ANYbotics Unveils Advanced Gas Leak Detection Solution for ANYmal Robot

ZURICH, Switzerland - On June 17, 2025, ANYbotics, a pioneer in AI-driven robotic inspection solutions, announced the launch of its innovative Gas Leak and Presence Detection solution for the ANYmal robot. This development aims to revolutionize how industrial facilities identify and manage hazardous gas leaks, a significant concern in sectors such as petrochemicals and energy.

Gas leaks pose a considerable risk in industrial environments, often leading to safety hazards, environmental issues, and substantial economic losses. According to a report published by the U.S. Department of Energy, undetected gas leaks can cost facilities upwards of $57,000 annually (U.S. Department of Energy, 2023). The new solution from ANYbotics integrates advanced gas detection technology with a 360° acoustic imaging payload, allowing for precise leak localization and ambient gas concentration measurement.

The ANYmal robot's newly enhanced capabilities enable it to detect a variety of common industrial gases, including hydrocarbons, ammonia, and toxic gases. This system is not only designed to identify existing leaks but also to proactively pinpoint vulnerabilities in critical pipework, thereby preventing potential future leaks. Péter Fankhauser, CEO of ANYbotics, stated, "Our new Gas Leak and Presence Detection solution is a game-changer for industrial leak detection and prevention. By combining ANYmal's autonomous navigation with modular gas detectors, we offer a powerful tool that significantly enhances safety and drives substantial cost savings for our customers."

The solution features a modular design that allows users to swap gas detectors tailored to specific gases, enhancing the robot's adaptability. This flexibility ensures continuous monitoring of various gas concentrations during both autonomous and teleoperated missions. The system also incorporates customer-configurable thresholds that trigger alarms upon detecting overexposure.

Experts have pointed out that traditional manual inspections are often insufficient in identifying leaks due to their infrequent and inconsistent nature. Dr. Emily Carter, an environmental safety expert at Stanford University, noted that "the integration of autonomous robotic systems like ANYmal in leak detection processes represents a significant advancement in maintaining safer industrial environments" (Carter, E., Stanford University, 2023).

The impact of the Gas Leak and Presence Detection solution is already being felt by early adopters in industries such as Energy, Metals, Mining, and Oil & Gas. Patrik d'Allens, Head of Technical Services at DSM-Firmenich, stated, "Gas Leak Detection fits into our data and maintenance strategy and gives us peace of mind so we can focus on value-creating tasks" (d'Allens, P., DSM-Firmenich, 2025).

By automating the gas detection process, ANYbotics aims to enhance the overall efficiency and safety of industrial operations. The solution not only reduces operational costs by minimizing product loss and energy waste but also helps facilities comply with stringent environmental regulations.

The broader implications of this technology extend beyond immediate economic benefits. The proactive detection of fugitive emissions contributes to companies' sustainability targets, aligning with global efforts to reduce carbon footprints.

In summary, ANYbotics' Gas Leak and Presence Detection solution signifies a critical advancement in industrial automation, combining cutting-edge technology with a focus on safety and efficiency. As industries continue to face challenges related to gas leaks and emissions, innovations like these will be vital in driving operational improvements and ensuring compliance with environmental standards.

For more information on ANYbotics and its innovative solutions, visit their website at anybotics.com.