AVEVA Schedule AI Assistant is designed to enable operational schedulers at refineries and petrochemicals plants to explore and rank various scenarios for efficiency, profitability, and emissions
Using the power of artificial intelligence (AI), global industrial software firm AVEVA has elevated refinery scheduling with the addition of the Unified Supply Chain, Schedule AI Assistant.
The AVEVA Schedule AI Assistant helps analyse hundreds of scenarios within seconds to provide a choice of optimised schedules, doing away with the need to run repetitive tasks manually.
“The latest offering will transform schedulers’ strategic capabilities as they will be supported by an AI-powered system that recommends the most practical course of action, saving time and enhancing productivity by allowing schedulers to focus on value-added tasks and encouraging them to exceed objectives. This can be a huge enabler of enterprise agility, allowing operations to respond faster to market changes or disruptions in the supply chain,” said Harpreet Gulati, Senior Vice President, Planning, Simulation and Optimisation Business, AVEVA.
The AVEVA Unified Supply Chain, Schedule AI Assistant, is an optimisation and AI-infused cloud-based solution. It is designed to enable operational schedulers at refineries and petrochemicals plants to explore and rank various scenarios for efficiency, profitability, and emissions. The new solution accomplishes days’ worth of work in mere seconds, optimising decision-making and boosting business agility.
Analytics automatically produce and assess multiple schedules and anticipated events, offering planners a range of choices for optimised schedules. AVEVA’s Schedule AI Assistant recommends a scheduling strategy that best meets the organisation’s safety, sustainability, and value chain optimisation objectives.
According to AVEVA, with the new Schedule AI Assistant, customers can make scheduling decisions easily while capitalising on economic opportunities and unlocking additional value across the production process.
