valves: LCV3 (cast iron), LCV4 (carbon steel), LCV6 (stainless steel), and LCV7 (SG iron). These check valves are designed for EN and ASME standards which can be used for a wide range of applications. Providing a solution for the prevention of reverse flow in pipelines carrying most types of fluids, these check valves protect equipment and prevent pressure surges associated with hydraulic forces such as water hammer. The range is fabricated for horizontal pipeline installations for arduous applications and provides higher flow rates compared to existing disc check valves.
For more information, visit www.spiraxarco.com/us.


Water level just 2 feet short of full reservoir level of 2,403 ft
The Idukki district administration has made all preparations for opening the Idikki dam and is awaiting the Kerala State Electricity Board’s decision in this regard.
The water level in the dam was short by just 2 ft to reach the full reservoir level of 2,403 ft on Friday evening, according to an official of the KSEB’s control room atop the Cheruthoni dam.
District Collector Ajit Patil told The Hindu on Friday that the control room was monitoring the situation every hour and giving inputs to various department on the latest position. If the water level continues to rise at the same rate, the dam has to be opened on Sunday. K.K. Karuppankutty, Chief Engineer, Dam Safety, KSEB, will visit the dam on Saturday to oversee the steps for opening the dam.
With the inflow recording a higher level since afternoon, the water level was rising at a rate of 0.04 ft an hour against 0.02 ft in the morning.
The catchment area received heavy rainfall (68 mm) during the 24 hours ending Friday morning.
Power generation at the Moolamattom power house was 9.77 million units as per Friday morning estimates. The production was maintained at a maximum level on Thursday to keep the water level in the dam under control.
A public warning will be issued prior to the opening of the dam and the district administration has prepared a plan for providing temporary rehabilitation to those who may get affected. A senior official said that it all depended on the level of water discharge. If the rain subsides, the water to be released will be of a lower quantity.
After the water level reaches 2,402.5 ft, the central gate of the Cheruthoni dam will be opened and the two gates next to it will be opened if more water is to be released.
The district administration has opened control rooms at the villages that may be affected. It has drawn up a list of schools and buildings to be opened as relief centres. The areas likely to be affected have been marked, said an official of the Revenue Department.
The shutters of the dam had to be opened twice in the past, both during the northeast monsoon. The first time was in 1981 and the second time in 1992.


AY McDonald 8570 Shallow Well Jet Pump. This is a genuine A.Y. McDonald Jet Pump which is manufactured to the highest degree. The pump is for shallow well applications and the pump includes a 1-1/4 inch suction pipe. The pump runs at 3/4 HP (horsepower) and at 230 volts on the factory setting.
|Pump Type:||Jet Pump|


Three Gorges Dam (1)#
Construction of the Three Gorges Dam on the Yangtze River in central China. On 15 May 2006, Chinese engineers were pouring the last of the concrete to finish the construction of the massive dam, which is designed to provide flood control and to be the largest electricity-generating plant in the world.
Photos courtesy of NASA., under PD
By 15 May 2006, the dam spanned the entire river, and a large reservoir had filled behind it to the northwest. White spray shoots through gates in the center portion of the dam. The former locks are much less prominent, and the new ones to the north appear as a linear arrangement of thin, blue rectangles.


Gali H15 Hydraulic Starter
Gali H15 Series Hydraulic Starter
Gali H15 Hydraulic Starter are designed to start up diesel engines with a displacement of 8-18 dm3.
The energy used comes from an hydraulic station equipped with a manual or electrical pump depending on the final application.
The design of the Gali H15 Hydraulic Series Starter is based in a Hydraulic motor of displacement pistons and equipped with inertia engagement system.
It is mounted into the engine by frontal flange to permit the easiest assembly procedure.


The Leader BVP Dirty Water Pump is a heavy-duty submersible pump perfect for dirty water applications such as drainage, emptying, and pumping water between containers. It can also be used in ponds for waterfalls and circulation.
Capable of handling solids up to 1.5" diameter
Oil-less motor with capacitor start for instant torque
Double ball bearings for high efficiency and quiet operation
Ceramic shaft sleeve and triple seals provide extended life


A positive conclusion of the state expert examination of the project for the construction of an international maritime passenger terminal at the seaport of Kaliningrad received
FSUE "Rosmorport" received a positive conclusion of the state expertise No. 39-1-1-3-003971-2022 dated 27.01.2022, approved by the FAA "Glavgosexpertiza of Russia", on the corrected design and estimate documentation for the construction of an international sea terminal for the reception of cruise and passenger vessels at the seaport of Kaliningrad.
Correction of design estimates and engineering survey results is associated with the need to clarify the design solutions for the construction of the passenger terminal building, as well as some of the onshore auxiliary buildings and hydraulic engineering structures due to flaws in the design and engineering documents discovered during the construction phase.
In addition, the new documentation takes into account the changes in regulatory requirements for the design and technical equipment of checkpoint facilities across the state border of the Russian Federation and in the field of transport safety, which are required for the construction of marine passenger terminals, as well as updated estimated cost of completing the construction.
In order to save money on project implementation, it was decided to revise the technology of construction and installation works for the immersion of the front sheet pile walls and architectural and construction solutions.
Currently, the degree of readiness of the project implementation is 30 %. To date, part of the hydraulic structures (the eastern breakwater, part of the barrier breakwater, part of the northern breakwater and part of the pier No. 1) has been built, and an artificial land plot No. 1 has been formed.
Taking into account the corrections made to the design and estimate documentation, the completion of construction and installation works on the project of the international sea terminal for cruise and cargo-passenger vessels at the seaport of Kaliningrad is scheduled for the 4th quarter of 2023.


Sacramento-area flood control projects will be embellished with more than $8 million in new federal funds, the Army Corps of Engineers announced Wednesday.
The Folsom Dam Joint Federal Project will receive $7.42 million, and the Folsom Dam Raise project will receive $720,000. In both cases, the money comes from a Corps of Engineers' "reserve fund" established by Congress late last year. Unlike the old congressional earmarks, the reserve fund was set up to be distributed competitively.
The Folsom Dam projects are designed to provide 200-year flood protection for much of Sacramento.


Bharat Heavy Electricals Limited secured the electro-mechanical package contract for the 412MW hydro electric project in Himachal Pradesh being constructed by Satluj Jal Vidyut Nigam Ltd (SJVNL).
The project is a second stage extension of the 1500 MW Natpha Jhakri project on Satluj River, which will use the tail waters of the upstream project. The Rampur project is being funded by World Bank istockanalyst.
The powerhouse, located in Kullu, will generate electricity utilizing river Satluj at a 119m head. The project is scheduled to be completed in 42-months.


This high performance impeller is designed to use with Hayward ABG and Power-Flo LX Flooded Suction pump model SP1520UN LX. 1-Horsepower. Weighs 5.4-Pound.
Add To Wishlist
- High performance impeller replacement
- Fits hayward abg and power-flo lx flooded suction pump model sp1520un lx
- Spx1500lh high performance impeller replacement for hayward abg and power-flo lx pump, 1-hp
- Weighs 5.4-Pound


Author(s): Nils Solheim; Mikael Hedberg; Hanne N. Lunde; Elena Pummer; Leif Lia
Keywords: Spillway hydraulics; Spillway capacity; Physical modelling; Guide walls
Abstract: This paper presents the results from a physical model study of a fixed crest ogee spillway with lateral inflow creating a contraction loss at the inlet reducing the effective spillway width. The model represents a scenario faced by some spillway structures in low head run-of-river hydropower schemes. The contraction caused at the corner of the spillway inlet is quantified for varying discharges and its influence on the spillway capacity is evaluated. To improve the capacity of the spillway, firstly the approach angle is altered. The spillway capacity is measured for multiple headwall angles, finding a relative increase of 6.2 % in discharge capacity for a 55° approach. Secondly, guide walls of varying designs in the direction of the lateral flow are introduced. The design of the modified guide wall seeks to smoothen the approach and reduces the ensuing flow separation, thus increasing the capacity of the spillway. The greatest improvement is found for an elliptic guide wall which increased the discharge capacity by 6.7 %. Ultimately, small structural changes can make significant improvements to spillway capacity.


Submersible Pump for dirty water
The RX-VORTEX series pumps are suitable for use with dirty water.
The design solutions that have been adopted, such as the complete cooling of the motor, guarantee the reliability of the pump.
They are suitable for use in domestic applications such as for discharging dirty water containing suspended solids.
Liquid type: Dirty water
Uses: domestic, civil
Applications: drainage, dirty water – slightly solid particles, emptying tanks
Family: submersible pumps
- Flow rate up to 380 l/min (22,8 m³/h)
- Head up to 13 m
- Temperature of the liquid to +50 °C
- 10 m maximum immersion depth
(with a sufficiently long power cable)
- Solids passage:
– up to Ø 20 mm for RX 2/20, RX 3/20
– up to Ø 40 mm for RX 4/40, RX 5/40
- Suction level:
– 25 mm above ground level for RX 2/20, RX 3/20
– 50 mm above ground level for RX 4/40, RX 5/40
- Continuous service S1


The Calaveras Dam Replacement Project is a $621 million project to build a new 220 foot high earth and rock fill dam downstream of the existing dam for the San Francisco Public Utilities Commission. The reservoir currently retained by the existing dam was lowered to less than 40% of the normal operating capacity in 2001 due to seismic concerns. The replacement project is part of the SFPUC’s $4.6 billion Water System Improvement Program to repair, replace, and seismically upgrade the aging pipelines, tunnels and reservoirs in the Hetch Hetchy Regional Water System. CJA has a contract with the joint venture of Dragados USA, Flatiron and Sukut Construction to perform the foundation grouting of the rock underlying the new dam.
The scope of the foundation grouting program consists of two Production Curtain Rows, four in an isolated reach, Verification Holes, Stitch Grouting, and Transverse Cutoffs to allow a unique sequencing.


Dongshan is a 75MW hydro power project. It is located on Han river/basin in Guangdong, China. The project is currently active. It has been developed in single phase. The project construction commenced in 2006 and subsequently entered into commercial operation in 2009.
|Project Type||Total Capacity (MW)||Active Capacity (MW)||Pipeline Capacity (MW)||Project Status||Project Location||Project Developer||Hydropower||75||75||–||Active||Guangdong, China||Fengshun County Han River Hydro Power|
The project is developed and owned by Fengshun County Han River Hydro Power.
Dongshan is a run-of-river project. The net head of the project is 5.5m. The project generated 308.94 GWh of electricity. The project cost is $113.14m.
The project construction commenced in 2006 and subsequently entered into commercial operation in 2009.
Power Purchase Agreement
The power generated from the project is sold to China Southern Power Grid under a power purchase agreement with a contracted capacity is 267.01GWh.
Tonglu Fuchun Electricity Generation Equipments was selected as the turbine supplier for the hydro power project. The company provided 6 turbines, each with 12.5MW nameplate capacity.
Tonglu Fuchun Electricity Generation Equipments supplied electric generator(s) for the project.
About Fengshun County Han River Hydro Power
Fengshun County Han River Hydro Power Co. Ltd. is a China based hydro power generation company. Presently, it is engaged in the construction of 75 MW Dongshan hydro power project located in Guangdong Province of China.
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.


Integrated prefabricated pumping station
Jiaquan integrated prefabricated pumping station has the advantages of fast construction, adaptability, long life and environmental friendliness, etc. It is an ideal substitute for traditional pumping stations and can be used for domestic sewage, rainwater and industrial wastewater discharge. It can be used for water source and is a new generation of green technology products.
Jiaquan integrated prefabricated pump station can replace traditional concrete pumping station in many fields and has been widely used in:
1. Municipal water supply and drainage; 2. Emergency drainage of rainwater;
3. Urban sewage and rainwater upgrading; 4. Interchange drainage;
5, railway, highway drainage; 6, raw water to take water; 7, building water supply, drainage
Advantages of Jiaquan Integrated Prefabricated Pumping Station:
1. Short construction period: Within two weeks you can complete excavation, backfilling, compaction, connection, leak test, control system installation, commissioning, commissioning and all processes.
2. Strong anti-leakage performance: The cylinder is controlled by computer to control the wellbore winding, and the molding is highly integrated at one time, preventing leakage and cracks.
3. Integrated design: The integrated smashing system of the pumping station water and the overall pulverizing Geshan ventilation system are integrated.
4. CDF analysis: using fluid dynamics design, automatic cleaning to prevent blockage.
5. Strength analysis test: Each product is subjected to strong analysis and testing before leaving the factory to ensure the safety and reliability of the product.
Intelligent control system: no need to be on duty, GPRS remote monitoring system, know the operation of the pump station anytime, anywhere.


150CSG (Rising Stem)Overview
150CSG (Rising Stem) are widely used in fluid-handing systems for flow control
150CSG (Rising Stem) are widely used in fluid-handing systems for flow control, Typical gate valves are designed to be fully opened or closed. When fully open, the typical gate valve has no obstruction in the flow path, resulting in very low friction loss.
|Certification||:||ANSI 150, OS&Y|
|Size||:||1 1/2 - 24 inch|
|Parts||:||Body, Bonnet, Disc, Stem, Seat Ring, Handwheel|
|Part Materials||:||Carbon Steel, Carbon Steel + 13Cr, Carbon Steel + 13 HF, Stainless Steel, Flexible Graphite, Cast Iron|


Search results for: 'applications propane powered pumps lp generators'
316SS pump .5HP
316 SS investment cast end-suction centrifugal pump by Hypro Shertech. This series of low pressure general transfer pumps are also available in Cast Iron and Bronze with single and three phase electric motors. Explosion Proof and TEFC motors avail...230/460v TEFC 1/2HP Learn More
Bronze Gear pump Head
GCBN3V$994.04Bronze Gear pump head PEO. Will mount to a close coupled 1/2 hp Carbonator type motor. Bronze spur gears with 304 stainless steel shaft and carbon/graphite shaft supports. Standard pressure relief valves that can be ported internally or extern...3/8" Bronze Pump no motor Learn More


Alerts in Effect
Flood WarningIssued at 21:19 Monday 21 May 2018
Des Plaines River near Russell affecting Lake County
Des Plaines River near Gurnee affecting Lake County
Des Plaines River at Lincolnshire affecting Lake County
Des Plaines River near Des Plaines affecting Cook County
Des Plaines River at Riverside affecting Cook County
East Branch Du Page River at Bolingbrook affecting Will County
Fox River at Algonquin Tailwater affecting Kane and McHenry Counties
...The Flood Warning continues for the following rivers in
Fox River at Montgomery affecting Kane and Kendall Counties
The Flood Warning continues for
The Fox River at Algonquin Tailwater.
* until Saturday morning.
* At 830 PM Monday the stage was 9.7 feet.
* Flood stage is 9.5 feet.
* Minor flooding is occurring and Minor flooding is forecast.
* Forecast...The river will continue rising to near 10.4 feet by
Tuesday morning. The river will fall below flood stage early
Dense Fog AdvisoryIssued at 01:58 Tuesday 22 May 2018
* VISIBILITY...A quarter mile or less at times.
* IMPACTS...Poor and rapidly changing visibilities in areas of
dense fog will make travel hazardous.


Stainelec Hydraulic Equipment now supply the new model Ogura ORC-19DF 20mm cordless hydraulic rod and rebar cutter.
This machine features a Makitas LX motor, powered by Lithium Ion rechargeable 18 volt batteries. This design feature extends the battery performance by up to 30%.
A DVD outlining the operation details of Ogura ORC-19DF 20mm cordless hydraulic rod and rebar cutters is available from Stainelec Hydraulic Equipment.
The tool is designed to be used in rescue situations and is part of the wide range of rescue equipment supplied by Stainelec Hydraulic Equipment.


Haeusern is a 100MW hydro power project. It is located on Rhine river/basin in Baden-Wurttemberg, Germany. The project is currently active. It has been developed in single phase. The project construction commenced in 1929 and subsequently entered into commercial operation in 1931.
|Project Type||Total Capacity (MW)||Active Capacity (MW)||Pipeline Capacity (MW)||Project Status||Project Location||Project Developer||Hydropower||100||100||–||Active||Baden-Wurttemberg, Germany|
RWE Power, EnBW Energie Baden-Wurttemberg, Energiedienst and Energiedienst Holding are currently owning the project having ownership stake of 50%, 37.5%, 7.5% and 5% respectively.
Haeusern is a pumped storage project. The gross head of the project is 200m. The project generated 120 GWh of electricity.
The project construction commenced in 1929 and subsequently entered into commercial operation in 1931.
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 GE Renewable Energy and Voith Hydro Holding.
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.


Altaf Hamid Rao.
Water level in Mangla Dam at rapid decline,
MIRPUR (AJK), (Parliament Times) : Following heavy snow fall on upper reaches of the Himalayan belt and resultant decline in water level in the country’s Mangla dam’s reservoir as it receded to greater extent swiftly reaching towards the dead level of 1040 feet.
Official sources Tuesday confirmed to our Special AJK Correspondent Altaf Hamid Rao that water level in the Mangla Dam receded to 1173.60 feet as recorded on Tuesday. The water level in the reservoir is at the verge continual decline following irrigation of the agricultural lands in concerned down parts of the country under the stipulated annual seasonal schedule.
1242 is the maximum conservation of water level in the reservoir of the largest dam in the country, located in Mirpur district of AJK.
Meanwhile, the position of the river inflows and outflows at Mangla, Tarbela, and Chashma along with the reservoirs levels and the barrages remained on Tuesday as under:-
Rivers: Indus at Tarbela: Inflows 15300 cusecs and Outflows 35000 cusecs, Kabul at Nowshera: Inflows 7200 cusecs and Outflows 7200 cusecs, Jhelum at Mangla: Inflows 9900 cusecs and Outflows 15000 cusecs, Chenab at Marala: Inflows 6700 cusecs and Outflows Nil cusecs.
Barrages: Jinnah: Inflows 43200 cusecs and Outflows 43200 cusecs, Chashma: Inflows: 45900 cusecs and Outflows 49000 cusecs, Taunsa: Inflows 41400 cusecs and Outflows 40900 cusecs, Panjnad: Inflows 6400 cusecs and Outflows 2100 cusecs, Guddu: Inflows 30400 cusecs and Outflows 27300 cusecs, Sukkur: Inflows 24900 cusecs and Outflows 7000 cusecs Kotri: Inflows 8700 cusecs and Outflows 500 cusecs.
Reservoirs (Level and Storage):
Tarbela: Minimum operating level 1392 feet, present level 1464.72 feet, maximum conservation level 1550 feet, live storage today 1.728 million acre feet (MAF).
Mangla: Minimum operating level 1050 feet, present level 1173.60 feet, maximum conservation level 1242 feet, live storage today 2.846 MAF.
Chashma: Minimum operating level 638.15 feet, present level 642.70 feet, maximum conservation level 649 feet, live storage to day 0.072 MAF.
The inflows and outflows of River Indus at Tarbela, Jinnah 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 on Tuesday.


Amazon: submersible water pump 220v DEKO Sump Pump 1HP 3302GPH 750W Submersible Clean/Dirty Water Pump Swimming Pool Garden Tub Pond Flood Drain w/Float Switch and Long 16ft Cable 4.2 out of 5 stars 247 $52.99 $ 52 . 99 $65.99 $65.99
submersible water pump 220v products for sale eBay Submersible Deep Well Water Pump W 20 Cable,3" 750W 1HP 220V/50hz Max Flow 3M3/H 4.5 out of 5 stars 6 product ratings 6 product ratings - Submersible Deep Well Water Pump W 20 Cable,3" 750W 1HP 220V/50hz Max Flow 3M3/H
Amazon: submersible water pump 220v - 2 Stars & Up Skip to main content. Try Prime All
submersible water pump 220v, submersible water pump 220v A wide variety of submersible water pump 220v options are available to you, There are 5,315 suppliers who sells submersible water pump 220v on Alibaba, mainly located in Asia. The top countries of suppliers are China, Taiwan, China, and Vietnam, from which the percentage of submersible water pump 220v supply is 99%, 1%, and 1% respectively.
SumpMarine SM10102 1/2HP Clean/ Dirty Water Submersible Pump SumpMarine UTP 115-Volt 330 GPH Portable Transfer Water Pump, Bronze WAYNE WWB WaterBUG Submersible Pump with Multi-Flo Technology,Yellow 1HP Sump Pump Submersible Water Pump Electric Clean Water Pump for pool pond 3.5/5(292)
1/2 Hp Dirty Water Submersible Pump with Float Switch by C The title "Dirty Water" is not entirely correct as there are what are called Trash Pumps that are used construction sites. This pump will clog with debris (leaves) larger than ¼” x ¾” & sand or dirt would ruin the plastic impeller so I rated it 4. If they'd called it a clear-water pump I would have given it a 5.3.5/5(86)
Submersible Water Pump 220v In Aquarium Water Pumps for Make Offer - 220V Submersible Water Pump 6500LPH Fish Tank Fountain Pond Aquarium Hydroponic 220V Submersible Pump 739.7GPH Aquarium Pond Powerhead Fountain Water Hydroponic $38.99
submersible water pump wqd, submersible water pump wqd · 595 submersible water pump wqd products are offered for sale by suppliers on Alibaba, of which pumps accounts for 99%, solar water pump accounts for 1%. A wide variety of submersible water pump wqd options are available to you, There are 595 suppliers who sells submersible water pump wqd on Alibaba, mainly located in Asia.
submersible water pump 220v products for sale eBay 220V Submersible Water Pump 80W 3.5M for CO2 Laser Engraving Cutting Machine 5 out of 5 stars 1 product rating 1 product ratings - 220V Submersible Water Pump 80W 3.5M for CO2 Laser Engraving Cutting Machine
Amazon: 220v water pump KTNNKG 40amps Smart Pump Switch, Water Heater Timer,Wi-Fi+Remote Control,Compatible with Alexa & Google Home and TUYA app,Single L and N wire needed, AC110V 220V 3.8 out of 5 stars 7 $37.09 $ 37 . 09
Submersible Water Pump for sale eBay Make Offer - Submersible Water Pump, Deep Well, 4", 1.5HP, 110V, 380 ft Head, Heavy Duty 10HS05422C Goulds 4" Submersible Water Well Pump &
Submersible Utility Pumps - Northern Tool Submersible Water Pumps. Whether it be standing water, your pool, or an emergency situation, these submersible pumps get the job done. Shop our wide selection of utility pumps ranging from motor speeds up to 220V or flow rate of up to 18,000 GPH.
Submersible Pumps - Afripumps Submersible pumps are designed to function with the pump and the motor completely submerged in the water. Submersible pumps are normally used to handle clean or dirty water depending on the pumps capability. Dab Divertron 1200 M 0.75kW 220V Submersible Pressure pump with built-in integrated Electronics. designed to.
Submersible Water Pump Repair - YouTube 6:47Dec 27, 2010· Restoration water pumps old How submersible motor works - Duration: 11:18. felsomsrl 1,730,630 views. 11:18. Mini 12V DC Brushless Submersible Water Pump Review and Disassembly - : FerdinandMagellan08
Submersible Water Pump, Deep Well, 4", 1.5HP, 220V, 341 ft Find many great new & used options and get the best deals for Submersible Water Pump, Deep Well, 4", 1.5HP, 220V, 341 ft Head, Heavy Duty at the best online prices at eBay! Free shipping for many products!
Best value Dirty Water Pump Great deals on Dirty Water 2020 popular Dirty Water Pump trends in Home Improvement, Tools, Home & Garden, Sports & Entertainment with Dirty Water Pump and Dirty Water Pump. Discover over 161 of our best selection of Dirty Water Pump on AliExpress with top-selling Dirty Water Pump brands. Shop the top 25 most popular Dirty Water Pump at the best prices!
Amazon.co.uk Water Pumps & Accessories Terratek 1100W Stainless Steel Submersible Water Pump, Suitable for Pumping Dirty Water, Great for Swimming Pools, Flooded Cellars, Large Ponds & More. Jebao XTP-10000 Compact Super Eco Energy Saving Submersible Dirty Water Filter Pump 10000L/H GS/CE approved. ref-tags-container-link ref-tags-container-link ref-tags-container-link ref-tags
1100W Stainless Steel Submersible Pump Clean/Dirty Water Rated Power: 1100W. This powerful pump is designed for clean or dirty water applications. 1 x Water Pump. Material: ABS &Stainless Steel. Built-in float will automatically shut down once the water level to reduce to a prescribed level.
Submersible Water Pump, Deep Well, 4, 2HP,110V, 443 ft Find many great new & used options and get the best deals for Submersible Water Pump, Deep Well, 4, 2HP,110V, 443 ft Head, Heavy Duty at the best online prices at
Submersible Water Pump for sale In Stock eBay Get great deals on Submersible Water Pump. Take this time at home and knock out some home improvement tasks! New 2" (50mm) Submersible Bore 0.5 HP Water Pump Deep Well 220V 180ft. Hmax 180FT, Qmax 8GPM, 0.37KW, 2850rpm, 15M Cable. $208.71. From China. 1100W 1.5HP Clean Dirty Water Submersible Pump 4200GPH With Garden Hose Adapter


WMS, in collaboration with icubed consulting, was engaged by Isaac Regional Council to undertake the hydrologic and hydraulic analysis and design of the Drummond Creek floodway crossing upgrade.
The existing crossing was inundated and impassable several times a year. Two preliminary design options were developed to provide immunity for the 63.2% and 10% AEP events. Following the hydrologic and hydraulic assessment of the two preliminary design options and discussions with Council, the preferred design option for the Drummond Creek crossing upgrade was chosen. The final design for this option was however modified from the preliminary design with changes made to the width, alignment, crossfall and batters to ensure that the proposed roadworks will cater for the requirements of a 90 km/hr design speed environment. The aim was to minimise the extent of these works while ensuring that the design speed was achieved.
Several iterations of the design were tested, with model results used to inform the design process. Final design mapping and drawings as well as details on the scour assessment, proposed scour protection and flood impact assessment for the final design were provided. The bill of quantities and a detailed cost estimate to enable Council to solicit bids for project construction was also delivered as part of the project.
We’d love to solve your next engineering challenge.


Submersible Electric AdBlue™ Pump
95ltr Per Min (230v)
About the product
The Submersible AdBlue™ Pump has been designed to be installed in large AdBlue™ tank installations where increased head pressure is required. This is a popular AdBlue™ transfer pump solution for tank manufacturers, as being submerged into the fluid means the storage tank cabinet does not need to make room for a pump to be fitted.
These electric AdBlue™ pumps are built from anti-corrosive materials with a three stage impeller, wear resistant shaft and an anti-debris stainless steel strainer. The seals within this AdBlue™ pump - known as a DEF pump in the US - have been designed to keep the urea pure and the electrical cable gland seal has been reinforced. The pump’s motor has excellent cooling properties and can be used even when the top of the motor becomes partially exposed.
Features of the Submersible AdBlue™ Transfer Pump:
- Submersible AdBlue™ pump
- Three stage impeller
- Anti-debris stainless steel strainer
- 15m power cable
- Thermal overload protection for the motor
- Wear resistant shaft
- No start/stop float switch
- Flow rate: 95ltr Per Min
- Available in 230v


4 INCH HORIZONTAL GRAVEL SAND PUMP
- Material: High chorme(a05)
- Inlet size: 6’’/ Outlet size:4’’
- Max. particle size: 82mm
The 4 inch gravel sand pump is designed specifically for continuous pumping of extremely aggressive slurries, with particle up to 82mm. The large volume internal structure of the casing reduces associated velocities, which will further increase the components working life.
Mobile: +86 158 3083 1733
We're Here to Help


ISLAMABAD, Pakistan – The Water and Power Development Authority (WAPDA) has accelerated the construction of 12 small and medium dams around the country, intending to increase renewable energy output, water availability, and climate resilience.
According to government sources, the dams were dual-purpose projects that were meant to retain rain and floodwater as well as generate electricity in all of the country’s federating units.
He added that the Winder Dam project, which would generate 0.3 megawatts (MW) of energy and store 0.036 million acre-feet (MAF) of water, Naulong Dam, which would generate 4.4MW of power and store 0.20MAF of water, Hingol Dam, which would generate 1MW of electricity and 1.41MAF of water storage, Garuk Dam, which would generate 0.3MW of energy and 0.05MAF of water storage, and Pelar Dam, which would generate The Nai Gaj Dam in Sindh is anticipated to create 4.2MW of electricity and hold 0.30MAF of water after completion, while the Darawat Dam is expected to produce 0.45MW of energy and store 0.12MAF of water.
Dams will aid in the resolution of water and energy difficulties, the jobs creation in local communities, and the initiation of tourist and business opportunities.
The WAPDA has also begun construction on many small and medium dams in Khyber Pukhton Khawa, including the Kurram Tangi Dam, which has an 83.4MW hydropower potential and 1.2MAF water storage capacity, the Tank Zam Dam, which has a 25.5MW power generation capacity and 0.345MAF water storage capacity, and the Daraban Zam Dam, which will produce 0.75MW energy and 0.069MAF water storage capacity.
The WAPDA official went on to say that the authority had begun work on several small dams in Punjab, including Ghabir Dam, which has a 0.15MW power production capacity and 0.066MAF water storage capacity, and Papin Dam, which has a 0.3MW power production capacity and 0.089MAF water storage capacity, both of which were in various stages of development. He explained that, in light of energy demands, project completion timelines, and funding availability, the authority has decided to expedite the completion of construction and development work on the projects.
Chiniot Dam will create 80MW of low-cost, environmentally sustainable power. The Chiniot Dam, which is located on the Chenab River 5 kilometers from Chiniot city and will generate 80 megawatts of affordable and environmentally beneficial power, will be finished by December 2022.
Chiniot Dam had a gross storage capacity of 0.90 million acre-feet (MAF) and a power generating capability of 80 megawatts, according to data (274 GWh). The Water and Power Development Authority (WAPDA), the project’s implementation agency, has accelerated development work on its many small and medium dams, bringing the project’s construction to a close. The government would provide Rs50 million through PSDP disbursements, while WAPDA will cover the remaining Rs 96.33 million from its resources. WAPDA conducted a feasibility study for the Chiniot Dam Project, which was completed in 2019. The PC-II Proforma for Detailed Engineering Design has been submitted to the Ministry of Water Resources (MoWR) for consideration at the DDWP meeting.
The PC-II Proforma has been authorized by the DDWP, subject to certain conditions, according to the statement. According to a WAPDA official, the project is important since it would assist provide daily water supply for Chiniot city, as well as create economic possibilities for residents to start fisheries projects and a tourist location for locals to enjoy. Small and medium dams are needed around the country to prevent major floods in places near rivers and areas with torrential terrain. The small dams would aid in the conservation of rainfall and floodwater, which would then be used for domestic and irrigation purposes.


President of the Republic of Azerbaijan Ilham Aliyev has today attended a groundbreaking ceremony of Ordubad Hydroelectric Power Plant.
The head of state was informed that the capacity of the Hydroelectric Power Plant will be 36 MW. The diversion-type plant will be located on the Araz River.
The reservoir with the capacity of 1.5 million cubic meters will be built for the plant. Three units with the capacity of 12 MW each will be installed. The length of the diversion-type canal will be 12,738 metres.
The head of state laid a foundation stone for the new plant.


Self-suction pump or self priming pump is a liquid-ring pump which is specially designed for pumping liquids containing air or gas. The pump is used in food, chemical, pharmaceutical and similar industries. The pump can be used for CIP return.
All product wetted parts, pump casing, casing cover and impeller are made of acid-resistant steel AISI316L. Motor shroud is made of stainless steel AISI304. Seals are made of EPDM rubber.
Product wetted steel parts: Acid-resistant steel AISI 316L.
Max. Inlet pressure: 0.5Mpa
Temperature range: -10ºC to +140ºC(EPDM)
Noise level(at 1m): 60-80dB(A)
Voltage and frequency:
50Hz: 4, 5.5, 7.5kw


Sessions Meadow Marsh, northcentral Connecticut
Sessions Meadow Marsh Dam on the Browns Brook in Tolland County, Connecticut is used for flood control purposes. Construction was completed in 1956. At normal levels it has a surface area of 50 acres. It is owned by Dep.
Sessions Meadow Marsh, also known as 00000524 is of earthen construction. Its height is 11 feet with a length of 200 feet. Maximum discharge is 325 cubic feet per second. Its capacity is 275 acre feet. Normal storage is 275 acre feet. It drains an area of 1.43 square miles.
Lakes, Dams, and Recreational Facilities Near Sessions Meadow MarshMashapaug Pond Dam 2 Hamilton Reservoir Bigelow Pond Mashapaug Pond Morey Pond Corbin Wildl. Marsh Hamilton Reservoir Lake George Southbridge Reservoir #5 Dam Southbridge Reservoir #4 Dam Shawville Dam Southbridge Reservoir #3 Dam Cohasse Reservoir Wheeler Pond Dam (mill Lane Rd.Dam) Westville Lake Conant Brook Dam East Brimfield Lake Westville Lake East Brimfield Lake Conant Brook Dam Mashapaug Pond (spwy) Cedar Pond Dennis Pond Dean Pond Walker Pond Alum Pond Shenipsit Reservoir Site 6 Bradway Reservoir Site 4 Whitney Reservoir Site 1 Ellithorpe Reservoir Site 5 Ellis Reservoir Site 2 Halls Pond (south) Palmer Reservoir Upper Dam Old Mill Pond Pomeroy Reservoir Site 3 Saw Mill Pond Glen Echo Lake Shepherds Pond Comins Pond South Charlton Reservior
Bookmark this lake location.
Find other northcentral Connecticut area lakes and vacation ideas or return to the home page.
Other AreasClick the map to see lakes in other parts of the country.


Giurgiu - Romania
Sili-Salcost for the S. R. Romania “Agricultural Advisory Board“
1968 - 1969
Description for Giurgiu Ramiresti (Romania)
Irrigation scheme with water from the Danube and irrigated area of 155'000 ha.
- Pumping stations (N°26, Q = 64.5 m³/s)
- D > 800 mm, L = 125 km
- D < 800 mm ≥ 400 mm, L = 642 km
- D < 400 mm, L = 5.4 km
Enguri Cascade (Georgia)
ENGURI HPP Cascade envisages the construction of three hydropower plants on...
Gibe II (Ethiopia)
Gibe II is the second stage of the Gibe-Omo hydroelectric cascade which...
Dam built to provide a reservoir for the urban water supply of Genoa.
Water storage for irrigation, capacity 58 Mm³.
Storage works for Famagusta urban water supply.
NAO (Sierra Leone)
Restore of the MV and LV distribution system in the two towns of Makeni and...
Namakhvani Cascade (Georgia)
Namakhvani HPP Cascade, includes the construction of three hydropower schemes...
Grand Ethiopian Renassaince Dam
This majestic project, born of the vision and...
Ulu Jelai (Malaysia)


NEEPCO’s 110 MW Pare hydroelectric project is expected to be commissioned by September 2014. In a latest status update furnished by NEEPCO to the Central Electricity Authority (CEA), the utility mentions that it is trying to pick up pace on the project despite the poor road conditions. According to NEEPCO, poor approach road is one of the main reasons for the delay of the project.
NEEPCO informed CEA that the river diversion works, which suffered earlier in monsoon of 2011 and 2012 are now complete and to ensure that the dam works are completed on time, two tower cranes and one concreting pump are planned to be deployed for achieving the desired concreting rate. In view of the status, NEEPCO stated that the project will be commissioned by September 2014. However, it mentioned that the evacuation system for the project is also critical and needs to be expedited for the timely commissioning.
Pare hydroelectric project is a run-of-the-river scheme on River Dikrong, a tributary of River Brahmaputra. The project is located in Papum Pare district of Arunachal Pradesh. It envisages construction of two units of 55 MW each and utilize tail race discharge of the Ranganadi Stage-I project. It is expected to generate 506.42 million units of power in a 90 per cent dependable year.
The project was originally scheduled to be commissioned by August 2012. However, poor infrastructure in the region along with geological challenges delayed the execution of the project. Besides, the project also suffered due to the law and order situation in the region.


The Mid Marsyangdi Hydropower's energy production has declined with the receding water level in the Marsyangdi River.
The hydropower with the capacity of generating 70 MW electricity is now producing the 48MW electricity a day.
Hydropower centre's chief Pavan Basnet informed, "Till a month back, the water used to waste, but it has declined now, thereby reducing energy production. The declining trend will continue for two more months."
The power generation may decline as low as 26 MW.
There are two turbines each with the capacity to run 35 MW electricity.
The construction of the hydropower had begun in 2000 and completed in 2008. It was constructed at the cost of Rs 27.20 billion.
In addition to this hydropower, other hydropowers are also witnessing decline in the power production.


Hirakud Dam’s Second Spillway Construction Underway
Bhubaneswar: Odisha Water Resources Principal Secretary Pradeep Kumar Jena today informed that construction of a second spillway (gate for release of flood water) at Hirakud Dam is underway.
The World Bank and Central Water Commission (CWC) are supporting for the project economically. Tender is over and Tata Engineering has just begun the work. Approximately Rs 500 crores will be spent for the project which will complete in three years.
“When Hirakud Dam was built, the model was based on the then available technology. Now new methods have emerged. It is now discovered that during the maximum flood, the existing spillway of Hirakud Dam is not sufficient. It needs to be expanded,” said Jena while speaking to the newsmen after meeting Central Water Commission (CWC) Chief S. Masood Husain.
“If it is built, it will help during high flood. The two spillways can be used for flood water release when warranted,” Jena added.
Hirakud Dam is built across the Mahanadi River, about 15


NIA – Ilaguen B Multipurpose Dam – Isabela - Project Profile
"NIA – Ilaguen B Multipurpose Dam – Isabela - Project Profile" contains information on the scope of the project including project overview and location. The profile also details project ownership and funding, gives a full project description, as well as information on contracts, tendering and key project contacts.
The "NIA – Ilaguen B Multipurpose Dam – Isabela - Project Profile" is part of Timetric's database of 82,000+ construction projects. Our database includes a 10+ year archive of completed projects, full coverage of all global projects with a value greater than $25 million and key contact details for project managers, owners, consultants, contractors and bidders.
National Irrigation Administration (NIA) is planning to undertake the Ilaguen B Multipurpose Dam project in Luzon Region, Isabela province in the Philippines.
The project involves the construction of a dam along with the 88MW hydroelectric power plant. The project will include the construction of the dam, earth-fill embankment, concrete channel spillway, powerhouses, intake tunnel, penstock, sub-station, the installation of turbines, generators, the laying of transmission lines and related infrastructure.
In 2011, SN Aboitiz Power Corp (SNAP), a joint venture between Statkraft Norfund Power of Norway and Aboitiz Power Corp has shown interest for the development of the hydro power plant in Ilaguen B Dam. After completion of dam construction by NIP, SNAP will undertake the construction of the power plant.
NIA is exploring on how to develop the project, one of which could be via Public-Private Sector Partnership (PPP) mode.
Korean Economic Development Cooperation Fund (EDCF) has accepted to fund the project.
As of February 2018, feasibility studies are underway.
The project involves the construction of a dam along with the 88MW hydroelectric power plant in Isabela province, Philippines.
The US$170 million project includes the following:
1. Construction of a dam
2. Construction of an earth fill embankment
3. Construction of a concrete channel spillway
4. Construction of a powerhouse
5. Construction of an intake tunnel
6. Construction of a penstock
7. Construction of sub-station
8. Installation of turbines
9. Installation of generators
10. Laying of transmission lines
Reasons To Buy
Learn how to effectively navigate the market research process to help guide your organization on the journey to success.Download eBook


- Flood Warning issued September 12 at 9:22PM CDT until September 14 at 8:42AM CDT by NWS
- Effective: 9:22 p.m. on Friday, Sept. 12, 2014
- Expires: 8:42 a.m. on Sunday, Sept. 14, 2014
...The Flood Warning continues for the following rivers in Kansas...
Missouri River at St Joseph affecting Doniphan...Andrew and Buchanan
Missouri River at Napoleon affecting Jackson...Lafayette and Ray
Missouri River at Waverly affecting Carroll...Lafayette and Saline
Missouri River At Miami affecting Carroll...Chariton and Saline
Missouri River at Glasgow affecting Chariton...Howard and Saline
Missouri River at Boonville affecting Cooper and Howard Counties.
...The Flood Warning continues for the following rivers in
Grand River near Pattonsburg affecting Daviess and Gentry Counties.
Grand River near Gallatin affecting Daviess and Livingston
Grand River near Chillicothe affecting Linn and Livingston
Grand River near Sumner affecting Livingston...Carroll...Chariton
and Linn Counties.
Grand River near Brunswick affecting Carroll and Chariton Counties.
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 Missouri River at Napoleon.
* until Sunday morning.
* At 9:00 PM Friday the stage was 18.1 feet.
* Flood stage is 17.0 feet.
* Minor flooding is occurring and Minor flooding is forecast.
* Forecast...The river will continue to fall to below flood stage by
* At 17.0 feet...Low-lying areas unprotected by levees begin to
Location FS Stage Day/Time Forecast
Napoleon 17 18.1 Fri 09 PM 17.8 early Saturday morning
- See more at NOAA


Guizhou Guiyang Pumped Storage Power Station was approved
- The total installed capacity of the power station is 1500MW, and the total investment of the project is about 9.2 billion yuan
- After the project is completed, it will improve the local ecological environment, promote regional economic and social development, and make contributions to rural revitalization
On December 30, 2022, Guiyang Pumped Storage Power Station in Guizhou Province was approved by the Development and Reform Commission of Guizhou Province, becoming the first approved pumped storage power station project in Guizhou Province, marking that the project has officially entered the preparatory stage for commencement.
Guiyang Pumped Storage Power Station is located in Gubao Town in the west of Xiuwen County, Guiyang City, Guizhou Province. The upper reservoir is located in Wuli Village on the right bank of the sixth level reservoir area of the Maotiao River on the Wujiang River, and the lower reservoir is the reservoir area of Hongyan Hydropower Station. The project area is about 13km from Xiuwen County, 38km from Guiyang City and 99km from Zunyi City. The total installed capacity of the power station is 1500MW, which is mainly composed of upper reservoir, lower reservoir, water conveyance system, underground powerhouse system, ground switch station and other buildings. The power station is developed and constructed by Guiyang Pumped Storage Power Generation Co., Ltd. of Guangdong Energy Group. After the completion of the power station, it will undertake the tasks of peak regulation, valley filling, frequency modulation, phase modulation and emergency standby in the power grid.
The Guiyang Pumped Storage Power Station Project is invested and constructed by Guangdong Energy Group with a total investment of about 9.2 billion yuan, which is generally economical. The construction of Guiyang Pumped Storage Power Station has the advantages of large investment, long construction period, strong driving force, significant medium and long-term economic benefits, etc. It can effectively drive the development of upstream and downstream industries such as power supply, electrical equipment, energy using equipment, raw materials, etc., drive regional economic growth, and play a very important role in stabilizing investment, ensuring employment, and benefiting people's livelihood. The production operation and subsequent development and construction of the power station will continue to release the driving force of the economic belt, create employment opportunities, increase local taxes, significantly improve the local ecological environment, travel conditions, residents' living and employment conditions, promote regional economic and social development, and make contributions to rural revitalization. Editor/Zhao E
Heilongjiang Yabuli pumped storage power station project signed
Guangxi Hezhou Proposed Pumped Storage Power Station


10m GEL hydro power plant to be built in eastern Georgia
Georgian Water and Powers has commenced the construction of Bodorna hydropower plant (HPP) near Bodorna reservoir, in Georgia’s Dusheti municipality today.
Georgia’s Economy Minister Dimitry Kumsishvili participated in the HPP construction launch ceremony and highlighted that this will be an ecologically clean and so-called “green HPP”, which has a minimal impact on the environment.
A total of 10 million GEL will be invested (about $3.90m/€3.30m*) in the construction of the 2.5MW Bodorna HPP, which will have an average annual electricity production capacity of 15 million KW/hours.
Georgian Water and Powers has secured long-term credit facilities totalling a combined 10 million GEL, from Dutch (FMO) and German (DEG) development banks to finance the construction of the Bodorna HPP.
Bodorna HPP construction will be supervised by Swiss engineering company Stucky SA.
More than 50 people will be employed at construction works.
Bodorna HPP is expected to become fully operational from September 2018.
*Currency conversions reflect the National Bank of Georgia values as of today.


The project will construct the new Rookwood Weir on the Fitzroy River near Rockhampton, and includes enabling works to upgrade existing infrastructure to support the construction and operation of the weir.
The project will provide water security to help grow and diversify agriculture in the region, and support industrial and urban water use around the Gladstone, Capricorn Coast and Rockhampton regions.
The $367.2 million project is jointly funded by the Australian Government ($183.6 million) and the Queensland Government ($183.6 million).
Australian Government Funding source
Australian Government funding is provided through the National Water Grid Fund.
Construction is expected to be completed mid 2023.


Canada-based engineering and construction firm Dessau-Soprin has been awarded a contract for the design and engineering of Hidrosur’s Rucatayo hydroelectric power plant in southern Chile.
The project, estimated at more than US$70M, includes two turbo-generators with a nominal capacity of 60MW, producing more than 300GWh of electricity per year. Work will include the design of a 36km long 220kV power line to link the plant to an existing substation.
Chilean firm Ingentra, a subsidiary of Dessau-Soprin, will design the project in consortium with EDIC Ingenieros of Santiago. Work, to begin this month, is expected to be completed by summer 2007.


Signet 2536 Low Flow Sensor
WT Low Flow System, 0.5-4″. The Model 2536 has a process-ready open collector signal with a wide dynamic flow range of 0.1 to 6 m/s (0.3 to 20 ft/s). The sensor measures liquid flow rates in full pipes and can be used in low pressure systems.
Credit Card, Debit Card
Timely delivery with complete tracking


8kw brushless induction turgo turbine generator pico turbine generator water powered turbine generator
Turgo turbine is a kind of impulse turbine suit for head over 8m, flow over 0.003m3/s. The main features are:
1. Turbine and generator is designed as a whole body, which has 3 bearings.
2. auto voltage rectifier is installed within generator, the voltage is more stable.
The rated power of radial flow turbine is 3kw-200kw.


EBRD finances 70MW hydropower plant in FYR Macedonia
The European Bank for Reconstruction and Development (EBRD) is providing a EUR65m loan for the construction of the Boskov Most hydropower plant in FYR Macedonia.
The hydropower facility, which will have a generation capacity of 70MW, will be built near the town of Debar in the western part of the country.
The financing will be extended to the state-owned power producer AD Elektrani na Makedonija which will develop the Boskov Most plant.
EBRD said the hydropower project will enable FYR Macedonia to cut the country's carbon intensity by an estimated 95,000 tonnes of CO2 per year.
EBRD director for power and energy Nandita Parshad said the construction of the new hydropower plant is a landmark project for FYR Macedonia that will increase the security and stability of the country's electricity system.


Phone Number : +8613408630944
WhatsApp : +8613408630944
June 24, 2020
Talking about the characteristics and application scope of Francis hydro-generator
As the main power generation device of a hydroelectric power station, there are many types of hydroelectric generators, such as axial flow, mixed flow, oblique impact, impact, cross flow, etc. These are common types of hydroelectric generators. Different hydro-generators have different application scenarios. Today we will introduce the Francis hydro-generators to see what their scope and features are.
Francis turbine generator, also known as Francis turbine, the water flow enters the runner from the radial direction and flows out along the axial direction. The flow head of Francis turbine has a wide range of application, simple structure, reliable operation and high efficiency. It is one of the most widely used modern turbines. The water flow through the runner is radial, and the lead-out mechanism is radial. The opening of the guide vane can be adjusted with the change of the load. The runner is composed of an upper crown, a lower ring, and a certain number of streamlines fixed in the middle. Composed of leaves.
Range of Francis Hydrogenerator
Francis turbine generators are used in large and medium-sized hydropower stations with a head of 30-700m, while medium and small Francis turbines can be used in hydropower stations with a head of 20-400m to drive the turbine generator to generate electricity.
Characteristics of Francis Hydroelectric Generator
1. Suitable for low head and large flow;
2. Pressure inlet and pressure outlet; water inflow and water outflow in the pipeline.
3. The turbine is separated from the generator for easy maintenance and replacement of wearing parts.
4. The turbine has three separate bearings and two bearings for the generator, so the structure is more reliable.
5. The hydraulic turbine bearing has an independent oil lubrication system, bearing life is longer.
6. Brushless excitation generator, no need to replace carbon brush, maintenance is more convenient.
The above are the applicable scope and characteristics of the Francis turbine generator. Francis turbine generator is currently the most widely used turbine. It is mainly because compared with other types of hydraulic turbines, when the operating conditions are the same, the energy characteristics of the mixed flow type are better than the water bucket type, and the anti-cavitation performance is stronger than the axial flow type, and the rated load efficiency is high, so it is widely used.


... Forecast flooding increased from minor to moderate severity...
the Flood Warning continues for
the Atchafalaya River at Morgan City.
* Until Sunday morning... or until the warning is cancelled.
* At 8:00 PM Thursday the stage was 6.6 feet.
* Minor flooding is occurring and moderate flooding is forecast.
* Flood stage is 6.0 feet.
* Forecast... the river will continue rising to near 7.0 feet by
tomorrow morning. The river will fall below flood stage early
* Impact... at stages near 7.0 feet... buildings at the foot of Ann
street on the river side of the flood wall will flood as water
overtops the Rio oil company dock. Buildings on the river side of
the Berwick floodwall will flood. River traffic restrictions will
be strictly enforced. In addition, backwater flooding could
potentially impact portions areas around Lake Palourde and
* Impact... at stages near 6.0 feet... flood stage. The city dock will
be under water. Water will cover the lower end of Belleview front
street in Berwick. Vessel traffic will be affected by stronger
river current and vessel traffic safety rules will be strictly
enforced by the U.S. Coast Guard.
Lat... Lon 2997 9124 2980 9110 2939 9113 2951 9154
2986 9139 2995 9147
Severe Weather Get Mobile & Email Alerts
Upper St. Martin Severe Watches & Warnings NOAA Weather Radio
Watches & Warnings
Issued: 9:01 PM CDT Jun. 22, 2017 – National Weather Service


|The Name of a Project's Promoter (enterprise/organization)||LLC “Energy-1”|
|The Type of promoter||Municipal project|
|The current stage of project development||Idea|
The purpose of the project:
The hydroelectric power station (HPS) is designed to produce electricity. Sales of electricity produced are carried out in the Wholesale market of electricity according to the “green” tariff.
Brief project description:
Kuntsivska HPP with a channel reservoir on the Vorskla River in Novosanzharsk raion was put into operation in 1953 and reconstructed in 2007. The installed capacity of the HPP is 400 kW. The area of the channel reservoir is 101 hectares; the volume of the reservoir at normal headwater level (NHL) is 1.7 million cubic meters.
The administrator will respond to the one you specified at registration of email


Swing Check Valve Gaer®
The Gaer® swing check valve is used extensively in water pipes. It is also suited for work with wastewater, dirty water or water with high concentrations of suspended solids. Its design guarantees a very low load loss, and total passage of the fluid. Its shutoff system is free of possible obstructions and requires minimum pressure both for opening and closing. The valve maintenance is possible without need of dismantling it from the pipes; internal parts can be repaired or replaced by unscrewing and removing the cover.