One crucial solution for nuclear power plants is the implementation of advanced safety and monitoring systems to ensure operational integrity and mitigate potential risks. Incorporating state-of-the-art technologies such as real-time monitoring sensors, predictive analytics, and artificial intelligence, nuclear facilities can continuously assess plant conditions, detect anomalies, and anticipate equipment failures. Additionally, the adoption of passive safety features and redundant safety systems, along with rigorous training programs for personnel, enhances plant resilience and emergency preparedness. Furthermore, ongoing research and development efforts focus on the development of next-generation reactor designs, such as small modular reactors (SMRs) and advanced fast reactors, which offer inherent safety features, reduced environmental impact, and enhanced proliferation resistance. By embracing these comprehensive approaches to safety, innovation, and risk management, nuclear power plants can ensure the continued provision of clean, reliable, and sustainable energy while maintaining the highest standards of safety and security.
CORROSION MAPPING
MFL Inspection
Tube thickness mapping
HD VISUAL INSPECTION
LASER 3d Profiling
HYDRO JETTING OF TUBES
TANK SLUDGE Removal & cleaning, without Tank shutdown
Pipe cleaning & Thickness Monitoring
Stinger-WD is a pipeline operations robot which can be used to inspect and perform operations inside the pipelines.
It operates in the pipes of sizes ranging from 50 mm to 5000 mm in diameter and can operate in variety of material of pipes.
The robot can work in extreme environments and it IP68 rated .It can carry various tooling inside the pipelines for welding, cutting, grinding, lapping and inspection operations.
It has twin Full HD camera units with LED illuminators which ensure that the operation can be monitored from various angles with utmost visibility.
The robot can work both in completely auto and manual modes with multitude of sensors and actuators on board.
Stinger is a pipeline operations robot which can be used to inspect and perform operations in various sizes of pipes ranging from 50 mm to 5000 mm in diameter of any material.
The robot can work in extreme environments and it IP68 rated.It can carry payloads ranging from 1 Kg to 500kg inside the pipelines both vertically and horizonatally. The robot comes equipped with twin water proof HD camera's and 3D sensing scanner to build pipe profiles in 3D in realtime.
The robot can work both in completely auto and manual modes and can be used for grinding, painting, welding ,cutting,lapping or retreival operations from the pipelines.
Gridbots Spyder series of robots are desgigned to be used in vertical and inclined pipe inspection and operations jobs.
It has the capabilities to climb almost all kind of magnetic pipe surface with a payload upto 5 kgs in most extreme temperature and surface conditions. The robot can be used for surface inspection, weld inspection, blasting, painting, coating, grinding, lapping or many other operations where it is difficult for a human worker to reach. The robot is ultra light construction from aircraft grade aluminum and high strength magnets to adhere to the surface with active distance compensation force multipliers underneath the body..
The robot is internally powered by strong PMSM geared motors,pedometer and 6 DOF IMU sensor to track the motion in all 6 DOF. It also features distance offset sensor beneath its surface to keep a constant distance maintaned from the surface.
The robot has an array of 10 EMAT/USONIC sensors to measure the tube thickness and report it in real-time to the base computer- where a depth profile of pipes can be composed for later analysis
Gridbots Magneto series of robots are desgigned to be used in vertical and inclined waterwalls of powerplant boilers.
It has the capabilities to climb almost all kind of magnetic surfaces with a payload upto 50 kgs in most extreme temperature and surface conditions. The robot can be used for surface inspection, weld inspection, blasting, painting, coating, grinding, lapping or many other operations where it is difficult for a human worker to reach. The robot is ultra light construction from aircraft grade aluminum and high strength magnets to adhere to the surface with active distance compensation force multipliers underneath the body.
The robot is internally powered by strong PMSM geared motors,pedometer and 6 DOF IMU sensor to track the motion in all 6 DOF. It also features distance offset sensor beneath its surface to keep a constant distance maintaned from the surface.
The robot has an array of 10 EMAT/USONIC sensors to measure the tube thickness and report it in real-time to the base computer- where a depth profile of pipes can be composed for later analysis.
Gecko series of robots has the capabilities to climb almost all kind of magnetic surfaces with a payload upto 10 kgs in most extreme conditions. The robot can be used for surface inspection, weld inspection, blasting, painting, coating, grinding, lapping or many other operations where it is difficult for a human worker to reach. The robot is ultra light construction from aircraft grade aluminum and high strength magnets to adhere to the surface with active distance compensation force multipliers underneath the body.
The robot is internally powered by strong geared motors and pedometer sensor to track the motion in all the directionsIt also features distance measurement sensor beneath its surface to keep a constant distance maintaned from the surface.
Gridbots Hydro Blast series of robots are desgigned to be used in vertical and inclined waterwalls of powerplant boilers.
It has the capabilities to climb almost all kind of magnetic surfaces with a payload upto 50 kgs in most extreme temperature and surface conditions. The robot can be used for surface inspection, weld inspection, blasting, painting, coating, grinding, lapping or many other operations where it is difficult for a human worker to reach. The robot is ultra light construction from aircraft grade aluminum and high strength magnets to adhere to the surface with active distance compensation force multipliers underneath the body.
The robot is internally powered by strong PMSM geared motors,pedometer and 6 DOF IMU sensor to track the motion in all 6 DOF. It also features distance offset sensor beneath its surface to keep a constant distance maintaned from the surface.
The robot has an array of 10 EMAT/USONIC sensors to measure the tube thickness and report it in real-time to the base computer- where a depth profile of pipes can be composed for later analysis.