SLB ubambisene ne-ANYbotics ukuze kuthuthukiswe ukusebenza kwezimboni ezizimele emkhakheni we-oyili negesi

SLB recently entered into a long-term collaboration agreement with ANYbotics, a leader in autonomous mobile robotics, to advance autonomous robotic operations in the oil and gas sector.

ANYbotics has developed the world’s first quadruped robot, designed for safe operation in hazardous area of challenging industrial environments, enabling workers to be evacuated from hazardous areas. provides actionable insights anywhere and anytime, patrolling complex and harsh environments as an autonomous data collection and analysis vehicle.

Robotics innovation ke SLB’s OptiSite facility na equipment performance solutions ke integration oil na gas companies ke operations na maintenance activities ke optimise karne mein madad karega naye developments ke liye saath hi existing production assets ke liye. Autonomous robotic missions ka deployment data accuracy na predictive analytics ko behtar karega, equipment na operational uptime ko badhaega, operational safety risks ko kam karega, na real-time sensorial data na spatial updates ke zariye digital twins ko enrich karega. Jo predictive analytics deliver kiye jayenge wo operational efficiency, safety na emissions reduction ko enhance karega.

GlobalData also notes the increase in collaboration between oil and gas companies and technology vendors, enabling the diversification of robotic use cases with the integration of AI, IoT, cloud, and edge computing. These developments are anticipated to drive future growth in robotics within the oil and gas sector.

High-end equipment represents the main battlefield in oil and gas exploration and development competition, with digitally empowered high-end equipment being the future industry mainstream.

Our company is continuously committed to developing more efficient, compact, and cost-effective separation equipment while also focusing on environmentally friendly innovations. For example, our high-efficiency cyclone desanderutilize advanced ceramic wear-resistant （or called, highly anti-erosion） materials, achieving a sand removal efficiency of up to 0.5 microns at 98% for gas treatment. This allows produced gas to be injected into the reservoirs for low permeability oilfield that utilizes miscible gas flooding and solves the problem of low permeability reservoirs development and significantly enhances oil recovery. Or, it can treat the produced water by removing particles of 2 microns above at 98% for directly re-injected into reservoirs, reducing marine environmental impact while enhancing oil-field productivity with water-flooding technology.