WBG Wireline introduces DGPS Surveys!
...new surveying capability helps our customers reduce their costs
WBG now uses Hemisphere, Nautiz as well as Atlas Portal technology to conduct site surveys for our customers and also to synchronise our Gyroscopic Spatial Survey tool for pinpoint accurate mapping of bore positions on tenements and internal physics. Differential Global Positioning Systems (DGPS) are enhancements to the Global Positioning System (GPS) which provide improved location accuracy, in the range of operations of each system, from the 15-meter nominal GPS accuracy to about 10 cm.
Available to contract or for call out bookings now!!
WBG Design Team has just released a new Wireline Logging unit
more productive and safer than any traditional design...
Based on a common platform that can be supplied and serviced anywhere; city or bush, WBG has put this design into ongoing production
Whether the job be exploration or production, the new unit will be able to spend more time on site per month and get through more work every day
The unit is also more comfortable for the Wireline Engineer with air-conditioned control station, monitoring cameras and sensors and importantly; negligible manual handling required to change tools
Fully-capable of undertaking any exploration project using a standard suite of downhole tools;
this unit can also log up to 30 blast holes in a day.
Available to contract or for call out bookings now!!
We were stoked back in 2013 because WBG Wireline had been recognised internationally by Mercedes Benz for its innovative use of solar power and other advanced technologies in the Mercedes Sprinter 4x4 van!
The data collectors
by vanderful, posted December 11th 2013 12:00 PM
Extracting minerals and fossil fuels is generally a very profitable business. However, before drilling towers, extraction pumps and mines can be put into operation, a number of preparations have to be made. Above all, the companies want to be sure that exploiting a resource deposit is truly worthwhile. This is where companies such as Walton Bore Geophysics from Queensland, Australia, come into play. Working on behalf of mining, energy and exploration companies, Walton Bore Geophysics collects scientific data from gas wells, water wells, exploratory drilling and existing production boreholes. The data helps the companies to implement environmental protection regulations such as those applying to the groundwater, for example. However, they primarily allow companies to assess the profitability of the resource extraction and develop the most efficient and environmentally friendly means of extraction possible. During this phase it becomes apparent just how cautious the companies are. “Sometimes data is collected for up to 10 years before the mining company actually decides to invest in extracting a resource”, explains Andy Walton, the head engineer at Walton Bore Geophysics.
The potential resource sites are generally located somewhere in Australia’s Outback. Once the exploration teams have carried out the initial test drilling the Walton Bore Geophysics employees then set out. Thanks to the 4×4 drive system, the two Mercedes-Benz Sprinter have no problem negotiating this difficult terrain. After they arrive, a boom is extended and the measurement probes are lowered into the borehole on a cable. The probes record data about the geological characteristics or the condition of the borehole. The scientific methods used range from gamma radiation measurement to ultrasonic and electrical resistance measurements. Camera systems and special probes for measuring the water quality are also employed. At depths of up to 3000 m, the cable transmits the real-time data to the analysis stations and computers in the Sprinter. The employees evaluate the data and create a borehole diagram. This graph enables the customer to precisely identify where the resources are located, their quality and which layers of earth and stone have to be removed to access them. Damage to the borehole which could reduce the rate of extraction is also revealed.
The power for the 220 V cable winch and the modern analysis technology is supplied throughout the entire deployment by either a conventional diesel generator or, as of recently, by an environmentally-friendly solar power system mounted on the vehicle’s roof. One Mercedes-Benz Sprinter has been equipped so far: with solar panels, transformers and batteries. The Australian sun delivers enough energy to recharge the powerful batteries at the same time. These are then used to provide a further 12 hours of power during the nights.
If the sector’s forecasts are to be believed, then Walton Bore Geophysics will not lack for jobs in the future. Because in Australia alone more than 25,000 gas wells are expected to be drilled in the next 20 to 30 years.
Post date: Nov 12, 2013 3:32:45 AM
WBG Team Completes Challenging DMITRE Calibration
The Government of South Australia's Department for Manufacturing, Innovation, Trade, Resources and Energy (DMITRE) maintains a drill hole logging calibration facility known as "Adelaide Calibration Models"
There are in all about fourteen models for a variety of purposes including Natural Gamma API calibration, Density calibration and equivalent U3O8 calibration. They have been carefully designed and constructed so as to be a realistic and accurate representation of drill hole conditions at a given drill hole diameter. The models are water saturated by a constantly maintained water level. The calibration models for borehole logging probes at the Adelaide site offer a comprehensive range of primary calibration standards. BQ - 61mm ID, NQ - 77mm ID, HQ - 97mm ID,PQ - 122mm ID.
While the technical aspects of calibration are understandably of little interest to most people, the tool physics and adjustments used in borehole logging are essential to ensure that the data that WBG's customers pay for is of the utmost quality science can deliver and more importantly, be representative of the true value of the minerals deposits sought after by mining, exploration and energy companies.