Last November, one of our clients successfully completed a special tank cleaning operation using CLIIN Robotics' Tank Cleaning Robot (TCR). Unlike standard operations, where the operator must have direct visual contact with the robot to control it, this demonstration integrated pre-installed cameras inside the tank. This allowed the operator to control the robot remotely without being inside the tank during operation, as they could monitor and guide the cleaning process via a live video feed. While CLIIN Robotics does not provide or sell these camera systems, their integration in this demonstration highlighted a significant advancement in improving safety and efficiency.
Understanding Remote-Controlled vs. Unmanned Entry Tank Cleaning
CLIIN Robotics' Tank Cleaning Robot (TCR) is designed for remote-controlled operation. The operator uses a handheld remote control to guide the robot and maintains visual contact with the robot. For internal tank cleaning upholding visual contact means the operator must typically enter the tank to oversee the cleaning process. This eliminates the need for scaffolding or manlifts but still exposes workers to confined spaces and potentially hazardous environments.
During the Unmanned Entry Demo, this process was taken a step further. The client had pre-installed cameras inside the tank, enabling the operator to control the robot while remaining safely outside. Instead of physically entering the tank while operating the robot, the operator monitored the live camera feed and adjusted the robot’s movements accordingly. While this setup does not make the process fully autonomous, it significantly reduces the need for human presence inside the tank during cleaning operations, enhancing safety and efficiency.
How the Tank Cleaning Robot (TCR) Works: Simple, Efficient, and Safe Cleaning
CLIIN Robotics’ TCR is engineered for tough tank environments, capable of performing detailed cleaning tasks in confined spaces. In standard operation, the operator must have a direct line of sight to the robot to guide it effectively. However, with the integration of pre-installed cameras, as demonstrated in this trial, the need for physical presence inside the tank is reduced. The cameras provided live, real-time visual feedback, allowing precise robot control from a safe location outside the tank.
While CLIIN Robotics does not supply or install these camera systems, this demonstration showcases the potential for future developments in remote-controlled tank cleaning. Industries that require frequent tank cleaning can benefit from this approach by improving safety and reducing direct exposure to hazardous conditions.
Looking Ahead: The Future of Remote-Controlled Tank Cleaning
Although fully unmanned tank cleaning solutions are not yet available, the success of this Unmanned Entry Demo underscores the potential of integrating live camera feeds with robotic cleaning technology. By reducing the need for operators to enter confined spaces during cleaning operations, companies can enhance workplace safety and improve operational efficiency.
At CLIIN Robotics, we are committed to developing innovative tank cleaning solutions that prioritize safety, efficiency, and sustainability. While we do not offer camera systems as part of our products, this demonstration highlights how such technology can complement our remote-controlled cleaning robots, making tank cleaning operations safer and more effective.