Water Siting Methods In Zimbabwe - Siting Boreholes In Zimbabwe
Water Siters Zimbabwe is a network of dedicated water siters who are committed to becoming the leading service provider in the water finding for the Borehole Drilling Industry in Zimbabwe.
Water Siters Zimbabwe use the latest state of the art technology to measure groundwater depths and yields. With these services Water Siters Zimbabwe helps borehole drillers, golf and real estate developers, homeowners, farmers and municipalities.
Water Siters Zimbabwe helps clients evaluate potential locations on their property without the expense of drilling test holes. With the help of our Geophysical equipment developed around the world, Water Siters Zimbabwe can provide estimates of depth and interpreted yield on the locations surveyed.
The information gathered helps clients make an informed choice on the optimum location to drill a borehole, reducing their risk of a “dry hole”. Though dry holes don't happen often, they do, particularly in hard to find water areas, at times costing thousands of dollars. Water Siters Zimbabwe's goal is to find our clients the water they need and prevent them from drilling dry holes.
 |
| Water Siting Methods In Zimbabwe - Siting Boreholes In Zimbabwe |
Water Siters Zimbabwe's clients have the benefit of our experience in Zimbabwe and the Geophysical Technology we use that is considered to be some of the best and most economical being used to locate groundwater today.
The differences in rock characteristics such as magnetic intensity, density, electrical resistivity as well as seismic velocities are used. The observations of these differences are interpreted in terms of the existing geology, for the best siting of the borehole positions.
Water Siting Services in Zimbabwe: Water Siters Zimbabwe is considered to be one of the most respected and sought after groundwater experts in Zimbabwe, having successfully completed thousands of groundwater investigations and developed multiple successful and sustainable drinking water.
Our success is based on our ability to consistently locate high-yielding, sustainable groundwater wells within complex and typically low-yielding terrains.
We have identified, developed and permitted new supplies – within such complex terrains – for a wide variety of clients.
We are available 24/7 and make an effort to get to your site as soon as possible because we know that when it comes to water especially, time is money.
Contact Us To Request A Quote: +263 719 187878 (WhatsApp Only)
For scientific borehole siting we use the Resistivity method, Electromagnetic method, Electro-seismic method and Magnetic method.
1. Electro-Seismic Surveying method: The Electro-Seismic Surveyor (ESS) is based on the phenomenon of electro-seismic signals that are generated through the relative movement of water against the sub-surface rock matrix.
1. Electro-Seismic Surveying method: The Electro-Seismic Surveyor (ESS) is based on the phenomenon of electro-seismic signals that are generated through the relative movement of water against the sub-surface rock matrix.
This movement of the groundwater is established through a seismic wave. By proper processing and interpretation of the electrokinetic signal, the presence of groundwater, its estimated depth and probable geometry can be determined. What sets this technology apart from conventional geophysical methods is the fact that the presence of water is responsible for the generation of electro-seismic signals.
In the history of man looking for ways to locate usable underground water in the last decade or so, we have designed methods geared to gather information about the rock matrix and subsurface structures that could bear groundwater, but the presence of water was only determined once drilling commenced.
This unique approach to groundwater investigations and development brings a whole new dimension to groundwater geophysics. The ability to map groundwater, by directly detecting its presence, greatly improves on time and costs associated with groundwater development and investigation projects.
2. Electrical resistivity method: In this method, the difference in the passing of electrical current through different rock formations is measured. In this way, a difference in the resistivity of the rock types can be identified which can be correlated with possible water-bearing zones. Due to the fact that water conductivity is the most important cause of electrical conductivity in rock formations, this method is directly related to groundwater occurrences. A further advantage of this method is that the resistivity is not traced laterally only over an area (horizontal profiling) but also in-depth at a specific point (depth sounding).
3. Electromagnetic method: This method is related to the electrical resistivity method based on the difference in electromagnetic conducting abilities of rock formations. The inductive methods are used increasingly in groundwater explorations with the advantage of the speed with which the survey can be carried out. The field of application of the electromagnetic methods is similar to the electrical resistivity method.
4. Magnetic method: With this method a change in the normal magnetic field of the earth is perceived which can be used for picking up concealed geological contacts such as dolerite dykes. The use of this method with the necessary interpretative knowledge of the data can result in successful boreholes in the right geological area.
In the history of man looking for ways to locate usable underground water in the last decade or so, we have designed methods geared to gather information about the rock matrix and subsurface structures that could bear groundwater, but the presence of water was only determined once drilling commenced.
This unique approach to groundwater investigations and development brings a whole new dimension to groundwater geophysics. The ability to map groundwater, by directly detecting its presence, greatly improves on time and costs associated with groundwater development and investigation projects.
2. Electrical resistivity method: In this method, the difference in the passing of electrical current through different rock formations is measured. In this way, a difference in the resistivity of the rock types can be identified which can be correlated with possible water-bearing zones. Due to the fact that water conductivity is the most important cause of electrical conductivity in rock formations, this method is directly related to groundwater occurrences. A further advantage of this method is that the resistivity is not traced laterally only over an area (horizontal profiling) but also in-depth at a specific point (depth sounding).
3. Electromagnetic method: This method is related to the electrical resistivity method based on the difference in electromagnetic conducting abilities of rock formations. The inductive methods are used increasingly in groundwater explorations with the advantage of the speed with which the survey can be carried out. The field of application of the electromagnetic methods is similar to the electrical resistivity method.
4. Magnetic method: With this method a change in the normal magnetic field of the earth is perceived which can be used for picking up concealed geological contacts such as dolerite dykes. The use of this method with the necessary interpretative knowledge of the data can result in successful boreholes in the right geological area.
ProWater Solutions: ProWater Solutions is the online hub or portal relating to everything on Borehole Drilling In Zimbabwe. We aim to be the go-to online hub of Borehole Drilling In Zimbabwe and assist other borehole companies by sharing our traffic and leads to them.
The ProWater Solutions website was built and is optimized to rank on the first page of google for every city, provinces as well as potentially every keyword pertaining to boreholes. (We have invested a lot into SEO and other digital marketing strategies in Zimbabwe.)
Contact Us To Request A Quote: +263 719 187878 (WhatsApp Only)
PROWATER SYSTEMS ZIMBABWE
Standard Prices For Borehole Drilling
Borehole Siting (Geo-Survey)
$80 USD
Get Quote
Drilling & Casing (40m)
Standard Class 6 Casing included.
$1,000 USDGet Quote
Premium Casing Upgrade
Upgrade to Class 9 Casing for extra durability.
Add $250 USDGet Quote
Borehole Deepening / Extra Metres
For drilling beyond 40 metres.
$30 USD / mGet Quote
Double Casing
For unstable ground conditions.
$20 USD / mGet Quote
Tank & Tank Stand
5000 Litre Tank with a 4-metre Stand.
$1,000 USDGet Quote
IMPORTANT DISCLAIMER
Disclaimer & Contact Information
ProWater Solutions makes no representations or warranties express or implied in relation to this website or the information and materials provided on this website. ProWater Solutions shall not be responsible for, and disclaims all liability for loss, injury, expense or damage (whether direct or consequential) of any nature whatsoever which may be suffered as a result of or which may be attributable, directly or indirectly, to the use of or reliance upon any information, links or services provided through this website. ProWater Solutions reserves the right to in its absolute discretion to modify, upgrade, update, suspend or withdraw this website or any part thereof at any time.
Request ProWater Solutions Services
ProWater Solutions links you to the best borehole drilling service providers in Zimbabwe. Contact us for FREE advice on your project:
David (Sales)