Prior to an excavation, the ground should and must be assessed for unknown utilities or buried obstructions that could pose hazards to the work process. This is part of the due diligence that every permit writer or area owner should require from contractors or plant employees in order to issue a Safe Work Permit for the job site, thus allowing work to begin.

Proper GPR floor scanning helps prevent costly mistakes such as cutting through post-tension cables or damaging embedded utilities, which can lead to structural failures, safety hazards, and expensive repairs. By utilizing advanced scanning techniques and skilled interpretation, professionals can generate detailed subsurface images that guide engineers and contractors in making informed decisions.

To ensure accurate results, an Ultrasonic Pulse Velocity (UPV) instrument was used to assess the integrity of the grade beam due to the accessibility of both sides of the structure. Signal velocity readings were collected based on the given wall thickness information and the signal trace characteristics.

The objective was to assess the structural integrity and layout of the grade beams beneath the concrete slab to aid in potential redevelopment planning.

In a recent structural assessment project in Houston, Texas, OmniVueNDT employed advanced non-destructive testing (NDT) methodologies to evaluate the integrity of a concrete grade beam within a building. The primary objective was to identify and assess potential flaws or voids that might compromise the structural support of the beam.

With this approach, highly accurate measurements can be taken of the reinforcement layout, including rebar spacing, post-tension cable positioning, and references to permanent structures such as columns or drain grates. The integration of GPR and LiDAR ensures that every detail is preserved in a digital format, facilitating better collaboration and decision-making.

OmniVueNDT was engaged to provide engineering support in a renewable energy project to provide an accurate assessment of the drainage tile system of the farmlands. We utilized a custom built and engineered GPR land surveying system that is tough enough to withstand the extremely rough terrain conditions and the high wind gust on the field.

When a severe thunderstorm or a tropical cyclone hits an area, it typically leaves great damage behind. Buildings are usually flooded by the amount of rain that is the aftermath of storms. Flooding could leave structural issues in building foundations.

OmniVueNDT is a forward thinking company. We are doing business in a different way. Giving more information to our clients should not always mean raising the price. The following images show a precisely scanned GPR image in 3D mode that was used to clear coring location to support a plumbing project.

OmniVueNDT has raised the standard and implemented LiDAR/Laser scanning in the general workflow to create a TrueView 3D measurable information system so the captured 3D image can be used in the reporting process.

Wind turbine farms are becoming commonly used nowadays in the energy sector. They have the ability to produce GREEN energy by using the renewable energy source that is provided by nature. These giant energy producers are essentially installed and assembled on site. That means the parts are being transported with heavy duty semi-trucks on roadways. Each transport would introduce great load to the pavement of roadways that could cause permanent damage.

GPR (Ground Penetrating Radar) is a useful tool for detecting and tracing out post tension cables in concrete structures therefore providing great support for structural repairs if it is needed.

Our dedicated concrete scanning crew performed comprehensive 3D scanning at multiple locations of the concrete slab and determined the layout of PT cables both in lateral and longitudinal directions, as well as the regular steel rebar reinforcement. We were also able to detect the location of PT anchors for further investigations and repair.

Advanced thinking is a key factor of innovation. It has always been and is always going to be. Whether the flight mission is under Part 107 or a recreational flight the result is always the same to capture aerial photos for a reason.

OmniVueNDT utilized different methods to locate underground utility lines starting with the Utility Locator, Fisher Metal detector and low frequency GPR (Ground Penetrating Radar).

Cooling towers are playing an important and critical role at Refineries and Chemical Plants. Therefore it is crucial to maintain adequate conditions for the safe process. There are two ways of doing maintenance work. One is scheduled maintenance, and the other one is emergency maintenance.

A Subsurface Utility Investigation (SUI) is a complex and comprehensive type of investigation that requires thorough coordination and management. This investigation process is used on both commercial and industrial sites to map out and identify the location and position of underground pipes/utility lines in the most accurate way. OmniVueNDT has a knowledgeable and dedicated crew to perform such investigations and project management.

OmniVueNDT was requested to perform a difficult task to locate and mark out the location of post tension cables and steel reinforcement on the celling of the restaurant for anchor bolt installations.

Designing a scaffold is engineering work, but building one takes experience and knowledge.

This project was performed in a two level parking garage in Clear Lake, Texas, and the actual scope of work was to locate rebar layout in order to design metal brackets. Those metal brackets would provide structural support to the cross beams and the concrete slab.