Improving safety in the nuclear industry

SINCE 2017, WORKING CLOSELY WITH

THE NUCLEAR INDUSTRY

Shark Robotics has led the way in unmanned ground vehicles for nuclear environments since 2017. Our dedication to this sector is unwavering, as we continuously strive to innovate and provide tailored robotics solutions for the unique challenges posed by nuclear environments.

OBSERVATION, DISMANTLING AND

COMPLEX OPERATIONS

Collaborating with key nuclear industry stakeholders like ORANO, CEA, ONET TECHNOLOGIES, EDF, GIE INTRA, we've built a strong track record. Our involvement covers critical areas, from observation to dismantling and complex operations. Our comprehensive approach, from design to qualification, ensures innovative and rigorously tested robotics solutions for the demanding nuclear environment.

DESIGNED TO ADDRESS THE MOST

INTRICATE CHALLENGES

What sets Shark Robotics apart is our commitment to innovation and safety. We push the boundaries of robotics capabilities, addressing intricate challenges in nuclear environments. Our expertise extends beyond technology to safeguard lives and the environment, meeting stringent industry requirements.

Shark Robotics strives to advance nuclear robotics, leading the way in safer, efficient, and sustainable operations, shaping a better future for the industry.

BENEFITS OF ROBOTICS

01

RADIATION EXPOSURE REDUCTION

Robots can safely handle tasks in intensely radioactive settings, reducing nuclear workers' exposure to harmful radiation, thus safeguarding their health.

02

SAFETY

Robots enhance nuclear facility safety by mitigating accident risks and human errors, performing tasks in harsh conditions like radioactive material handling and confined spaces.

03

REMOTE OPERATION

Robots offer remote operation for nuclear tasks in hazardous environments. Their precision and accuracy are vital, ensuring safety and efficiency in intricate nuclear operations.

04

MAINTENANCE AND INSPECTION

Robots frequently inspect and maintain nuclear reactors, cooling systems, and critical infrastructure. They access tight spaces, perform testing, and make repairs.

05

DECONTAMINATION

Some robots are designed for efciently and safely decontaminating radioactive surfaces. This labor-intensive and risky task is safer when performed by robots, reducing radiation spread.

06

WASTE HANDLING

Robots efficiently manage radioactive waste, decreasing accident and contamination risks. They handle containers, load transport vehicles, and sort waste materials.

07

EMERGENCY RESPONSE

Robots aid nuclear emergency response with search, rescue, damage assessment, and high radiation tasks, enhancing safety and efficiency.

08

INSPECTION AND MONITORING

Sensor-equipped robots monitor nuclear sites, detect issues, prevent accidents, and maintain equipment integrity, bolstering safety.

09

DATA COLLECTION

Robots with environmental sensors gather radiation data, inform risk assessments, and support decision-making for safer nuclear operations.

10

COST SAVINGS

Initial robot investment pays off in reduced radiation exposure, lower maintenance costs, and heightened safety. Versatile robots suit various nuclear tasks.

NUCLEAR

Robotics for nuclear excellence