Scanning Concrete with GPR Technology

Scanning Concrete Using GPR Technology

GPR, or ground penetrating radar, is a technology used by those in the geophysical profession to send radar pulses through the ground to image what is called the subsurface. It utilizes electromagnetic radiation, specifically in the microwave band. These signals are sent down, reflected back up, and processed to provide an image of the subsurface below. This type of technology can be used on various structures, pavement, ice, soil and even rock. It is able to detect even the most subtle changes which may be caused by cracks, voids or other changes in the material beneath the surface. When scanning concrete, GPR technology can also be used. Let's take a look at why this is done.

Scanning Concrete Using GPR

When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

by: scanning concrete with GPR technology  

Tunnel Assessment Surveys

Another area in which scanning concrete with GPR technology is very important is investigating the deterioration of tunnels. It is an effective tool which can allow engineers to find hidden construction shafts, look at the condition of the lining of the tunnel, and also find voids that could lead to further problems. The advantage of using ground penetrating radar is because of how quickly this data can be gathered and assessed, making tunnel systems safer for everyone.

As you can see, scanning concrete with GPR technology is a very important part of maintaining public safety. By detecting sinkholes beneath the concrete, and voids that may cause future damage to tunnel systems, you are improving the possibility of addressing these problems, and preventing the potential for injuries and fatalities.

GPR technology can also be used when scanning concrete. When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

Scanning Concrete with GPR Technology

Scanning Concrete Using GPR Technology

GPR, or ground penetrating radar, is a technology used by those in the geophysical profession to send radar pulses through the ground to image what is called the subsurface. It utilizes electromagnetic radiation, specifically in the microwave band. These signals are sent down, reflected back up, and processed to provide an image of the subsurface below. This type of technology can be used on various structures, pavement, ice, soil and even rock. It is able to detect even the most subtle changes which may be caused by cracks, voids or other changes in the material beneath the surface. When scanning concrete, GPR technology can also be used. Let's take a look at why this is done.

Scanning Concrete Using GPR

When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

by: scanning concrete with GPR technology  

Tunnel Assessment Surveys

Another area in which scanning concrete with GPR technology is very important is investigating the deterioration of tunnels. It is an effective tool which can allow engineers to find hidden construction shafts, look at the condition of the lining of the tunnel, and also find voids that could lead to further problems. The advantage of using ground penetrating radar is because of how quickly this data can be gathered and assessed, making tunnel systems safer for everyone.

As you can see, scanning concrete with GPR technology is a very important part of maintaining public safety. By detecting sinkholes beneath the concrete, and voids that may cause future damage to tunnel systems, you are improving the possibility of addressing these problems, and preventing the potential for injuries and fatalities.

GPR technology can also be used when scanning concrete. When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

Scanning Concrete with GPR Technology

Scanning Concrete Using GPR Technology

GPR, or ground penetrating radar, is a technology used by those in the geophysical profession to send radar pulses through the ground to image what is called the subsurface. It utilizes electromagnetic radiation, specifically in the microwave band. These signals are sent down, reflected back up, and processed to provide an image of the subsurface below. This type of technology can be used on various structures, pavement, ice, soil and even rock. It is able to detect even the most subtle changes which may be caused by cracks, voids or other changes in the material beneath the surface. When scanning concrete, GPR technology can also be used. Let's take a look at why this is done.

Scanning Concrete Using GPR

When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

by: scanning concrete with GPR technology  

Tunnel Assessment Surveys

Another area in which scanning concrete with GPR technology is very important is investigating the deterioration of tunnels. It is an effective tool which can allow engineers to find hidden construction shafts, look at the condition of the lining of the tunnel, and also find voids that could lead to further problems. The advantage of using ground penetrating radar is because of how quickly this data can be gathered and assessed, making tunnel systems safer for everyone.

As you can see, scanning concrete with GPR technology is a very important part of maintaining public safety. By detecting sinkholes beneath the concrete, and voids that may cause future damage to tunnel systems, you are improving the possibility of addressing these problems, and preventing the potential for injuries and fatalities.

GPR technology can also be used when scanning concrete. When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

Scanning Concrete with GPR Technology

Scanning Concrete Using GPR Technology

GPR, or ground penetrating radar, is a technology used by those in the geophysical profession to send radar pulses through the ground to image what is called the subsurface. It utilizes electromagnetic radiation, specifically in the microwave band. These signals are sent down, reflected back up, and processed to provide an image of the subsurface below. This type of technology can be used on various structures, pavement, ice, soil and even rock. It is able to detect even the most subtle changes which may be caused by cracks, voids or other changes in the material beneath the surface. When scanning concrete, GPR technology can also be used. Let's take a look at why this is done.

Scanning Concrete Using GPR

When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

by: scanning concrete with GPR technology  

Tunnel Assessment Surveys

Another area in which scanning concrete with GPR technology is very important is investigating the deterioration of tunnels. It is an effective tool which can allow engineers to find hidden construction shafts, look at the condition of the lining of the tunnel, and also find voids that could lead to further problems. The advantage of using ground penetrating radar is because of how quickly this data can be gathered and assessed, making tunnel systems safer for everyone.

As you can see, scanning concrete with GPR technology is a very important part of maintaining public safety. By detecting sinkholes beneath the concrete, and voids that may cause future damage to tunnel systems, you are improving the possibility of addressing these problems, and preventing the potential for injuries and fatalities.

GPR technology can also be used when scanning concrete. When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

Scanning Concrete with GPR Technology

Scanning Concrete Using GPR Technology

GPR, or ground penetrating radar, is a technology used by those in the geophysical profession to send radar pulses through the ground to image what is called the subsurface. It utilizes electromagnetic radiation, specifically in the microwave band. These signals are sent down, reflected back up, and processed to provide an image of the subsurface below. This type of technology can be used on various structures, pavement, ice, soil and even rock. It is able to detect even the most subtle changes which may be caused by cracks, voids or other changes in the material beneath the surface. When scanning concrete, GPR technology can also be used. Let's take a look at why this is done.

Scanning Concrete Using GPR

When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

by: scanning concrete with GPR technology  

Tunnel Assessment Surveys

Another area in which scanning concrete with GPR technology is very important is investigating the deterioration of tunnels. It is an effective tool which can allow engineers to find hidden construction shafts, look at the condition of the lining of the tunnel, and also find voids that could lead to further problems. The advantage of using ground penetrating radar is because of how quickly this data can be gathered and assessed, making tunnel systems safer for everyone.

As you can see, scanning concrete with GPR technology is a very important part of maintaining public safety. By detecting sinkholes beneath the concrete, and voids that may cause future damage to tunnel systems, you are improving the possibility of addressing these problems, and preventing the potential for injuries and fatalities.

GPR technology can also be used when scanning concrete. When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

GPR Equipment

The Uses of Ground Penetrating Radar in the Construction Industry

Ground penetrating radar is a very well established tool because it helps to locate underground and encased objects that could be dangerous or damaging if they were to be uncovered or accidentally destroyed by construction efforts.

GPR is a real-time procedure that can immediately locate such underground items as electrical conduits that are buried in concrete, post tension cables, rebar and other such items that if cut or damaged could prove costly and dangerous.

This is a very useful tool because it provides a non-destructive way to detect elements that are hidden within concrete. It can locate targets that are encased within concrete and pinpoint where they are in a fast and safe manner.

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The current technology allows the user to rapidly evaluate a concrete slab in a user friendly and a cost effective way in order to scan an area and find out what is located within. The GPR equipment can scan larger areas of a concrete project in more than one passing motion and then put the images together to form a 3-D image. This gives a very accurate picture of where items are located, so an exact placement can be made.

This type of accuracy saves time and money because it allows safe drilling, cutting and coring of concrete, so no down time is required and no injuries or loss of life is a threat.

Ground penetrating radar is also a real boon in the mining industry, as rocks and hard surfaces can easily be analyzed as far doing a simple scan can discover faults, fractures and joints, so geologists will know the exact structure of what they are dealing with.

When dealing with minerals, an entire vein of the mineral can be tracked so it is known exactly where it goes. The detection of diamonds, gold, silver, and titanium is enhanced with these methods.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

In Concrete Utility Location

Locating Utilities in Concrete Slabs Using Ground Penetrating Radar

This damage can cost a lot of money to repair and the problem areas are particularly difficult to locate. Modern technology is making it easier for contractors to locate underground problems using ground penetrating radar.

The use of ground penetrating radar is becoming more common in construction, surveying, and subterranean repairs. Steve Price  name a few instances when ground penetrating radar would be particularly useful.

Detecting Leaks.

This is probably the most common use of the ground penetrating radar in today's market. The use of this radar system can save contractors wasted time, which saves you wasted money. The radar is typically capable of spotting hidden leaks in the pipes beneath the surface of the earth. A leak left without attention can cost hundreds of dollars in utility fees and a lot more to repair. Leaks often turn into larger problems in only a short period of time. If the utility is located beneath a concrete slab, then a leak can lead to serious structural damage in your home. Ground penetrating radar is your best bet for detecting leaks in pipes beneath concrete slabs.

Locating Utility Lines.

The use of ground penetrating radar can provide a clear view of the surface deep beneath your feet, even below a concrete slab. This will let you know if there are any dangerous power lines or water pipes waiting to get in your way. These machines, when used by surveyors, can detect the difference between copper and galvanized pipes, or even PVC piping.

Modern technology is making it easier for contractors to locate underground problems using ground penetrating radar. The use of ground penetrating radar is becoming more common in construction, surveying, and subterranean repairs. Ground penetrating radar is your best bet for detecting leaks in pipes beneath concrete slabs.

The use of ground penetrating radar can provide a clear view of the surface deep beneath your feet, even below a concrete slab.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755

Concrete Scanning Queensland

When You Need Concrete Scanning

Wondering what’s under your parking lot or parking garage? Or are you just wondering whats under a private street? Well, either way, one thing’s for sure. There is no way you are going to find out unless you have a concrete scanning device. You might be wondering; however am I to afford such a device? Well, this is a worry that you need to toss right out the window.

The great thing about these types of machines is that you can usually rent them. If you are worried there might be metal under a parking garage before you tare it up to build a sky scrapper, you can satisfy this curiosity without investing the full price of the concrete scanner.

I know you want to make sure that you are building the latest building on safe land. I know it would suck to later find out that you were building it on a sink hole the whole time. This won't happen, if you get the proper concrete scanning done.

There might even be companies out there that will get the whole process of concrete scanning over and done with for you. You wont have to deal with the machines, or anything else that has to deal with the whole ugly process. The only thing you will need to worry about is writing the check, which I know you can do.

Learn more: CSI Concrete Scanning and Investigation 

There are many other great reasons to make sure that you get your concrete scanning done, if you don't know whats underneath, then maybe you should find out before you build on top? I know getting your concrete scanning done is not a waste of time, you need to know what’s under there before you start tearing it up.

Please, make sure you find the right people for this job. If you find the right professionals this whole process will go by with much more ease. The only thing you need to worry about, again, is cutting the check.

I know concrete scanning can help any growing company that is looking to get into construction. Concrete scanning is vital when you need to know what’s underneath, let’s face it, as builders, we just do.

There is no way you are going to find out unless you have a concrete scanning device. There might even be companies out there that will get the whole process of concrete scanning over and done with for you. I know concrete scanning can help any growing company that is looking to get into construction. Concrete scanning is vital when you need to know what’s underneath, let’s face it, as builders, we just do.

C.S.I.Concrete Scanning & Investigation

54 Hooker Blvd

Broadbeach,

QLD

4218

Contact us: 0426 508 755