PROJECT EXPERIENCE - WATER SUPPLY PROJECTS
The following is a representative list of HydroGeo's experience working with water supply projects:
- IRWIN MOUNTAIN LODGE, Crested Butte, Colorado. Water Supply Evaluation, permitting, locating, installation, and testing of new water supply well for the project. Testing included aquifer pumping tests and water quality sampling and data analysis.
- THE RESERVE ON THE EAST RIVER, Crested Butte, Colorado. Permitting, locating, installation, and testing of domestic water wells for building lot. Testing included aquifer pumping tests and water quality sampling and data analysis.
- TRAPPERS CROSSING AT WILDCAT, Crested Butte, Colorado. Water supply evaluation and water well installation and testing for a small community water supply.
- TIERRA DEL SOL, Hotchkiss, Colorado. Community spring development and testing. Design, installation and testing of a community spring water supply system.
- SMITH HILL ESTATES, Crested Butte, Colorado. Evaluation of water supply potential for the Smith Hill Estates Subdivision. Analysis included domestic, irrigation, and fire protection water supply potential and possible costs for utilizing wells, springs, and nearby municipal sources.
- GLACIER LILY ESTATES, Crested Butte, Colorado. Evaluation an testing of the Glacier Lily Estates Subdivision water supply system. Analysis included domestic, irrigatin, and fire protection water supply potential, including a cost estimate to use wells, springs, and nearby municipal resources.
- GETCHELL GOLD COMPANY, Turquoise Ridge Gold Mine, Nevada. Provided specifications for performance of step and constant rate pumping tests, performed aquifer test analysis, and recommended pumping rates, well design, and well spacing for mine water supply wells.
- FLUOR DANIEL, INC., Batu Hijau Copper Mine, Sumbawa, Indonesia. Water supply study, including well field design, installation of shallow alluvial wells, testing, and computer modeling of the impacts of long term pumping.
- FLUOR DANIEL, ARGENTINA S.A and MINERA ALUMBRERA LIMITED., Alumbrera Construction Project, Catamarca Province, Argentina. Construction water supply study, test well installation and testing, well field design, deep bedrock well installation, testing, and pump design and installation for the Alumbrera Mine construction water supply.
- MINERA YANACOCHA S.A., Yanacocha Gold and Silver Mine, Cajamarca, Peru. Water supply and distribution study for mining operations covering 13 open pit mines and ancillary facilities over a 9,000 ha area.
- MINE ENGINEERS, INC. AND PURON CORPORATION, Cordero Open Pit Coal Mine, Campbell County, Wyoming. Preliminary ground water supply study for a coal processing plant.
- MIM HOLDINGS LIMITED AND MINERA ALUMBRERA LIMITED, Alumbrera Copper Mine, Catamarca Province, Argentina. Ground water supply study, including TDEM and seismic geophysical surveys, well field design, deep alluvial wells installation, testing and computer modeling of the impacts of long term pumping.
- COEUR ROCHESTER, INC., Rochester Silver and Gold Mine, Pershing County, Nevada. Ground water supply study, including installation of deep bedrock wells, repair of existing wells, and evaluation of entire project supply system.
- HECLA MINING COMPANY, Rosebud Gold Mine, Pershing County, Nevada. Grond water supply study, including TDEM geophysical survey, installation, and testing deep bedrock wells.
- CYPRUS EXPLORATION AND DEVELOPMENT CORPORATION, Cerro Verde Copper Mine, Arequipa Province, Peru. Preliminary water supply study for the mine water supply.
- LAC MINERALS LIMITED, Tambo Copper Mine, Chile. Water supply study for the mine water supply.
- CANYON RESOURCES CORPORTION, Briggs Project Gold Mine, Inyo County, California. Water supply study, computer modeling, and well field design for the mine water supply.
- INTERNATIONAL MUSTO EXPLORATION, LIMITED AND FLUOR DANIEL WRIGHT, Bajo de la Alumbrera Project, Catamarca Province, Argentina. Preliminary water supply study, including well installation, testing, and computer modeling for well field design.
- WINDSOR COAL COMPANY AND AMERICAN ELECTRIC POWER SERVICE CORPORATION, Windsor Coal Mine, Brooke County, West Virginia. Installation and testing of a water supply well for the underground coal mine.
- HYDRO-TRIAD LIMITED AND ROSARIO DOMINICANA S.A., Pueblo Viejo Project, Dominican Republic. Installation and testing of water supply wells


Fastflow Sealed Multiflow Rainwater Outlets
The Fastflow Multiflow outlet has a one-piece spun aluminium body and flange, which can also be easily formed or folded, should the outlet need placing very close to an abutment.
Incorporating the patented seal to provide the mechanical watertight connection, the Multiflow features a large diameter flange which gives excellent coverage over old outlets.
Fastflow Sealed - The Watertight Connection
Fastflow Sealed Rainwater outlets feature a unique expanding seal that forms a watertight connection with the drainpipe. This patented compression seal provides protection against permanent damage to the building structure that is caused by blocked or leaking conventional drains.
With Square Stainless leafguard
|FWS MF 75 SS||to suit pipe diameter 72 – 84mm|
|FWS MF 100 SS||to suit pipe diameter 95 – 110mm|
|FWS MF 150 SS||to suit pipe diameter 146 – 168mm|
With Aluminium leafguard
|FWS MF 75 A||to suit pipe diameter 72 – 84mm|
|FWS MF 100 A||to suit pipe diameter 95 – 110mm|
|FWS MF 150 A||to suit pipe diameter 146 – 168mm|
With Plastic leafguard
|FWS MF 75 P||to suit pipe diameter 72 – 84mm|
|FWS MF 100 P||to suit pipe diameter 95 – 110mm|
|FWS MF 150 P||to suit pipe diameter 146 – 168mm|


The Business Research Company’s Hydraulic Pumps Global Market Report 2022: Market Size, Trends And Forecast To 2026
LONDON, GREATER LONDON, UK, September 19, 2022 /EINPresswire.com/ — According to ‘Hydraulic Pumps Global Market Report 2022’ published by The Business Research Company, the hydraulic pumps market size is expected to grow from $8.88 billion in 2021 to $9.39 billion in 2022 at a compound annual growth rate (CAGR) of 5.67%. As per TBRC’s hydraulic pumps market research the market size is expected to reach $11.35 billion in 2026 at a CAGR of 4.86%. The increase in construction activities is driving the hydraulic pumps industry growth.
Want to learn more on the hydraulic pumps market growth? Request for a Sample now:
The hydraulic pumps market consists of sales of hydraulic pumps by entities (organizations, sole traders, and partnerships) that refer to a mechanical device that transforms mechanical energy into hydraulic energy. Initially, the pump’s mechanical action generates a vacuum at the intake, allowing air pressure to drive liquid from the reservoir into the inlet line of the pumps. Then, its mechanical action drives this liquid into the hydraulic system by delivering it to the pump output.
Global Hydraulic Pumps Market Trends
Product innovation in hydraulic pumps is a key trend gaining popularity in the hydraulic pump market. The companies operating in the hydraulic pumps sector are increasingly focusing on developing IoT-based smart hydraulic pumps with advanced technology integrations such as big data, analytics, machine learning algorithms, and cognitive intelligence to analyze and visualize data. Smart hydraulic pumps developed utilizing advanced technologies monitor and deliver real-time data on various aspects, including the pump’s health, productivity, pressure, temperature, and the velocity of water flowing through the outlet.
Global Hydraulic Pumps Market Segments
By Product Type: Gear Pump, Vane Pump, Piston Pump, Screw Pump
By Application: Mobile Application, Industrial Application
By End User Vertical: Construction, Mining, Agriculture, Machinery, Automotive
By Geography: The global hydraulic pumps market is segmented into North America, South America, Asia-Pacific, Eastern Europe, Western Europe, Middle East and Africa. Among these regions, North America accounts for the largest share.
Read more on the global hydraulic pumps market report at:
Hydraulic Pumps Global Market Report 2022 is one of a series of new reports from The Business Research Company that provides hydraulic pumps market overview, analyzes and forecasts market size and growth for the global hydraulic pumps market, hydraulic pumps global market share, hydraulic pumps global market segments and geographies, hydraulic pumps global market players, hydraulic pumps global market leading competitor revenues, profiles and market shares. The hydraulic pumps market report identifies top countries and segments for opportunities and strategies based on market trends and key competitors’ approaches.
TBRC’s Hydraulic Pumps Global Market Report 2022 includes information on the following:
Data Segmentations: Market Size, Global, By Region and Country, Historic and Forecast, and Growth Rates for 60 Geographies
Key Market Players: Kawasaki Heavy Industries, Ltd, Daikin Industries Ltd, CASAPPA S.p.A, Linde Hydraulics, Parker Hannifin Corporation, Oilgear, Eaton Corporation PLC, Dynamatic Technologies Ltd., Danfoss AS, Bucher Industries AG, Bosch Rexroth AG, HYDAC International GmbH, Caterpillar Inc., Roper Pump Company, Viking Pump Inc., Permco, Inc., and KYB Corporation.
Regions: Asia-Pacific, China, Western Europe, Eastern Europe, North America, USA, South America, Middle East and Africa.
Countries: Australia, Brazil, China, France, Germany, India, Indonesia, Japan, Russia, South Korea, UK, USA.
And so much more.
Looking for something else? Here is a list of similar reports by The Business Research Company:
Hydraulic Fracturing Global Market Report 2022
Hydraulic Cylinder Global Market Report 2022
Hydraulic Workover Unit Global Market Report 2022
About The Business Research Company?
The Business Research Company has published over 1000 industry reports, covering over 2500 market segments and 60 geographies. The reports draw on 150,000 datasets, extensive secondary research, and exclusive insights from interviews with industry leaders. The reports are updated with a detailed analysis of the impact of COVID-19 on various markets.
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The R1,5-billion Berg River Dam, which adds almost 20% of capacity to Cape Town’s water supply, is officially open.
The new dam, which was opened on 5 March 2009 by President Kgalema Motlanthe, is the biggest of its type in South Africa. It has a storage capacity of 130 million cubic metres, which increases the city’s raw water storage capacity from 768 to 898 million cubic metres per year.
The dam is situated in the upper reaches of the Berg River catchment area. It consists of an embankment of rock mined from the river bed and surrounding area, with an impermeable 350mm layer of concrete on the upstream side. The dam’s wall is 67 metres high and 928 metres long.
The Berg River Dam is the first dam in South Africa to be designed, built and operated in accordance with the guidelines of the United Nations World Commission on Dams.
The project, which comprises the dam, a supplement scheme, two pump stations and 12 km of pipeline, is financed through a partnership between the City, the Department of Water Affairs and Forestry (DWAF), and the Trans-Caledon Tunnel Authority (TCTA). DWAF approval for the project was dependent on the City reducing its water demand by 20%. The City is implementing a water conservation and demand management strategy and is well ahead of this target, with a 25% saving on anticipated usage.
Public and commercial participation in saving water is central to this strategy. Although the dam will alleviate immediate water shortages, it is imperative that residents, agriculture and businesses continue to use water sparingly and recycle where possible, given the Western Cape’s arid nature.
Cape Town has six supply dams, the largest being the Theewaterskloof dam between Franschoek and Villiersdrop which has a capacity of 480,000Ml while the smallest is Steenbras Upper, which has a capacity of 31,767Ml.


Grundfos’ range of submersible pumps (SP) is recognized worldwide for its reliable performance, high energy efficiency and long product life. Invented in 1967, the SP pump was the first ever stainless steel submersible pump – and to this day it remains the benchmark in the market.
SP pumps cover a wide range of applications where efficient water pumping is required, including; Water supply, Irrigation, Mining, Fountains, Reverse osmosis, Dewatering, Ground water lowering and many more.
Applications : Groundwater supply, Domestic water supply, Industrial applications
Pump designs : Submersible Groundwater
Head max: 669.9 m
Liquid Temperature: 90 °C
Max flow: 284 m³/h


The Sardar Sarovar Narmada Nigam Ltd (SSNNL) in Gujarat has stopped releasing water from the irrigation bypass tunnel (IBPT) following heavy rains in the dams catchment areas in the state and Madhya Pradesh, a top official has said. Due to drinking water crisis, the SSNL had started releasing Sardar Sarovar dam water from the IBPT in February this year and it was scheduled to continue till the end of this month, Dr J N Singh, Chief Secretary of the Gujarat government told PTI over the phone yesterday. However, owing to heavy rains in the dams catchment areas in Madhya Pradesh and Gujarat, the SSNNL yesterday stopped releasing water from the IBPT. As per the earlier schedule, the release of water was supposed to continue till July 31, he said. As a result of good rainfall, the water level of the dam went up to 110.95 metres yesterday afternoon, he said. He said more rainfall is expected in these two neighbouring states as per the India Meteorological Department (IMD). Gujarat had to release water from the IBPT in February as the dam level had plunged. The step was necessary to provide drinking water to people in several cities and villages in the state, Singh said. S S Rathore, Chairman and Managing director of the SSNL said that for the first time in the last 13 years,the water level of the dam had plunged very low. It was the worst water level recorded in the last 13 years. It led to drinking water crisis in parts of the state and therefore we were compelled to release water from the IBPT from February 22, he added.


The Simple Pump is the most capable hand pump available, allowing you to use your home's existing plumbing system, pump from a water level depth of 325 feet, and more. It is the only hand-pump on the market made with computer-controlled machining from aerospace grade lead-free stainless steel and aluminum.
The Simple Pump is not just easy to install and use, it also offers the following benefits:
• Standard 24-inch Handle - This handle length only takes 12 pounds of force to pump 5 gallons per minute from 100 feet.
• Optional 36-inch Handle - This handle length only takes 6 pounds of force to pump 5 gallons per minute from 100 feet. The increased length combined with decreased pumping effort also results in the ability to pump from as deep as a 325-foot water level depth.
• Freeze-Proof - The Simple Pump has a 1/16" weep hole that allows water to bleed back down below the frost line when the pump is not in use.
• Holds Prime - The Simple Pump can hold the column of water for months at a time.
• 50-Year Life Span - The Simple Pump is made through a computer-machining process for maximum precision. Because all of the parts fit together so precisely, wear on the pump is greatly reduced.
• Safe - All components are Safe Drinking Water Act compliant.
• Secure - The pump lever can be removed, and the pump head can be lowered to leave your pump inconspicuous and protected.
• Upgradeable - The Simple Pump is capable of being upgraded to a Motorized Simple Pump with the Motor Extension Kit. The motorized upgrade does not require you to buy a new pump, and allows you to revert to hand pumping in just 10 minutes.


Full name: trillion cubic foot/day
Plural form: trillion cubic feet/day
Category type: volume flow rate
Scale factor: 327741.28472222
The SI derived unit for volume flow rate is the cubic meter/second.
1 cubic meter/second is equal to 3.0511871607739E-6 trillion cubic foot/day.
Valid units must be of the volume flow rate type.
You can use this form to select from known units:


VPA10VSO Series 31
Variable Displacement Axial Piston Pumps
Anfield VPA10V(S) series variable displacement axial piston pumps are designed for open loop circuits and can be used in both mobile and industrial applications. The output flow is proportional to the drive speed and the displacement.
The VPA10V(S) series piston pumps are available in six displacements, ranging from 1.10 in³/rev (18 cm³/rev) to 8.54 in³/rev (140 cm³/rev). They offer speeds up to 3,300 rpm, a rated working pressure of 4000 psi (280 bar), single pump or through drive pumps allowing for multi-circuit systems. Offered in SAE or Metric mounting with side or rear porting.
Available in a variety of controls with short control response times. These variable piston pumps offer the benefit of providing power only when needed.