The staff at Ranney® Collector Wells have extensive expertise in the design, construction and
rehabilitation of water supply systems for public drinking water, industrial process or power plant
cooling water. This experience includes ground water, surface water, seawater and infiltrated (riverbank
filtration (RBF)) supplies across the U.S. and overseas, with extensive experience in horizontal (radial)
collector wells.
Water Supply Services:
Ranney® Collector Wells provides a full range of services for developing water supplies. Some of the
services we offer include design, construction and rehabilitation of:
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- Radial Collector Wells
- Surface Water Intakes
- Infiltration Galleries
- 316 B Approved Intakes
- Vertical/Angle Wells
- Seawater Collector Wells
- Riverbank Filtration System
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- Intake Retrofit
- Effluent Outfall Diffusers
- Aquifer Recharge/ASR Units
- Large Diameter Caissons
- Groundwater Studies
- Contamination Investigations
- Groundwater Modeling
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Other Services:
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- Induced (Riverbank) Infiltration Studies
- Hydrogeological Surveys
- Design-build / Turnkey Construction Approaches
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SPECIAL OFFER
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If you are considering developing a new water supply or expanding an existing supply, our staff
will review your site conditions and project needs and offer our comments and conceptual design
regarding the feasibility of using one of our proven designs.
There is no fee for this initial confidential interview.
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Technical Articles Available:
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- Design & Construction of Radial Wells
- Filtered Seawater Supplies – Naturally
- First Rural Water System to Use a Collector Well, Case History
- Siphon Surface Water Intake Meets the 316b Proposed EPA Regulation
- You've Got Water Baby, What a Gusher
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- The Horizontal Radial Collector as a Recharge Well
- Bluestone Lake Intake Shaft
- Collector & Intake Drawings
- Industrial Water Intake – Combination Surface Water Intake/Ground Water System
- Case History – Collector Well Technology Was Used in Lieu of Conventional Intake to
Supply Make-up Water for a Combined-Cycle Power Plant
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INTERNATIONAL WATER CONSULTANTS, INC.
Hydrogeological Services (Water Supply Development & Management) Water Supply
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IWC is a wholly-owned subsidiary of Ranney® Collector Wells. and provides professional
consulting services for a wide range of hydrogeological and environmental evaluations. The Principals
and staff have extensive experience conducting assessments and implementing solutions to a variety of
water supply and environmental issues.
IWC staff has worked at sites across the United States and overseas to conduct hydrogeologic
investigations to site and design well and wellfields developing ground water supplies for municipal
drinking water, industrial use and cooling water supplies.
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We provide services for:
- Hydrogeological Survey & Studies
- Induced Infiltration Evaluations
- Aquifer Storage & Recovery Systems
- Exploratory Test Drilling
- Environmental Consulting Services
- Well Head Protection / Modeling
- Groundwater Monitoring / Compliance Programs
- Landfill / Solid Waste Consulting Services
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Well Design:
- Vertical Water Wells
- Radial Collector Wells
- Infiltration Galleries
- Seawater Collector Wells / Galleries
- Dewatering Systems
- Recharge Wells
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Specialty Expertise:
International Water Consultants Inc. (IWC), has extensive, diverse expertise in the development
of water supplies. Recent projects our staff has worked on include the following:
- Siting, design and testing of the world's largest alluvial water well - a 40-MGD collector well in Kansas
- Design of three seawater collector wells for an industrial water supply in Central America
- Siting and testing of three 2-MGD carbonate wells in Central Ohio
- Evaluation of alluvial aquifer in western Texas for development of 80-MGD potable water supply
- Siting and design of two 3-MGD combination surface water intakes/horizontal collector wells in Puerto Rico
- Siting, design and testing of a 4-MGD collector well with gravel-packed lateral well screens in Missouri
- Innovative design of 5-MGD horizontal collector well in Oregon
- Evaluation of alluvial aquifer to develop up to 200 MGD using Riverbank Filtration systems
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