Step 1

• Geological survey – A geologist uses a electro magnetic receiver. It is an automated underground mapping detector. It measures the difference in conductivity of different underground geological structures through multiple electro-magnetic frequency reading.

Electrodes are put in the ground at 10m intervals and moved along a perpendicular line over the target, acquiring as many readings as possible to define structural change.

The data is then processed into pictures identifying possible water bearing structures.

• There is also a long-range water detection device making use of the principle of sending and receiving frequency signals underground to locate possible geological fractures which might be water bearing.

It uses multiple antennas to indicate possible underground water targets.

Dowsing – Dowsing is a type of divination employed to locate groundwater without the use of scientific equipment.

Step 2

Upon completion of Step 1, we provide you with a revised quotation.

Upon acceptance of the revised quotation a drilling date will be scheduled.

Step 3

The Drilling process

We use percussion drilling equipment in order to drill your borehole.

A compressed air pneumatic hammer and drill is operated at the end of the drilling rods.

While rapidly striking and shattering the rock the air will blow the sediment/debris out of the borehole

The drilling team will prepare the drilling area upon arrival.

Drilling will then commence

We collect samples of the formation every meter.

This is an important part of the process to determine which type of soil/rock we are in, as this will determine how many meters of steel casing is necessary to prevent the borehole from collapsing.

Once the final meters have been reached and casing fitted, the borehole will be flushed cleaned with compressed air and water to remove debris.

Step 4

The yield test

This is the process whereby a borehole is subjected to pumping under controlled test conditions in order to determine its performance characteristics.

A borehole yield is the volume of water that can be abstracted from a borehole.

Certificates are issued to all clients confirming the yield of the borehole as well as special request certificates for bank financing purposes

Step 5

Water quality testing – sample to be extracted with yield test

Groundwater from non-polluted areas is generally safe for domestic purposes – to drink, prepare food, wash clothes, bath and water the garden

However, The Private Water Supplies Regulations has said that you must have your private water supply checked to ensure it is consistent with drinking water standards.

A water sample must be analysed by a reputable laboratory. There are a number of laboratories that have been accredited by SANAS (South African National Accreditation System). This is the only national body responsible for carrying out accreditations in respect of conformity assessment, as mandated through the Accreditation for Conformity Assessment, Calibration and Good Laboratory Practice Act (Act 19 of 2006).

Water quality test result will be available within 10 – 14 working days.

Step 6

Equipping your borehole

One of our trusted installers will discuss your specific needs and quote on a pump installation according to your specific requirements.

Step 7

Now you start reaping the benefits of this investment, you will see a return on investment in less than 2 years.

You will no longer need municipal water supply and completely cut out the cost of high water bills