Good information on ground penetrating radar services

It becomes difficult to check for leaks or determine the current status of underground systems and other buried utilities, especially when:

• a certain area has already been developed
• another structure has already been built on top of it

And even without such structures, it's still a challenge to determine what's under the ground. Sure it's possible, but it's not always possible to dig or drill holes and insert a probe to do it. A good alternative would be to use ground penetrating radar services (GPRS), which uses state-of-the-art machinery to scan the area and generate two-dimensional and three-dimensional images for its evaluation.

What are ground penetrating radar services?

These services involve a trained technician who will scan the designated area using a ground penetrating radar device. These radars work by emitting or sending short pulses of energy to the ground. An echo is returned if these pulses come in contact with an object or structure buried underneath, such as pipes, utilities, or the walls of a well or cavity. The radar will then take note of the amount of time it took to receive the echo and determine the approximate distance of the structure from the surface. In addition, GPRS can also:

• Detect leaks in underground structures.
• Determine the thickness of concrete or asphalt slabs.
• Locate the extent of the reach of the roots of old and mature trees.
• Indicate the presence of disturbed areas, cavities or installed cables.
• Identify the type of underground structure detected (may include sewer lines, septic tanks, unmarked graves, etc.)

Some applications of ground penetrating radar services

Before embarking on a construction project, contractors are required to be aware of existing underground structures or utilities or if there are leaks in these areas. GPRS are also used in environmental, geological, and reconstruction projects. These services have been used to assist projects such as cemetery restorations, environmental drilling operations, and private home renovations. Specifically, what GPRS does is:

• Obtain critical information regarding underground leaks, buried utilities, voids or any other existing structures below ground
• Guarantee the safety of construction workers.
• Reduce liability on the part of the company.
• Promote a safe work environment.

Performing a construction site scan in advance will reduce the risk of encountering problems that may arise due to existing underground structures.

Advantages of ground penetrating radar services

While there are other methods that can also detect underground structures, GPRS is highly recommended and more preferred for the following reasons:

• The technique does not emit harmful radiation.
• It is a non-destructive method that keeps public areas or private structures intact.
• Unlike radio detection techniques, it is capable of detecting non-metallic objects or structures such as: non-metallic buried water or gas pipes, fiber optics and drainage bridge inspection.

Institutions employing ground penetrating radar services

It is not just private companies or construction companies that employ ground penetration services. In fact, a wide range of other institutions also take advantage of technology. These include, but are not limited to:

• Schools
• hospitals
• universities
• Owners
• environmentalists
• Governmental agencies

Good information on ground penetrating radar services

It becomes difficult to check for leaks or determine the current status of underground systems and other buried utilities, especially when:

• a certain area has already been developed
• another structure has already been built on top of it

And even without such structures, it's still a challenge to determine what's under the ground. Sure it's possible, but it's not always possible to dig or drill holes and insert a probe to do it. A good alternative would be to use ground penetrating radar services (GPRS), which uses state-of-the-art machinery to scan the area and generate two-dimensional and three-dimensional images for its evaluation.

What are ground penetrating radar services?

These services involve a trained technician who will scan the designated area using a ground penetrating radar device. These radars work by emitting or sending short pulses of energy to the ground. An echo is returned if these pulses come in contact with an object or structure buried underneath, such as pipes, utilities, or the walls of a well or cavity. The radar will then take note of the amount of time it took to receive the echo and determine the approximate distance of the structure from the surface. In addition, GPRS can also:

• Detect leaks in underground structures.
• Determine the thickness of concrete or asphalt slabs.
• Locate the extent of the reach of the roots of old and mature trees.
• Indicate the presence of disturbed areas, cavities or installed cables.
• Identify the type of underground structure detected (may include sewer lines, septic tanks, unmarked graves, etc.)

Some applications of ground penetrating radar services

Before embarking on a construction project, contractors are required to be aware of existing underground structures or utilities or if there are leaks in these areas. GPRS are also used in environmental, geological, and reconstruction projects. These services have been used to assist projects such as cemetery restorations, environmental drilling operations, and private home renovations. Specifically, what GPRS does is:

• Obtain critical information regarding underground leaks, buried utilities, voids or any other existing structures below ground
• Guarantee the safety of construction workers.
• Reduce liability on the part of the company.
• Promote a safe work environment.

Performing a construction site scan in advance will reduce the risk of encountering problems that may arise due to existing underground structures.

Advantages of ground penetrating radar services

While there are other methods that can also detect underground structures, GPRS is highly recommended and more preferred for the following reasons:

• The technique does not emit harmful radiation.
• It is a non-destructive method that keeps public areas or private structures intact.
• Unlike radio detection techniques, it is capable of detecting non-metallic objects or structures such as: non-metallic buried water or gas pipes, fiber optics and drainage bridge inspection.

Institutions employing ground penetrating radar services

It is not just private companies or construction companies that employ ground penetration services. In fact, a wide range of other institutions also take advantage of technology. These include, but are not limited to:

• Schools
• hospitals
• universities
• Owners
• environmentalists
• Governmental agencies

Good information on ground penetrating radar services

It becomes difficult to check for leaks or determine the current status of underground systems and other buried utilities, especially when:

• a certain area has already been developed
• another structure has already been built on top of it

And even without such structures, it's still a challenge to determine what's under the ground. Sure it's possible, but it's not always possible to dig or drill holes and insert a probe to do it. A good alternative would be to use ground penetrating radar services (GPRS), which uses state-of-the-art machinery to scan the area and generate two-dimensional and three-dimensional images for its evaluation.

What are ground penetrating radar services?

These services involve a trained technician who will scan the designated area using a ground penetrating radar device. These radars work by emitting or sending short pulses of energy to the ground. An echo is returned if these pulses come in contact with an object or structure buried underneath, such as pipes, utilities, or the walls of a well or cavity. The radar will then take note of the amount of time it took to receive the echo and determine the approximate distance of the structure from the surface. In addition, GPRS can also:

• Detect leaks in underground structures.
• Determine the thickness of concrete or asphalt slabs.
• Locate the extent of the reach of the roots of old and mature trees.
• Indicate the presence of disturbed areas, cavities or installed cables.
• Identify the type of underground structure detected (may include sewer lines, septic tanks, unmarked graves, etc.)

Some applications of ground penetrating radar services

Before embarking on a construction project, contractors are required to be aware of existing underground structures or utilities or if there are leaks in these areas. GPRS are also used in environmental, geological, and reconstruction projects. These services have been used to assist projects such as cemetery restorations, environmental drilling operations, and private home renovations. Specifically, what GPRS does is:

• Obtain critical information regarding underground leaks, buried utilities, voids or any other existing structures below ground
• Guarantee the safety of construction workers.
• Reduce liability on the part of the company.
• Promote a safe work environment.

Performing a construction site scan in advance will reduce the risk of encountering problems that may arise due to existing underground structures.

Advantages of ground penetrating radar services

While there are other methods that can also detect underground structures, GPRS is highly recommended and more preferred for the following reasons:

• The technique does not emit harmful radiation.
• It is a non-destructive method that keeps public areas or private structures intact.
• Unlike radio detection techniques, it is capable of detecting non-metallic objects or structures such as: non-metallic buried water or gas pipes, fiber optics and drainage bridge inspection.

Institutions employing ground penetrating radar services

It is not just private companies or construction companies that employ ground penetration services. In fact, a wide range of other institutions also take advantage of technology. These include, but are not limited to:

• Schools
• hospitals
• universities
• Owners
• environmentalists
• Governmental agencies

Good information on ground penetrating radar services

It becomes difficult to check for leaks or determine the current status of underground systems and other buried utilities, especially when:

• a certain area has already been developed
• another structure has already been built on top of it

And even without such structures, it's still a challenge to determine what's under the ground. Sure it's possible, but it's not always possible to dig or drill holes and insert a probe to do it. A good alternative would be to use ground penetrating radar services (GPRS), which uses state-of-the-art machinery to scan the area and generate two-dimensional and three-dimensional images for its evaluation.

What are ground penetrating radar services?

These services involve a trained technician who will scan the designated area using a ground penetrating radar device. These radars work by emitting or sending short pulses of energy to the ground. An echo is returned if these pulses come in contact with an object or structure buried underneath, such as pipes, utilities, or the walls of a well or cavity. The radar will then take note of the amount of time it took to receive the echo and determine the approximate distance of the structure from the surface. In addition, GPRS can also:

• Detect leaks in underground structures.
• Determine the thickness of concrete or asphalt slabs.
• Locate the extent of the reach of the roots of old and mature trees.
• Indicate the presence of disturbed areas, cavities or installed cables.
• Identify the type of underground structure detected (may include sewer lines, septic tanks, unmarked graves, etc.)

Some applications of ground penetrating radar services

Before embarking on a construction project, contractors are required to be aware of existing underground structures or utilities or if there are leaks in these areas. GPRS are also used in environmental, geological, and reconstruction projects. These services have been used to assist projects such as cemetery restorations, environmental drilling operations, and private home renovations. Specifically, what GPRS does is:

• Obtain critical information regarding underground leaks, buried utilities, voids or any other existing structures below ground
• Guarantee the safety of construction workers.
• Reduce liability on the part of the company.
• Promote a safe work environment.

Performing a construction site scan in advance will reduce the risk of encountering problems that may arise due to existing underground structures.

Advantages of ground penetrating radar services

While there are other methods that can also detect underground structures, GPRS is highly recommended and more preferred for the following reasons:

• The technique does not emit harmful radiation.
• It is a non-destructive method that keeps public areas or private structures intact.
• Unlike radio detection techniques, it is capable of detecting non-metallic objects or structures such as: non-metallic buried water or gas pipes, fiber optics and drainage bridge inspection.

Institutions employing ground penetrating radar services

It is not just private companies or construction companies that employ ground penetration services. In fact, a wide range of other institutions also take advantage of technology. These include, but are not limited to:

• Schools
• hospitals
• universities
• Owners
• environmentalists
• Governmental agencies

Good information on ground penetrating radar services

It becomes difficult to check for leaks or determine the current status of underground systems and other buried utilities, especially when:

• a certain area has already been developed
• another structure has already been built on top of it

And even without such structures, it's still a challenge to determine what's under the ground. Sure it's possible, but it's not always possible to dig or drill holes and insert a probe to do it. A good alternative would be to use ground penetrating radar services (GPRS), which uses state-of-the-art machinery to scan the area and generate two-dimensional and three-dimensional images for its evaluation.

What are ground penetrating radar services?

These services involve a trained technician who will scan the designated area using a ground penetrating radar device. These radars work by emitting or sending short pulses of energy to the ground. An echo is returned if these pulses come in contact with an object or structure buried underneath, such as pipes, utilities, or the walls of a well or cavity. The radar will then take note of the amount of time it took to receive the echo and determine the approximate distance of the structure from the surface. In addition, GPRS can also:

• Detect leaks in underground structures.
• Determine the thickness of concrete or asphalt slabs.
• Locate the extent of the reach of the roots of old and mature trees.
• Indicate the presence of disturbed areas, cavities or installed cables.
• Identify the type of underground structure detected (may include sewer lines, septic tanks, unmarked graves, etc.)

Some applications of ground penetrating radar services

Before embarking on a construction project, contractors are required to be aware of existing underground structures or utilities or if there are leaks in these areas. GPRS are also used in environmental, geological, and reconstruction projects. These services have been used to assist projects such as cemetery restorations, environmental drilling operations, and private home renovations. Specifically, what GPRS does is:

• Obtain critical information regarding underground leaks, buried utilities, voids or any other existing structures below ground
• Guarantee the safety of construction workers.
• Reduce liability on the part of the company.
• Promote a safe work environment.

Performing a construction site scan in advance will reduce the risk of encountering problems that may arise due to existing underground structures.

Advantages of ground penetrating radar services

While there are other methods that can also detect underground structures, GPRS is highly recommended and more preferred for the following reasons:

• The technique does not emit harmful radiation.
• It is a non-destructive method that keeps public areas or private structures intact.
• Unlike radio detection techniques, it is capable of detecting non-metallic objects or structures such as: non-metallic buried water or gas pipes, fiber optics and drainage bridge inspection.

Institutions employing ground penetrating radar services

It is not just private companies or construction companies that employ ground penetration services. In fact, a wide range of other institutions also take advantage of technology. These include, but are not limited to:

• Schools
• hospitals
• universities
• Owners
• environmentalists
• Governmental agencies

Good information on ground penetrating radar services

It becomes difficult to check for leaks or determine the current status of underground systems and other buried utilities, especially when:

• a certain area has already been developed
• another structure has already been built on top of it

And even without such structures, it's still a challenge to determine what's under the ground. Sure it's possible, but it's not always possible to dig or drill holes and insert a probe to do it. A good alternative would be to use ground penetrating radar services (GPRS), which uses state-of-the-art machinery to scan the area and generate two-dimensional and three-dimensional images for its evaluation.

What are ground penetrating radar services?

These services involve a trained technician who will scan the designated area using a ground penetrating radar device. These radars work by emitting or sending short pulses of energy to the ground. An echo is returned if these pulses come in contact with an object or structure buried underneath, such as pipes, utilities, or the walls of a well or cavity. The radar will then take note of the amount of time it took to receive the echo and determine the approximate distance of the structure from the surface. In addition, GPRS can also:

• Detect leaks in underground structures.
• Determine the thickness of concrete or asphalt slabs.
• Locate the extent of the reach of the roots of old and mature trees.
• Indicate the presence of disturbed areas, cavities or installed cables.
• Identify the type of underground structure detected (may include sewer lines, septic tanks, unmarked graves, etc.)

Some applications of ground penetrating radar services

Before embarking on a construction project, contractors are required to be aware of existing underground structures or utilities or if there are leaks in these areas. GPRS are also used in environmental, geological, and reconstruction projects. These services have been used to assist projects such as cemetery restorations, environmental drilling operations, and private home renovations. Specifically, what GPRS does is:

• Obtain critical information regarding underground leaks, buried utilities, voids or any other existing structures below ground
• Guarantee the safety of construction workers.
• Reduce liability on the part of the company.
• Promote a safe work environment.

Performing a construction site scan in advance will reduce the risk of encountering problems that may arise due to existing underground structures.

Advantages of ground penetrating radar services

While there are other methods that can also detect underground structures, GPRS is highly recommended and more preferred for the following reasons:

• The technique does not emit harmful radiation.
• It is a non-destructive method that keeps public areas or private structures intact.
• Unlike radio detection techniques, it is capable of detecting non-metallic objects or structures such as: non-metallic buried water or gas pipes, fiber optics and drainage bridge inspection.

Institutions employing ground penetrating radar services

It is not just private companies or construction companies that employ ground penetration services. In fact, a wide range of other institutions also take advantage of technology. These include, but are not limited to:

• Schools
• hospitals
• universities
• Owners
• environmentalists
• Governmental agencies

Everything you want to know about ground penetrating radar

Ground penetrating radar, sometimes called GPR, basically allows you to see underground. This high-tech device uses high-frequency radar sound waves to map the surface below the ground. This can be used for a wide variety of purposes and applications and seems to have few limits. It can even work through hard surfaces like concrete and rock.

Some uses of ground penetrating radar

The uses of ground penetrating radar are virtually limitless. These can include everything from pipeline detection to archaeological excursions and cemetery mapping. It can even be used to identify various soil types below the top layer, find tanks, and observe the structure of reinforcing bars in existing concrete. Basically, when you need to map, locate, or identify subsurface materials, you will likely need to use ground penetrating radar for either residential, industrial, or commercial applications.

What to Expect When Hiring a Ground-penetrating Radar Service Provider

Now you are not going out to buy the ground penetrating radar equipment yourself. That would be too expensive. Not to mention that you would have to have time to use it, which would first require that you really learn how to use it. You simply cannot afford to spend your time, effort, and money.

Instead, you would hire a company that offers these services. You can easily locate such a company in Seattle by searching for something like "Seattle Ground Penetration Radar" or a similar keyword on Google. Once you find an experienced company, give them a call and schedule a time to go out and examine their bridge inspection.

Once everything is ready, the company will send its highly trained technicians with its specialized team. They will pass over the area, emitting sound waves through the ground. The machine will then read the waves that reverberate from inside the earth. Then the same technicians will interpret the data they have acquired and turn it into the underground maps you need. Hassle-free for you - they do all the work and you get the end product you need.

Be sure to hire a reputable ground penetrating radar company

Of course, you can't trust anyone with work. When you need GPR services, you need someone who can do the job correctly. That means you should look for someone who:

You have the right technology: When you opt for ground penetrating radar services, you want to make sure you have access to the latest technology on the market. That way you will get the most accurate reading.

You have a highly trained staff: A highly trained staff knows how to use the equipment properly and can better interpret the results.

You have been operating in your area for a long period of time: using a new company is a risky business because you never know if they will simply disappear into you. A well established company in your area is much more reliable. Whatever happens, you know exactly where you can find them.
If you need to locate something underground, your best option is ground penetrating radar. Find a professional who offers these services online today!

Everything you want to know about ground penetrating radar

Ground penetrating radar, sometimes called GPR, basically allows you to see underground. This high-tech device uses high-frequency radar sound waves to map the surface below the ground. This can be used for a wide variety of purposes and applications and seems to have few limits. It can even work through hard surfaces like concrete and rock.

Some uses of ground penetrating radar

The uses of ground penetrating radar are virtually limitless. These can include everything from pipeline detection to archaeological excursions and cemetery mapping. It can even be used to identify various soil types below the top layer, find tanks, and observe the structure of reinforcing bars in existing concrete. Basically, when you need to map, locate, or identify subsurface materials, you will likely need to use ground penetrating radar for either residential, industrial, or commercial applications.

What to Expect When Hiring a Ground-penetrating Radar Service Provider

Now you are not going out to buy the ground penetrating radar equipment yourself. That would be too expensive. Not to mention that you would have to have time to use it, which would first require that you really learn how to use it. You simply cannot afford to spend your time, effort, and money.

Instead, you would hire a company that offers these services. You can easily locate such a company in Seattle by searching for something like "Seattle Ground Penetration Radar" or a similar keyword on Google. Once you find an experienced company, give them a call and schedule a time to go out and examine their bridge inspection.

Once everything is ready, the company will send its highly trained technicians with its specialized team. They will pass over the area, emitting sound waves through the ground. The machine will then read the waves that reverberate from inside the earth. Then the same technicians will interpret the data they have acquired and turn it into the underground maps you need. Hassle-free for you - they do all the work and you get the end product you need.

Be sure to hire a reputable ground penetrating radar company

Of course, you can't trust anyone with work. When you need GPR services, you need someone who can do the job correctly. That means you should look for someone who:

You have the right technology: When you opt for ground penetrating radar services, you want to make sure you have access to the latest technology on the market. That way you will get the most accurate reading.

You have a highly trained staff: A highly trained staff knows how to use the equipment properly and can better interpret the results.

You have been operating in your area for a long period of time: using a new company is a risky business because you never know if they will simply disappear into you. A well established company in your area is much more reliable. Whatever happens, you know exactly where you can find them.
If you need to locate something underground, your best option is ground penetrating radar. Find a professional who offers these services online today!

Everything you want to know about ground penetrating radar

Ground penetrating radar, sometimes called GPR, basically allows you to see underground. This high-tech device uses high-frequency radar sound waves to map the surface below the ground. This can be used for a wide variety of purposes and applications and seems to have few limits. It can even work through hard surfaces like concrete and rock.

Some uses of ground penetrating radar

The uses of ground penetrating radar are virtually limitless. These can include everything from pipeline detection to archaeological excursions and cemetery mapping. It can even be used to identify various soil types below the top layer, find tanks, and observe the structure of reinforcing bars in existing concrete. Basically, when you need to map, locate, or identify subsurface materials, you will likely need to use ground penetrating radar for either residential, industrial, or commercial applications.

What to Expect When Hiring a Ground-penetrating Radar Service Provider

Now you are not going out to buy the ground penetrating radar equipment yourself. That would be too expensive. Not to mention that you would have to have time to use it, which would first require that you really learn how to use it. You simply cannot afford to spend your time, effort, and money.

Instead, you would hire a company that offers these services. You can easily locate such a company in Seattle by searching for something like "Seattle Ground Penetration Radar" or a similar keyword on Google. Once you find an experienced company, give them a call and schedule a time to go out and examine their bridge inspection.

Once everything is ready, the company will send its highly trained technicians with its specialized team. They will pass over the area, emitting sound waves through the ground. The machine will then read the waves that reverberate from inside the earth. Then the same technicians will interpret the data they have acquired and turn it into the underground maps you need. Hassle-free for you - they do all the work and you get the end product you need.

Be sure to hire a reputable ground penetrating radar company

Of course, you can't trust anyone with work. When you need GPR services, you need someone who can do the job correctly. That means you should look for someone who:

You have the right technology: When you opt for ground penetrating radar services, you want to make sure you have access to the latest technology on the market. That way you will get the most accurate reading.

You have a highly trained staff: A highly trained staff knows how to use the equipment properly and can better interpret the results.

You have been operating in your area for a long period of time: using a new company is a risky business because you never know if they will simply disappear into you. A well established company in your area is much more reliable. Whatever happens, you know exactly where you can find them.
If you need to locate something underground, your best option is ground penetrating radar. Find a professional who offers these services online today!

Everything you want to know about ground penetrating radar

Ground penetrating radar, sometimes called GPR, basically allows you to see underground. This high-tech device uses high-frequency radar sound waves to map the surface below the ground. This can be used for a wide variety of purposes and applications and seems to have few limits. It can even work through hard surfaces like concrete and rock.

Some uses of ground penetrating radar

The uses of ground penetrating radar are virtually limitless. These can include everything from pipeline detection to archaeological excursions and cemetery mapping. It can even be used to identify various soil types below the top layer, find tanks, and observe the structure of reinforcing bars in existing concrete. Basically, when you need to map, locate, or identify subsurface materials, you will likely need to use ground penetrating radar for either residential, industrial, or commercial applications.

What to Expect When Hiring a Ground-penetrating Radar Service Provider

Now you are not going out to buy the ground penetrating radar equipment yourself. That would be too expensive. Not to mention that you would have to have time to use it, which would first require that you really learn how to use it. You simply cannot afford to spend your time, effort, and money.

Instead, you would hire a company that offers these services. You can easily locate such a company in Seattle by searching for something like "Seattle Ground Penetration Radar" or a similar keyword on Google. Once you find an experienced company, give them a call and schedule a time to go out and examine their bridge inspection.

Once everything is ready, the company will send its highly trained technicians with its specialized team. They will pass over the area, emitting sound waves through the ground. The machine will then read the waves that reverberate from inside the earth. Then the same technicians will interpret the data they have acquired and turn it into the underground maps you need. Hassle-free for you - they do all the work and you get the end product you need.

Be sure to hire a reputable ground penetrating radar company

Of course, you can't trust anyone with work. When you need GPR services, you need someone who can do the job correctly. That means you should look for someone who:

You have the right technology: When you opt for ground penetrating radar services, you want to make sure you have access to the latest technology on the market. That way you will get the most accurate reading.

You have a highly trained staff: A highly trained staff knows how to use the equipment properly and can better interpret the results.

You have been operating in your area for a long period of time: using a new company is a risky business because you never know if they will simply disappear into you. A well established company in your area is much more reliable. Whatever happens, you know exactly where you can find them.
If you need to locate something underground, your best option is ground penetrating radar. Find a professional who offers these services online today!

Everything you want to know about ground penetrating radar

Ground penetrating radar, sometimes called GPR, basically allows you to see underground. This high-tech device uses high-frequency radar sound waves to map the surface below the ground. This can be used for a wide variety of purposes and applications and seems to have few limits. It can even work through hard surfaces like concrete and rock.

Some uses of ground penetrating radar

The uses of ground penetrating radar are virtually limitless. These can include everything from pipeline detection to archaeological excursions and cemetery mapping. It can even be used to identify various soil types below the top layer, find tanks, and observe the structure of reinforcing bars in existing concrete. Basically, when you need to map, locate, or identify subsurface materials, you will likely need to use ground penetrating radar for either residential, industrial, or commercial applications.

What to Expect When Hiring a Ground-penetrating Radar Service Provider

Now you are not going out to buy the ground penetrating radar equipment yourself. That would be too expensive. Not to mention that you would have to have time to use it, which would first require that you really learn how to use it. You simply cannot afford to spend your time, effort, and money.

Instead, you would hire a company that offers these services. You can easily locate such a company in Seattle by searching for something like "Seattle Ground Penetration Radar" or a similar keyword on Google. Once you find an experienced company, give them a call and schedule a time to go out and examine their bridge inspection.

Once everything is ready, the company will send its highly trained technicians with its specialized team. They will pass over the area, emitting sound waves through the ground. The machine will then read the waves that reverberate from inside the earth. Then the same technicians will interpret the data they have acquired and turn it into the underground maps you need. Hassle-free for you - they do all the work and you get the end product you need.

Be sure to hire a reputable ground penetrating radar company

Of course, you can't trust anyone with work. When you need GPR services, you need someone who can do the job correctly. That means you should look for someone who:

You have the right technology: When you opt for ground penetrating radar services, you want to make sure you have access to the latest technology on the market. That way you will get the most accurate reading.

You have a highly trained staff: A highly trained staff knows how to use the equipment properly and can better interpret the results.

You have been operating in your area for a long period of time: using a new company is a risky business because you never know if they will simply disappear into you. A well established company in your area is much more reliable. Whatever happens, you know exactly where you can find them.
If you need to locate something underground, your best option is ground penetrating radar. Find a professional who offers these services online today!

Check the wire rope for wear before use

While made to be incredibly durable, the cable can still fray and have cracks and rust. Everyone in the workplace should be able to identify when it's time to replace or maintain equipment.

Maintenance is essential in any construction or rigging project to ensure everyone's safety. Maintaining properly maintained tools and equipment will not only improve safety, but will keep projects going in a timely manner and on schedule. Often, as projects are delayed, workers speed up and forget their safety training. Workers are tougher on tools and equipment and can compromise everyone's safety. Each workplace must have at least one person assigned to security. This person should check the equipment daily for signs of wear, identifying possible safety problems with his supervisor. Simple things like checking a wire cable for fraying or chains for rusting can really save lives in addition to moving a project faster.

The greatest concern and most of the time should be devoted to the elements that remain outside in the elements every day. Inspecting wire rope, including cable ties and clamps, for corrosion, cracks, rust, or other wear-related problems can be a life-saving procedure. Being able to identify these things on the computer requires some training. A faulty piece of hardware or equipment can wreak havoc on a construction site and even lead to injury or death. This is completely preventable with regular bridge inspection standards.

Training of all, including the person assigned to security, should be emphasized. A worker who works with cable every day should be able to identify when his prime is past and he needs serious maintenance or replacement. The construction or rig operation should budget for replacement of these items accordingly and quickly to ensure that the site is safe at all times and that the project is maintained on time. These are relatively simple steps that can make a big difference in the end. With enough dialogue and security training, you should be able to get everyone together.

Check the wire rope for wear before use

While made to be incredibly durable, the cable can still fray and have cracks and rust. Everyone in the workplace should be able to identify when it's time to replace or maintain equipment.

Maintenance is essential in any construction or rigging project to ensure everyone's safety. Maintaining properly maintained tools and equipment will not only improve safety, but will keep projects going in a timely manner and on schedule. Often, as projects are delayed, workers speed up and forget their safety training. Workers are tougher on tools and equipment and can compromise everyone's safety. Each workplace must have at least one person assigned to security. This person should check the equipment daily for signs of wear, identifying possible safety problems with his supervisor. Simple things like checking a wire cable for fraying or chains for rusting can really save lives in addition to moving a project faster.

The greatest concern and most of the time should be devoted to the elements that remain outside in the elements every day. Inspecting wire rope, including cable ties and clamps, for corrosion, cracks, rust, or other wear-related problems can be a life-saving procedure. Being able to identify these things on the computer requires some training. A faulty piece of hardware or equipment can wreak havoc on a construction site and even lead to injury or death. This is completely preventable with regular bridge inspection standards.

Training of all, including the person assigned to security, should be emphasized. A worker who works with cable every day should be able to identify when his prime is past and he needs serious maintenance or replacement. The construction or rig operation should budget for replacement of these items accordingly and quickly to ensure that the site is safe at all times and that the project is maintained on time. These are relatively simple steps that can make a big difference in the end. With enough dialogue and security training, you should be able to get everyone together.

Check the wire rope for wear before use

While made to be incredibly durable, the cable can still fray and have cracks and rust. Everyone in the workplace should be able to identify when it's time to replace or maintain equipment.

Maintenance is essential in any construction or rigging project to ensure everyone's safety. Maintaining properly maintained tools and equipment will not only improve safety, but will keep projects going in a timely manner and on schedule. Often, as projects are delayed, workers speed up and forget their safety training. Workers are tougher on tools and equipment and can compromise everyone's safety. Each workplace must have at least one person assigned to security. This person should check the equipment daily for signs of wear, identifying possible safety problems with his supervisor. Simple things like checking a wire cable for fraying or chains for rusting can really save lives in addition to moving a project faster.

The greatest concern and most of the time should be devoted to the elements that remain outside in the elements every day. Inspecting wire rope, including cable ties and clamps, for corrosion, cracks, rust, or other wear-related problems can be a life-saving procedure. Being able to identify these things on the computer requires some training. A faulty piece of hardware or equipment can wreak havoc on a construction site and even lead to injury or death. This is completely preventable with regular bridge inspection standards.

Training of all, including the person assigned to security, should be emphasized. A worker who works with cable every day should be able to identify when his prime is past and he needs serious maintenance or replacement. The construction or rig operation should budget for replacement of these items accordingly and quickly to ensure that the site is safe at all times and that the project is maintained on time. These are relatively simple steps that can make a big difference in the end. With enough dialogue and security training, you should be able to get everyone together.

Check the wire rope for wear before use

While made to be incredibly durable, the cable can still fray and have cracks and rust. Everyone in the workplace should be able to identify when it's time to replace or maintain equipment.

Maintenance is essential in any construction or rigging project to ensure everyone's safety. Maintaining properly maintained tools and equipment will not only improve safety, but will keep projects going in a timely manner and on schedule. Often, as projects are delayed, workers speed up and forget their safety training. Workers are tougher on tools and equipment and can compromise everyone's safety. Each workplace must have at least one person assigned to security. This person should check the equipment daily for signs of wear, identifying possible safety problems with his supervisor. Simple things like checking a wire cable for fraying or chains for rusting can really save lives in addition to moving a project faster.

The greatest concern and most of the time should be devoted to the elements that remain outside in the elements every day. Inspecting wire rope, including cable ties and clamps, for corrosion, cracks, rust, or other wear-related problems can be a life-saving procedure. Being able to identify these things on the computer requires some training. A faulty piece of hardware or equipment can wreak havoc on a construction site and even lead to injury or death. This is completely preventable with regular bridge inspection standards.

Training of all, including the person assigned to security, should be emphasized. A worker who works with cable every day should be able to identify when his prime is past and he needs serious maintenance or replacement. The construction or rig operation should budget for replacement of these items accordingly and quickly to ensure that the site is safe at all times and that the project is maintained on time. These are relatively simple steps that can make a big difference in the end. With enough dialogue and security training, you should be able to get everyone together.

Check the wire rope for wear before use

While made to be incredibly durable, the cable can still fray and have cracks and rust. Everyone in the workplace should be able to identify when it's time to replace or maintain equipment.

Maintenance is essential in any construction or rigging project to ensure everyone's safety. Maintaining properly maintained tools and equipment will not only improve safety, but will keep projects going in a timely manner and on schedule. Often, as projects are delayed, workers speed up and forget their safety training. Workers are tougher on tools and equipment and can compromise everyone's safety. Each workplace must have at least one person assigned to security. This person should check the equipment daily for signs of wear, identifying possible safety problems with his supervisor. Simple things like checking a wire cable for fraying or chains for rusting can really save lives in addition to moving a project faster.

The greatest concern and most of the time should be devoted to the elements that remain outside in the elements every day. Inspecting wire rope, including cable ties and clamps, for corrosion, cracks, rust, or other wear-related problems can be a life-saving procedure. Being able to identify these things on the computer requires some training. A faulty piece of hardware or equipment can wreak havoc on a construction site and even lead to injury or death. This is completely preventable with regular bridge inspection standards.

Training of all, including the person assigned to security, should be emphasized. A worker who works with cable every day should be able to identify when his prime is past and he needs serious maintenance or replacement. The construction or rig operation should budget for replacement of these items accordingly and quickly to ensure that the site is safe at all times and that the project is maintained on time. These are relatively simple steps that can make a big difference in the end. With enough dialogue and security training, you should be able to get everyone together.

Bridge inspection with drones

With the passage of time, the existing structures suffer the deterioration of their components due to the action of loads, the weather, polluting elements, seismic movements, impacts, explosions, misuse, lack of maintenance, etc.

With this premise, it is advisable to know the current state of a structure almost permanently, which is complicated and expensive.

Since the range of possibilities in the amount of damage is so wide, it is not possible to apply a single methodology to solve the pathology currently studied. According to the magnitude of each case, an immediate diagnosis can be made, up to cases in which specific (special) analyzes and tests must be carried out due to the complexity of the bridge inspection standards.

The magnitude and complexity of the damage that can occur to a bridge and civil works structures in general, make the inspection and diagnosis mechanics not so easy to select.

One of the best ways to obtain information about the state of a structure is to perform a visual inspection. The purpose of the structural inspection is to determine the condition of the service. Upon inspection, it will be necessary to:

Identify the causes that caused or caused this deterioration.
Know the extent of the deterioration.
Study the variation over time of the conditions to which the work is subject.
In the main inspections, it is requested to inspect all the elements of the bridge, which makes sense since some of them do not reach 100 years of the bridge's useful life. Among them are support devices, with an approximate useful life of between 25 and 40 years.

Not all bridges are designed for ease of maintenance, and some items may be in really difficult access sites.

The current possibilities to carry out the inspection of difficult to access structural elements are limited:

Stairs, up to a height of about 5 m. The range for low heights and with a high risk factor.
Telescopic boom truck with basket, up to a height of about 15 m. It requires an adequate access path and the positioning time is considerable.
Truck with articulated arm and gangway, which allows working at lower levels than parking. Especially for bridge inspection, it requires a partial or total traffic cut, depending on the location of the structure. The positioning time is considerable.
Work at height with specialized mountaineers.
Eye inspection with binoculars. Due to the distance, the degree of detail is low, there are difficulties in recording inspection images and the field of vision is limited.

A new inspection tool, the use of drones, has recently been introduced. In recent years, significant progress has been seen in the development of drones, particularly quadcopters, powered by electric motors, with microelectromechanical systems, GPS, and microcontrollers. These systems are relatively inexpensive, strong enough to support additional loads (cameras), and sufficient autonomy for small inspection missions.

Structural aerial inspection is a complex activity, which must be carried out in an organized and systematic manner. It consists of obtaining high quality images using RPAS (drones), which allow a detailed analysis of the structure to be carried out, especially in those elements that are difficult to access and which until now required high costs and time in their inspection.

Bridge inspection with drones

With the passage of time, the existing structures suffer the deterioration of their components due to the action of loads, the weather, polluting elements, seismic movements, impacts, explosions, misuse, lack of maintenance, etc.

With this premise, it is advisable to know the current state of a structure almost permanently, which is complicated and expensive.

Since the range of possibilities in the amount of damage is so wide, it is not possible to apply a single methodology to solve the pathology currently studied. According to the magnitude of each case, an immediate diagnosis can be made, up to cases in which specific (special) analyzes and tests must be carried out due to the complexity of the bridge inspection standards.

The magnitude and complexity of the damage that can occur to a bridge and civil works structures in general, make the inspection and diagnosis mechanics not so easy to select.

One of the best ways to obtain information about the state of a structure is to perform a visual inspection. The purpose of the structural inspection is to determine the condition of the service. Upon inspection, it will be necessary to:

Identify the causes that caused or caused this deterioration.
Know the extent of the deterioration.
Study the variation over time of the conditions to which the work is subject.
In the main inspections, it is requested to inspect all the elements of the bridge, which makes sense since some of them do not reach 100 years of the bridge's useful life. Among them are support devices, with an approximate useful life of between 25 and 40 years.

Not all bridges are designed for ease of maintenance, and some items may be in really difficult access sites.

The current possibilities to carry out the inspection of difficult to access structural elements are limited:

Stairs, up to a height of about 5 m. The range for low heights and with a high risk factor.
Telescopic boom truck with basket, up to a height of about 15 m. It requires an adequate access path and the positioning time is considerable.
Truck with articulated arm and gangway, which allows working at lower levels than parking. Especially for bridge inspection, it requires a partial or total traffic cut, depending on the location of the structure. The positioning time is considerable.
Work at height with specialized mountaineers.
Eye inspection with binoculars. Due to the distance, the degree of detail is low, there are difficulties in recording inspection images and the field of vision is limited.

A new inspection tool, the use of drones, has recently been introduced. In recent years, significant progress has been seen in the development of drones, particularly quadcopters, powered by electric motors, with microelectromechanical systems, GPS, and microcontrollers. These systems are relatively inexpensive, strong enough to support additional loads (cameras), and sufficient autonomy for small inspection missions.

Structural aerial inspection is a complex activity, which must be carried out in an organized and systematic manner. It consists of obtaining high quality images using RPAS (drones), which allow a detailed analysis of the structure to be carried out, especially in those elements that are difficult to access and which until now required high costs and time in their inspection.

Bridge inspection with drones

With the passage of time, the existing structures suffer the deterioration of their components due to the action of loads, the weather, polluting elements, seismic movements, impacts, explosions, misuse, lack of maintenance, etc.

With this premise, it is advisable to know the current state of a structure almost permanently, which is complicated and expensive.

Since the range of possibilities in the amount of damage is so wide, it is not possible to apply a single methodology to solve the pathology currently studied. According to the magnitude of each case, an immediate diagnosis can be made, up to cases in which specific (special) analyzes and tests must be carried out due to the complexity of the bridge inspection standards.

The magnitude and complexity of the damage that can occur to a bridge and civil works structures in general, make the inspection and diagnosis mechanics not so easy to select.

One of the best ways to obtain information about the state of a structure is to perform a visual inspection. The purpose of the structural inspection is to determine the condition of the service. Upon inspection, it will be necessary to:

Identify the causes that caused or caused this deterioration.
Know the extent of the deterioration.
Study the variation over time of the conditions to which the work is subject.
In the main inspections, it is requested to inspect all the elements of the bridge, which makes sense since some of them do not reach 100 years of the bridge's useful life. Among them are support devices, with an approximate useful life of between 25 and 40 years.

Not all bridges are designed for ease of maintenance, and some items may be in really difficult access sites.

The current possibilities to carry out the inspection of difficult to access structural elements are limited:

Stairs, up to a height of about 5 m. The range for low heights and with a high risk factor.
Telescopic boom truck with basket, up to a height of about 15 m. It requires an adequate access path and the positioning time is considerable.
Truck with articulated arm and gangway, which allows working at lower levels than parking. Especially for bridge inspection, it requires a partial or total traffic cut, depending on the location of the structure. The positioning time is considerable.
Work at height with specialized mountaineers.
Eye inspection with binoculars. Due to the distance, the degree of detail is low, there are difficulties in recording inspection images and the field of vision is limited.

A new inspection tool, the use of drones, has recently been introduced. In recent years, significant progress has been seen in the development of drones, particularly quadcopters, powered by electric motors, with microelectromechanical systems, GPS, and microcontrollers. These systems are relatively inexpensive, strong enough to support additional loads (cameras), and sufficient autonomy for small inspection missions.

Structural aerial inspection is a complex activity, which must be carried out in an organized and systematic manner. It consists of obtaining high quality images using RPAS (drones), which allow a detailed analysis of the structure to be carried out, especially in those elements that are difficult to access and which until now required high costs and time in their inspection.

Bridge inspection with drones

With the passage of time, the existing structures suffer the deterioration of their components due to the action of loads, the weather, polluting elements, seismic movements, impacts, explosions, misuse, lack of maintenance, etc.

With this premise, it is advisable to know the current state of a structure almost permanently, which is complicated and expensive.

Since the range of possibilities in the amount of damage is so wide, it is not possible to apply a single methodology to solve the pathology currently studied. According to the magnitude of each case, an immediate diagnosis can be made, up to cases in which specific (special) analyzes and tests must be carried out due to the complexity of the bridge inspection standards.

The magnitude and complexity of the damage that can occur to a bridge and civil works structures in general, make the inspection and diagnosis mechanics not so easy to select.

One of the best ways to obtain information about the state of a structure is to perform a visual inspection. The purpose of the structural inspection is to determine the condition of the service. Upon inspection, it will be necessary to:

Identify the causes that caused or caused this deterioration.
Know the extent of the deterioration.
Study the variation over time of the conditions to which the work is subject.
In the main inspections, it is requested to inspect all the elements of the bridge, which makes sense since some of them do not reach 100 years of the bridge's useful life. Among them are support devices, with an approximate useful life of between 25 and 40 years.

Not all bridges are designed for ease of maintenance, and some items may be in really difficult access sites.

The current possibilities to carry out the inspection of difficult to access structural elements are limited:

Stairs, up to a height of about 5 m. The range for low heights and with a high risk factor.
Telescopic boom truck with basket, up to a height of about 15 m. It requires an adequate access path and the positioning time is considerable.
Truck with articulated arm and gangway, which allows working at lower levels than parking. Especially for bridge inspection, it requires a partial or total traffic cut, depending on the location of the structure. The positioning time is considerable.
Work at height with specialized mountaineers.
Eye inspection with binoculars. Due to the distance, the degree of detail is low, there are difficulties in recording inspection images and the field of vision is limited.

A new inspection tool, the use of drones, has recently been introduced. In recent years, significant progress has been seen in the development of drones, particularly quadcopters, powered by electric motors, with microelectromechanical systems, GPS, and microcontrollers. These systems are relatively inexpensive, strong enough to support additional loads (cameras), and sufficient autonomy for small inspection missions.

Structural aerial inspection is a complex activity, which must be carried out in an organized and systematic manner. It consists of obtaining high quality images using RPAS (drones), which allow a detailed analysis of the structure to be carried out, especially in those elements that are difficult to access and which until now required high costs and time in their inspection.

Bridge inspection with drones

With the passage of time, the existing structures suffer the deterioration of their components due to the action of loads, the weather, polluting elements, seismic movements, impacts, explosions, misuse, lack of maintenance, etc.

With this premise, it is advisable to know the current state of a structure almost permanently, which is complicated and expensive.

Since the range of possibilities in the amount of damage is so wide, it is not possible to apply a single methodology to solve the pathology currently studied. According to the magnitude of each case, an immediate diagnosis can be made, up to cases in which specific (special) analyzes and tests must be carried out due to the complexity of the bridge inspection standards.

The magnitude and complexity of the damage that can occur to a bridge and civil works structures in general, make the inspection and diagnosis mechanics not so easy to select.

One of the best ways to obtain information about the state of a structure is to perform a visual inspection. The purpose of the structural inspection is to determine the condition of the service. Upon inspection, it will be necessary to:

Identify the causes that caused or caused this deterioration.
Know the extent of the deterioration.
Study the variation over time of the conditions to which the work is subject.
In the main inspections, it is requested to inspect all the elements of the bridge, which makes sense since some of them do not reach 100 years of the bridge's useful life. Among them are support devices, with an approximate useful life of between 25 and 40 years.

Not all bridges are designed for ease of maintenance, and some items may be in really difficult access sites.

The current possibilities to carry out the inspection of difficult to access structural elements are limited:

Stairs, up to a height of about 5 m. The range for low heights and with a high risk factor.
Telescopic boom truck with basket, up to a height of about 15 m. It requires an adequate access path and the positioning time is considerable.
Truck with articulated arm and gangway, which allows working at lower levels than parking. Especially for bridge inspection, it requires a partial or total traffic cut, depending on the location of the structure. The positioning time is considerable.
Work at height with specialized mountaineers.
Eye inspection with binoculars. Due to the distance, the degree of detail is low, there are difficulties in recording inspection images and the field of vision is limited.

A new inspection tool, the use of drones, has recently been introduced. In recent years, significant progress has been seen in the development of drones, particularly quadcopters, powered by electric motors, with microelectromechanical systems, GPS, and microcontrollers. These systems are relatively inexpensive, strong enough to support additional loads (cameras), and sufficient autonomy for small inspection missions.

Structural aerial inspection is a complex activity, which must be carried out in an organized and systematic manner. It consists of obtaining high quality images using RPAS (drones), which allow a detailed analysis of the structure to be carried out, especially in those elements that are difficult to access and which until now required high costs and time in their inspection.

Bridge inspection services

Mabey has over 50 years of experience in installing bridges for clients around the world. Always at the service of our clients and their needs in the construction of bridges, and proud to offer specialized advice throughout the life of the bridge.

Inspection of a bridge is essential to maintain your level of safety after an accident or natural disaster. It is an operation that must be carried out routinely, as part of the management system of the bridge itself, with the aim of maintaining its good condition and promoting its longevity. Inspection also provides an understanding of the resistance of the bridge to changes in use, for example, when additional walkways, conduits or services are required, or when the bridge must withstand very high or abnormal loads.

Mabey's bridge inspections are performed by a team of highly qualified local engineers and consultants with modular bridge design and a proven track record in bridge inspection tasks around the world. We also have a rapid response team to deal with natural disaster situations to assess the integrity of the bridge inspection.

Our services range from the inspection of the bridge and its evaluation, to its repair, the supply of spare parts and certification. For more information on Mabey's services or to request an inspection for your bridge, contact our expert.

Bridge inspection services

Mabey has over 50 years of experience in installing bridges for clients around the world. Always at the service of our clients and their needs in the construction of bridges, and proud to offer specialized advice throughout the life of the bridge.

Inspection of a bridge is essential to maintain your level of safety after an accident or natural disaster. It is an operation that must be carried out routinely, as part of the management system of the bridge itself, with the aim of maintaining its good condition and promoting its longevity. Inspection also provides an understanding of the resistance of the bridge to changes in use, for example, when additional walkways, conduits or services are required, or when the bridge must withstand very high or abnormal loads.

Mabey's bridge inspections are performed by a team of highly qualified local engineers and consultants with modular bridge design and a proven track record in bridge inspection tasks around the world. We also have a rapid response team to deal with natural disaster situations to assess the integrity of the bridge inspection.

Our services range from the inspection of the bridge and its evaluation, to its repair, the supply of spare parts and certification. For more information on Mabey's services or to request an inspection for your bridge, contact our expert.

Bridge inspection services

Mabey has over 50 years of experience in installing bridges for clients around the world. Always at the service of our clients and their needs in the construction of bridges, and proud to offer specialized advice throughout the life of the bridge.

Inspection of a bridge is essential to maintain your level of safety after an accident or natural disaster. It is an operation that must be carried out routinely, as part of the management system of the bridge itself, with the aim of maintaining its good condition and promoting its longevity. Inspection also provides an understanding of the resistance of the bridge to changes in use, for example, when additional walkways, conduits or services are required, or when the bridge must withstand very high or abnormal loads.

Mabey's bridge inspections are performed by a team of highly qualified local engineers and consultants with modular bridge design and a proven track record in bridge inspection tasks around the world. We also have a rapid response team to deal with natural disaster situations to assess the integrity of the bridge inspection.

Our services range from the inspection of the bridge and its evaluation, to its repair, the supply of spare parts and certification. For more information on Mabey's services or to request an inspection for your bridge, contact our expert.

Bridge inspection services

Mabey has over 50 years of experience in installing bridges for clients around the world. Always at the service of our clients and their needs in the construction of bridges, and proud to offer specialized advice throughout the life of the bridge.

Inspection of a bridge is essential to maintain your level of safety after an accident or natural disaster. It is an operation that must be carried out routinely, as part of the management system of the bridge itself, with the aim of maintaining its good condition and promoting its longevity. Inspection also provides an understanding of the resistance of the bridge to changes in use, for example, when additional walkways, conduits or services are required, or when the bridge must withstand very high or abnormal loads.

Mabey's bridge inspections are performed by a team of highly qualified local engineers and consultants with modular bridge design and a proven track record in bridge inspection tasks around the world. We also have a rapid response team to deal with natural disaster situations to assess the integrity of the bridge inspection.

Our services range from the inspection of the bridge and its evaluation, to its repair, the supply of spare parts and certification. For more information on Mabey's services or to request an inspection for your bridge, contact our expert.

Bridge inspection services

Mabey has over 50 years of experience in installing bridges for clients around the world. Always at the service of our clients and their needs in the construction of bridges, and proud to offer specialized advice throughout the life of the bridge.

Inspection of a bridge is essential to maintain your level of safety after an accident or natural disaster. It is an operation that must be carried out routinely, as part of the management system of the bridge itself, with the aim of maintaining its good condition and promoting its longevity. Inspection also provides an understanding of the resistance of the bridge to changes in use, for example, when additional walkways, conduits or services are required, or when the bridge must withstand very high or abnormal loads.

Mabey's bridge inspections are performed by a team of highly qualified local engineers and consultants with modular bridge design and a proven track record in bridge inspection tasks around the world. We also have a rapid response team to deal with natural disaster situations to assess the integrity of the bridge inspection.

Our services range from the inspection of the bridge and its evaluation, to its repair, the supply of spare parts and certification. For more information on Mabey's services or to request an inspection for your bridge, contact our expert.

Control and maintenance of bridges

A country's road and rail networks are considered one of the strategic infrastructures that must be maintained in good condition to ensure the proper functioning of terrestrial communications.

The real impetus for this network has been developed since the 19th century, seeking to rehabilitate existing infrastructures and build new ones, using reinforced concrete, mainly in its different forms, for bridges and viaducts. Therefore, it is clear that many of these constructions already accumulate a considerable number of years in service, so it is necessary to monitor their condition to guarantee, above all, the safety of users. All materials have a determined durability and useful life, including reinforced concrete that tends to develop pathologies such as carbonation over time.

Addressing the pathologies and deterioration suffered by these structures of a certain age as soon as possible is decisive for their conservation. If the degradation situations are too advanced, the action costs will skyrocket, and it is even more appropriate to carry out the demolition and then a new bridge maintenance.

Monitoring and technical inspections.
The way to guarantee the durability of the material and the structure is to have a maintenance plan that includes, among other things, a technical inspection policy that pays special attention to the signs of incipient pathologies that denote damage or defects. In the specific case of bridges, the most used material is concrete, and in some designs, there are also critical points, such as tie rods, so inspections must be adapted to their particularities. Some signs to pay special attention to are:

Chips, fissures and cracks.
Signs of rust and corrosion.
The detachment of the covering in columns, beams and slabs.
Loss of horizontality in beams and floors.
Loss of verticality or collapse of pillars.
Degradation or breakage of the braces or their anchors.
However, beyond organoleptic inspections, with the help of drones or with non-destructive tests, a very interesting option is the possibility of implementing a real-time monitoring system. By installing sensors at strategic points in the structure (accelerometers, displacement sensors, weather sensors) you can have full control over the state of the construction, particularly its key sections.

In addition, within the maintenance plan, there should be a routine preventive maintenance program that performs tasks of little complexity, such as:

Cleaning
Vegetation removal
Repainted
Surface treatments to improve the conservation of materials.
Drain cleaning
When any type of problem is detected, a larger intervention should be planned, that is, corrective maintenance that performs repairs and corrects breaks, cracks, foundation failures, structural reinforcements.

Control and maintenance of bridges

A country's road and rail networks are considered one of the strategic infrastructures that must be maintained in good condition to ensure the proper functioning of terrestrial communications.

The real impetus for this network has been developed since the 19th century, seeking to rehabilitate existing infrastructures and build new ones, using reinforced concrete, mainly in its different forms, for bridges and viaducts. Therefore, it is clear that many of these constructions already accumulate a considerable number of years in service, so it is necessary to monitor their condition to guarantee, above all, the safety of users. All materials have a determined durability and useful life, including reinforced concrete that tends to develop pathologies such as carbonation over time.

Addressing the pathologies and deterioration suffered by these structures of a certain age as soon as possible is decisive for their conservation. If the degradation situations are too advanced, the action costs will skyrocket, and it is even more appropriate to carry out the demolition and then a new bridge maintenance.

Monitoring and technical inspections.
The way to guarantee the durability of the material and the structure is to have a maintenance plan that includes, among other things, a technical inspection policy that pays special attention to the signs of incipient pathologies that denote damage or defects. In the specific case of bridges, the most used material is concrete, and in some designs, there are also critical points, such as tie rods, so inspections must be adapted to their particularities. Some signs to pay special attention to are:

Chips, fissures and cracks.
Signs of rust and corrosion.
The detachment of the covering in columns, beams and slabs.
Loss of horizontality in beams and floors.
Loss of verticality or collapse of pillars.
Degradation or breakage of the braces or their anchors.
However, beyond organoleptic inspections, with the help of drones or with non-destructive tests, a very interesting option is the possibility of implementing a real-time monitoring system. By installing sensors at strategic points in the structure (accelerometers, displacement sensors, weather sensors) you can have full control over the state of the construction, particularly its key sections.

In addition, within the maintenance plan, there should be a routine preventive maintenance program that performs tasks of little complexity, such as:

Cleaning
Vegetation removal
Repainted
Surface treatments to improve the conservation of materials.
Drain cleaning
When any type of problem is detected, a larger intervention should be planned, that is, corrective maintenance that performs repairs and corrects breaks, cracks, foundation failures, structural reinforcements.