View allAll Photos Tagged SubmersiblePumps
Submersible pump is renowned for its quality, reliability and durability in the field of Submersible pump. This is available in single and three phase. It is light weight and easy to install. - www.atcomaart.com/pd/70695257485256535469/submersible-mot...
The Red Jacket 4 Inch submersible turbine pump for the European region ensures that petrol station operators can pump fuel quickly, efficiently and safely. Gilbarco Veeder-Root’s submersible turbine pump is an innovative technology delivering the easiest and safest pump to install and service. Click to view image.
Griffin Dewatering is able to provide bucket, auger or rotary drilling methods. These rigs can be either two-wheel drive, rough terrain or track mounted, depending on site demands and conditions. Griffin also has an extensive inventory of trailer mounted drill rigs and drilling support equipment.
On a construction site, this dewatering may be implemented before subsurface excavation for foundations, shoring, or cellar space to lower the watertable. This frequently involves the use of submersible "dewatering" pumps, centrifugal ("trash") pumps, eductors, or application of vacuum to a wellpoint system.
Griffin Dewatering can be engaged to provide a turnkey contract, after undertaking engineering studies, on-site pump tests, and other necessary investigations it requires to adequately define the project. This allows Griffin Dewatering to be in total control of the layout, installation, operation, maintenance, removal and abandonment ot the designed construction dewatering systems. Because this total concept is a comprehensive approach, it may include an assurance of obtaining specific groundwater control results, depending upon the specific site conditions.
For more information on Construction Dewatering call toll free: 800-431-1510
Or visit: www.griffindewatering.com for a quote on your construction project.
This construction project is located in the County of San Diego for the city of El Cajon the dewatering system at this excavation consists of a dewatering system installed around the perimeter of this excavation made up by a series of electric submersible pumps installed inside of wellscreen by Griffin Dewatering Farwest. When complete the Public Safety Center will be a five-story state-of-the-art facility comprised of a joint police/fire Emergency Operations Center, community meeting room, a modern communications center, a short-term custody facility, and an indoor firing range with parking integrated on three levels. Ledcor Construction, Inc. is the General Contractor on this project. For more information on dewatering or drainage of groundwater from excavations please visit: www.griffindewatering.com
Griffin’s Hydraulic Driven Submersible Pumps are available in trash, axial flow and materials handling models. The pumps range from 4” to 24” with a variety of impeller designs. These pumps are designed for handling high volumes of water up to 20,000 gpm and head conditions up to 140 ft. The impellers can handle solids up to 3”. Some models may also be used for high pressure applications.
The project shown was called the “Alameda Corridor” and was for the construction of a railway connecting the Port of Los Angeles to downtown Los Angeles. Construction of this railway allowed for a direct railway into Los Angeles without interrupting the normal street traffic by eliminating the need for Train Crossing Signals and Guards.
The majority of the railway was below street grade, most of which required dewatering as the high ground water table in the area would not allow the construction to be achieved.
Griffin was contacted by Tutor-Saliba (General Contractor) to provide the dewatering necessary to construct the project.
Griffin installed a multitude of deepwells along the alignment of the proposed railway to allow for construction. The discharge from the wells was pumped via large diameter High Density Polyethylene Pipe (HDPE) to a below grade mixing vault (shown in picture), where a neutralizing agent was introduced to the ground water as the quality of the groundwater was not allowed to discharge to the designated receiving area without this treatment.
1960-Pilot-Farm Flume and channel heading away to the Ord River, Carlton Reach, here shown just after completion in November 1960.
Here the Pilot Farm Manager, Ron Kinsey on the newly completed Pilot Farm Flume structure. There is another image viewing the flume from the other side which shows better, the Low Lift Pump.
Ron elaborates on this image in December 2010, "The pic of me standing beside the pump is what was called the low lift pump, it was about half a mile from the river as I recall, it was to gain height to ensure enough head to supply water to the first rice crop on the Pilot Farm." (R. Kinsey Dec. 2010).
[KHS Research Note - References to the 1941 Carlton Reach Research Station, had termed the flume as a "stilling pool" with the concept being, to still water being pumped into it, before distribution via the channel. This is to stop the erosion that the pressurised water would cause to earthen irrigation channels. A "stilling pool" is actually part of the Pilot Farm Flume structure. - AB 29 XII 2010].
This first channel and flume here just completed, would then be in service until the M1C1 Main Channel and M1P1 Pump Station were completed circa 1963.
Cyril Ion 35mm Slide Collection - Allister Family Collection
KHS Digital Archive Number KHS-2010-2-067-bo-PD
Also see this in the ABC Open "Now & Then" KHS Set www.flickr.com/photos/khs-museum/5278278681/in/set-721576...
This photograph was digitised with assistance from the Shire of Wyndham East Kimberley.
1960-Pilot-Farm Twin Submersible Pump Structure at Carlton Reach for the Northern Developments, Ord River Pty Ltd, Pilot Farm
The Pilot Farm Channel and Flume structure, Low Lift Pump, channel from flume to river, switch house and submersible pumps had water flowing by November 1960.
These pumps would be in service until the M1C1 Main Channel and M1P1 Pump Station were completed circa 1963.
Two Submersible Pumps fed the Pilot Farm Flume and Channel.
Ron Kinsey mentioned in December 2010 that there had been two submersible pumps and believes they may still be where they were left in position at the base of two railway iron lengths that can still be seen on the banks of the Ord River, in line with the “Pilot Farm Flume” structure. These railway iron lengths going diagonally into, what at the time was Carlton Reach, but now running into the depths of Lake Kununurra, were used to haul up the pumps for maintenance. [The day after Ron told me by phone about the twin pumps, I found this image in the just arrived Cyril Ion 35mm Slide Collection. AB]
Cyril Ion - Allister Family Collection.
KHS Digital Archive Number KHS-2010-2-072-bs-PD.
This photograph was digitised with assistance from the Shire of Wyndham East Kimberley.
1960-Pilot-Farm Infrastructure - "Switch House, would be used to switch the twin Submersible Pumps, to water the Ord Pilot Farm's first rice crop. November 1960" -
During switch house construction at Carlton Reach, Ord River, for Northern Developments, Ord River Pty Ltd.
Infrastructure for the Ord Pilot Farm in readiness for the 1st commercial rice crop.
This view towards Carlton Ridge (Sleeping Buddha) up Carlton Reach, Ord River (prior to Diversion dam construction.
This first channel, flume and infrastructure being completed, would then be in service until the M1C1 Main Channel and M1P1 Pump Station were completed circa 1963.
Cyril Ion - Allister Family Collection.
KHS Digital Archive Number KHS-2010-2-070-bq-PD
This photograph was digitised with the assistance of the Shire of Wyndham East Kimberley.
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1960-Ord Pilot Farm Channel - Looking from near Pilot Farm (Airport Block) towards the Pilot Farm Flume structure and channel towards Carlton Reach for the Northern Developments, Ord River Pty Ltd, Ord Pilot Farm for the first commercial rice crop, completed in November 1960.
This view towards Carlton Ridge (Later to become known as Sleeping Buddha) and the eastern end of Carlton Reach, Ord River.
The channel had been surveyed by Cyril Ion and Ron Kinsey, then Ron cut the channel, from the flume to the river and from flume to the farm (Airport Block), with what could be the Dozer in one of the next few images. This first channel and flume here just completed, would then be in service until the M1C1 Main Channel and M1P1 Pump Station were completed circa 1963.
Cyril Ion - Allister Family Collection.
KHS Digital Archive Number KHS-2010-2-071-br-PD
This photograph was digitised with assistance from the Shire of Wyndham East Kimberley.
1960-10-Pilot-Farm Manager Ron Kinsey - in Dozer Constructing Channel to the Pilot Farm Flume Structure circa October 1960.
The construction of the Pilot Farm Flume structure and channel to Carlton Reach with twin submersible pumps was for Northern Developments, Ord River Pty Ltd, ready for the 1st commercial Rice by November 1960
The channel had been surveyed by Cyril Ion and Ron Kinsey, then Ron cut the channel, from flume to river and from flume to farm (Airport Block) with the Dozer in this image.
This first channel and flume shown just completed in another image, would then be in service until the M1C1 Main Channel and M1P1 Pump Station were completed circa 1963.
After surveying the channel it was Ron who then cut this channel with this dozer back to the Pilot Farm (or vice versa), which explains the shallowness and different shape of this channel, compared to irrigation channels in the valley today in 2011.
Cyril Ion - Allister Family Collection.
KHS Digital Archive Number KHS-2010-2-069-bp-PD
This photograph was digitised with the assistance of the Shire of Wyndham East Kimberley.
1960-Pilot-Farm Irrigation Channel at the Northern Developments, Ord River Pty Ltd, Pilot Farm in November 1960
Black Siphons can be seen for watering the rows of planted rice.
The channel had been surveyed by Cyril Ion and Ron Kinsey, then Ron cut the channel, from flume to river and from flume to farm (Airport Block) with what could be the Dozer in one of the next few images.
This first channel and flume here just completed, would then be in service until the M1C1 Main Channel and M1P1 Pump Station were completed circa 1963.
Cyril Ion - Allister Family Collection.
KHS Digital Archive Number KHS-2010-2-073-bt-PD
This photograph was digitised with assistance from the Shire of Wyndham East Kimberley.
Varuna Solar Submersible Pumps are specially designed to lift water directly from the solar source. They are designed to work from solar panels without need of electricity or batteries as they are driven by electronically commuted motors. The safety switches within the controller prevents them from drying. Solar Pumps from Varuna are highly efficient and perform even in low intensity sunlight.
Griffin's Axial Flow Submersible Dewatering Pumps are designed for pumping high volumes of water at low to medium heads. This pump is great for lake draining, flood control, bypass pumping, drydock, foundation and cofferdam dewatering. Link: www.griffindewatering.com/pumps/submersible_pumps.html#.U...
The deep well system is also a versatile predrainage dewatering system which can pump high and low volumes of groundwater. This method is best suited to homogeneous aquifers that extend well below the bottom of the excavation. Deep well systems consist of one or more individual wells, each of which has its own submersible pump at the bottom of the well. Deep well systems are suitable for water-table or confined aquifers and will lower the water table 100 feet or more in a single lift without staging. For more information on deep well dewatering please call 713-676-8000 or visit: www.griffindewatering.com
1960-Pilot-Farm Flume and channel to Carlton Reach and the twin submersible pumps for Northern Developments, Ord River Pty Ltd.
[Slight colour variation here]
The newly completed Pilot Farm Flume structure, showing the Low Lift Pump in November 1960.
Built to service the Ord Pilot Farm for thge first commercial Rice crop and completed in November 1960.
This view towards town [? that did not yet exist] so the Ord Pilot Farm would be ahead and to the left, with Carlton Reach Ord River behind us from this viewpoint.
KHS Digital Archive Number KHS-2010-2-069-bp-PD
This photograph was digitised with the assistance of, a grant from the Shire of Wyndham East Kimberley, other Donors and Volunteers - See the KHS Profile for more and Links to KHS Flickr Sets on the www.flickr.com/people/khs-museum/
The mixing vault shown consisted of a below grade concrete sump into which the groundwater was pumped from the dewatering wells. A metering pump dispensed the neutralizing agent into the effluent based on incoming flows. Installed into the vault were three 12” Hydraulic Driven Submersible Pumps (Griffin Model 12T Submersible Pumps with 825 Power Units). These pumps would then pump the treated groundwater to a receiving point approximately one mile away. Link: www.griffindewatering.com/pumps/submersible_pumps.html
In open sump pumping, hydraulic submersible pumps are a good choice due to the high volume and high head capability. The lighter weight over conventional electric submersible pumps allow for easier placement in sumps. For heavy sludge materials such as drilling muds, the material handling hydraulic submersible pump is very good at overcoming the flow resistance and transferring the fluid. A good example is where casings are being drilled and the hole is stabilized with drilling mud. The pump can be used to transfer the drilling mud into the hole from the tank, and then used in the hole to circulate the mud, and then transfer back to the solids control equipment.
For more information visit: www.griffinpump.com
The majority of the railway was below street grade, most of which required dewatering as the high ground water table in the area would not allow the construction to be achieved.
Griffin was contacted by Tutor-Saliba (General Contractor) to provide the dewatering necessary to construct the project. Link: www.griffindewatering.com/pumps/index.html
There are photos in this image from Griffin dewatering jobs and equipment from all across the country. Griffin has been controlling/pumping groundwater on construction projects and manufacturing dewatering equipment for the past 75 years. To learn about groundwater control and Griffin please visit: www.griffindewatering.com or call us toll free at: 1-800-431-1510.
The deep well system is also a versatile predrainage dewatering system which can pump high and low volumes of groundwater. This method is best suited to homogeneous aquifers that extend well below the bottom of the excavation. Deep well systems consist of one or more individual wells, each of which has its own submersible pump at the bottom of the well. Deep well systems are suitable for water-table or confined aquifers and will lower the water table 100 feet or more in a single lift without staging.
For more information call: 1-800-431-1510 or visit www.griffindewatering.com
Griffin Dewatering’s principal business operation is groundwater control in the construction market, which includes the supply, installation, operation, removal, and abandonment of the dewatering and/or pumping equipment necessary to make construction dewatering easier. For more visit: www.GriffinDewatering.com
Griffin Pump and Equipment Inc. offers a complete line of electric submersible pumps. Whether it is clean water, gray water, or trash laden effluent. Griffin can provide the right pump for your application.
Electric submersible pumps are available for flows as low as a few gallons per minute to several hundred gallons per minute, with head conditions from a few feet to several hundred feet. Griffin can meet your pumping need.
Link: www.griffindewatering.com/pumps/electric_submersible_pump...
From the top:
A Griffin Silent Pump
A Griffin Hydraulic Submersible Pump and Power Unit
A Griffin Wellpoint Pump
A Griffin Non-Clog Pump (Trash Pump)
An Electric Driven Griffin Non-Clog Pump (Trash Pump)
A Griffin 3-Stage High Presssure Jet Pump
And 5 Griffin Electric Dewatering Submersible Pumps
For more on each of these pumps call Griffin toll free at: (866) 770-8100
Or visit Griffin's website at: www.griffinpump.com
A construction worker standing next to a drill rig that is drilling deep wells for a deep well dewatering system on a southeast Missouri in close proximetity to the Mississippi River. For more on deep well dewatering systems visit: www.griffindewatering.com/dewatering/deep_well_system.html
or call 713-676-8000 to speak with a deep well dewatering professional today.
Stainless steel pumps handle caustic and leachates
Special 6" models designed to fit standard manholes
Designed to handle sludge, trash, raw sewage, clear liquid and industrial effluent
Pumps capable of up to 140 ft of head and up to 20,000 gpm
Models available include Trash Pumps, Axial Flow Pumps & Materials Handling Pumps
Ideal for; sewer bypass, flood control, mining, open pumping, and construction dewatering.
Link: www.griffinpump.com
12" Hydraulic driven submersible pumps are capable of handling flow up to 5,000 gpm and head conditions up to 55 ft. The impellers can handle solids up to 3".
Griffin's Hydraulic Driven Submersible Material Handling Pumps are good for general pumping applications such as coffer cells or pumping lakes or ponds they are also excellent for high flow situations such as river bypass, sewer bypass or dam repairs.
For more details: www.griffinpump.com/pdf/p_hyd_pum.pdf
Or call 713.671.7000 for more information.
A temporary pumping station was installed to supply downstream water users, when construction of a hydroelectric plant on California’s Lake Isabella required shutting off the flow from the main dam.
Lake Isabella is a primary source of water for farmers in the southern part of the largest agricultural area in California. Supply problems caused by the shutoff were exacerbated by drought conditions that had caused water shortages.
Griffin Dewatering designed, constructed and operated the pump station, which was capable of pumping 200,000 gpm (gallons per minute) with a standby capacity of 30,000 gpm. The station was outfitted with two 36inch vertical axial flow pumps and fifteen 24 inch axial flow pumps.
The system operated for about five months, according to Susan Young, assistant to the project manager for Isabella Partners, Lake Isabella, Calif., which was constructing the 16 MW plant. “The pump station worked very well. We’ve gotten repeated compliments from the downstream water users about the system. Believe me, that’s unusual,” she says.
For more information on the Griffin Axial Flow Pumps in this photo please visit: www.griffinpump.com/pumps/submersible_pumps.html
Deep well systems consist of one or more individual wells, each of which has its own submersible pump at the bottom of the well. Deep well systems are suitable for water-table or confined aquifers. For more information please call: 713-676-8000 or visit www.griffindewatering.com
Griffin’s Hydraulic Driven Submersible Pumps are available in trash, axial flow and materials handling models. The 24" axial flow pumps in this photo were designed for handling high volumes of water up to 20,000 gpm (gallons per minute) and head conditions up to 35 feet. The propellers can handle solids up to 3”. The pumps in this photo were part of a 200,000 gallon per minute bypass pump station located high in the desert mountains above Bakersfield, California and the San Joaquin Valley. For more on these pumps please visit: www.griffindewatering.com/pumps/submersible_pumps.html
To accomplish this project, Griffin outfitted the pump station with fifteen 24 inch axial flow pumps and two 36 inch Diesel Driven mixed flow pumps. Griffin's 24AX Hydraulic Submersible Pumps are each capable of pumping 20,000gpm (gallons per minute). The project was on Lake Isabella in the desert mountains above Bakersfield, California. For more on Griffin's 24 inch Axial Flow Pumps visit: www.griffinpump.com/pumps/submersible_pumps.html
Griffin Pumps provide the highest air-handling capacity on standard units in the market and are uniquely designed to address the needs encountered in dewatering, bypass, open pumping and hydraulic submersible pump applications. Griffin units are designed to give long, trouble-free service and perform continuously for extended periods with minimal attention and maintenance.
Visit: www.griffinpump.com
Photos of Griffin Pumps and Equipment in the field and on the job throughout the country. Griffin has been building pumps you can trust for over 75 years. For more information plase call Griffin toll free at: 1-866-770-8100
Discharge form two of Griffin's axial flow pumps on Lake Isabella located high in the desert mountains above Bakersfield, California and the San Joaquin Valley. Fed by the Kern River, the lake is a primary source of water for farmers in the southern part of the largest agricultural area in California. Griffin Dewatering Corporation was called in to design, construct, and operate a temporary pump station that would run for three to four months. The station was capable of pumping 200,000 gallons per minute (gpm) with a standby capacity of 30,000 gpm. The quantity the station actually pumped was dependent upon the demand downstream. For more on bypass pumping or Axial flow pumps please visit: www.griffindewatering.com
This photo decipts an excavtion of a 30’ deep sewerline installation 3’ above the bedrock with deep wells to knock down 8’ of groundwater and a 600’ long, 200 point wellpoint system installed 17’ below existing grade to handle the rest of the groundwater. The General Contractor on the project is J&K Contracting from Ames, IA; Griffin Dewatering North Central from Omaha, NE is a Sub Contractor and designed/installed the dewatering system. For more information on draining groundwater from excavations please visit: www.griffindewatering.com
Griffin was contacted by the Orange County Water District (OCWD) to unwater a lake when the submersible pump station (the structure in background) failed, at the Santiago Pits Recharge System in Orange County California. The pump uses environmentally friendly biodegradable hydraulic oil and is capable of pumping 1,490 gallons per minute. For more information please visit: www.griffinpump.com
Summer means pool parties. It means everyone, from the youngest to the oldest, enjoying their day cooling off by the poolside. However, pool time can cost you a lot of energy and cause a lot of noise.
The solution? EUROSWIM from DAB. This electronic swimming pool pump is designed for water circulation and filtration in residential and civil swimming pools. It is created to be highly efficient, energy-saving, reduce noise and corrosion-resistant!
Enjoy your summer to the fullest, and learn more about EUROSWIM and other DAB products with Hydro Way.
Visit us at www.hydroway.com or reach us at +971 4 5483155 | info@hydroway.com
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Applications Include: high suction lift projects such as sewer bypass jobs, open pumping, and flood control. Dewatering of quarries and mines. With No suction line limitations. Run Dry capability for unattended operation. This stainless steel pump resists both rust and corrosion with flows up to 20,000GPM and head up to 140 feet.
For more visit: www.griffinpump.com/pdf/p_hyd_pum.pdf
Griffin was contacted to unwater a lake in southern California. Griffin used some of it's fleet of Hydraulic Submersible Pumps with environmentally friendly boidegradeable hydraulic oil. For more on hydraulic submersible pumps visit: www.griffinpump.com