KLARIAN LIMITED

Company description

Klarian is based in the UK, and works with the oil and gas, and water sectors. Our Hybrid AI platforms combine data science and physics-based modelling to assess pipeline and plant assets. We support improvements in performance and efficiency so networks run as designed, maximise throughput, balance flow and highlight future problems before they become emergencies. We are experts at leveraging SCADA and other data sources, and we apply machine learning and AI techniques where those approaches will add value. Juno, our network utilisation and efficiency platform, combines deterministic reliability with statistical flexibility to generate deep, new insight and analysis for customer experts to use in their decision-making for both operations and investment. This limits our partners' energy wastage and supports regulatory, safety and net zero scope 1, 2, and 3 emissions goals. Our data engineering shows where efficiencies can be made to individual assets in a plant or pipeline, as well as at the overall system to improve how it works together in a system of system approach. Because we can pinpoint where problems might occur based on the data analysis, our tailored technology supports asset health monitoring, predictive maintenance and geohazard risk management. Orkus our geohazard and asset management platform, combines earth sciences and spatial data with engineering expertise for proactive geohazard risk management to protect critical assets and infrastructure. Our expertise in analytics, software engineering and hardware mean that industry partners can trust that our methods are safe and secure and work in the real world as well as the virtual one. Klarian's expertise is based in mathematics, physics and data science. We give fast, tangible insight with a deep understanding of the problems faced by safety-critical industries. We know what we do well, and we work with expert engineering partners across the globe to confirm it.

Expertise

Industry

Construction, Metals, minerals and materials, Oil and gas, Water