Specialised Robotics & Automated Services
Safe, Efficient & Explosion-Proof Sludge Removal
Robotics & Industrial Solutions
Simple. Safe. Sustainable.
Entrance Robotics develops advanced AI-powered, explosion-proof robots designed to safely remove sludge, mud, and contaminants in confined industrial environments. With over 200 patents, our technology integrates high-pressure systems, vacuum extraction, and intelligent remote operation.
More than 200 patents sit behind the platform, which combines high-pressure systems, vacuum extraction and intelligent remote operation under full control from the surface.
Robotics & Industrial Solutions
Entrance Robotics builds AI-powered, explosion-proof robots that strip sludge, mud and contaminants out of tanks and confined spaces. Cleaning cycles close faster, assets go back into service sooner, and operators stay outside the vessel.
THE PROBLEM
Manual sludge removal in confined spaces exposes workers to extreme hazards, including toxic gases, heat stress, and physical injury. Cleaning cycles are slow, inefficient, and highly dependent on human performance, leading to downtime and increased operational costs.
Simple. Safe. Sustainable.
Simple. Safe. Sustainable.
A high-performance industrial robot engineered for sludge removal in tanks, refineries, and wastewater facilities.
Key Features
Technical Specifications
Simple. Safe. Sustainable.
The Magnetic Universal Crawler adapts to multiple industrial tasks, accessing vertical, inverted and hard-to-reach surfaces safely.
Certifications
Technical Specifications
APPLICATIONS
Discover how robotics can transform your industrial operations.
OUTCOMES
More info
No. The robots are deployed through existing manways and operated remotely from outside the vessel, which removes the need for personnel to enter the confined space during cleaning.
Yes. The equipment is certified for ATEX Zone 0 and Zone 2 environments and carries CE marking, so it can operate inside hydrocarbon storage tanks.
The Wallhiker HD-01 handles between 5 and 30 cubic metres per hour depending on sludge density, with a maximum vacuum of 0.09 MPa.
No. Cleaning relies on high-pressure water, mechanical agitation and vacuum extraction, which avoids chemical handling, disposal costs and the associated environmental permits.
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