Engineered for zero manual entry, Bandicoot ensures maximum safety within highly toxic and volatile refinery environments. The system removes hardened residues, sludge, and non-biodegradable waste from critical oil pits and confined spaces.
Flameproof & Explosion-Proof | PESO Certification Under Process
Bandicoot replaces human entry within the most hazardous and toxic refinery environments, enabling safe and precise waste removal without damaging surrounding infrastructure
Navigates narrow vertical shafts to extract dense oily sludge and hazardous chemical build-up without exposing personnel to volatile organic compounds (VOCs).
Constructed using highly corrosion-resistant materials to withstand and effectively clean areas containing extreme concentrations of hydrogen sulphide (H₂S) and ammonia.
Utilises specialised cleaning mechanisms including customised jetting nozzles and chemical delivery systems designed for industrial residue removal.
Bandicoot is also extensively deployed for comprehensive cleaning of Crude Runway Systems, Oil Runway Systems, and Sludge Runway Systems minimising downtime and maintaining optimal infrastructure hygiene.
Precision cleaning for targeted waste removal, replicating human articulation with industrial-grade strength to extract hardened sludge from inaccessible areas.
A four-point swing-free positioning system ensures operational stability, whilst the compact frame allows efficient navigation within narrow and deep vertical structures.
Operations are safely managed through an above-ground Smart UI terminal. Four IP68-rated cameras provide complete zero-light visibility, supported by real-time toxic gas sensing and explosion-proof architecture for hazardous refinery environments.
Diving Capacity
Lifting Capacity
Bucket Capacity
Operating Power
Diving Capacity
Lifting Capacity
Bucket Capacity
Operating Power
Fully customizable based on refinery requirements.
Engineered specifically for large-scale refinery and oil & gas operations, Bandicoot Mobility+ enhances deployment speed, operational mobility, and integrated waste handling for hazardous confined-space environments.
Vehicle-integrated architecture significantly reduces setup and transit time across large refinery facilities, enabling faster access to multiple confined-space locations and improving overall maintenance efficiency.
An all-in-one operational platform with integrated waste containment and disposal capabilities minimises secondary handling, reduces contamination risks, and streamlines refinery sludge management workflows.
Designed for flexible deployment across refinery infrastructure including OWS, SWS, CRWS, drainage channels, and narrow maintenance corridors. The detachable robotic system enables efficient operation in restricted industrial access points and hazardous confined spaces.
Optimised for continuous refinery operations, Bandicoot Mobility+ supports high-volume cleaning schedules whilst reducing manpower dependency, equipment movement, and operational downtime.
A robotic scavenger engineered for vertical confined spaces within refineries, powered by an advanced hydraulic system for high-force precision operations across manholes, sewer wells, oily water sewers (OWS), and stormwater sewers (SWS).
The system is specifically reinforced for hydrocarbon-contaminated environments with elevated toxic gas exposure, flammability risks, and denser sludge conditions compared to urban sewer systems
As no personnel enter confined spaces, direct exposure to hazardous gases is completely eliminated. Flameproof and explosion-proof variants are available, with PESO certification currently under process.
A stand unit is positioned above the manhole, after which the robotic unit is lowered and remotely controlled through an operator panel featuring a live 13-inch camera display. Vehicle-mounted configurations are also available for large refinery facilities.
Bandicoot Mini for restricted access points, standard Bandicoot for conventional manholes, and Bandicoot Mobility+ featuring integrated vehicle deployment and waste disposal systems.
The robotic arm operates through a hydraulic system engineered for high-force extraction of dense sludge and hardened residues from deep confined spaces.