Emerson has been selected to automate operations at Intermountain Power Agency's IPP Renewed power plant, a regional energy hub that uses renewable energy resources. Emerson's power industry expertise and hydrogen production experience as an automation supplier to the adjacent Mitsubishi Power Advanced Clean Energy Storage hub will help the Intermountain Power Agency increase safety, decrease costs and simplify maintenance across the lifecycle of its Utah-based IPP Renewed. IPP Renewed transforms the retiring coal-fueled Intermountain Power Project into an innovative, clean energy solution that addresses increasing power market demands for rapid decarbonization and regulatory challenges.

Adjacency to Mitsubishi's Advanced Clean Energy Storage hub perfectly positions the plant to take advantage of stored green hydrogen to supply carbon-free power to six Western states on demand. Green hydrogen produced using renewable energy during peak production will be stored in the hub's underground salt caverns for use by IPP Renewed's hydrogen-capable turbines to generate electricity during standard and peak consumption. The 840-MW IPP Renewed plant will use 30% hydrogen fuel and 70% natural gas at startup, transitioning to 100% hydrogen use by 2045.

Emerson's Ovation™ software and automation technologies and cybersecurity solutions will provide easier integration and improved visibility of the green hydrogen production, storage and generation processes, as well as reliable, secure control and monitoring of the IPP Renewed balance-of-plant operations. Emerson will help the Intermountain Power Agency implement an end-to-end integrated Ovation platform — from green hydrogen production and storage at Mitsubishi's Advanced Clean Energy hub to carbon-free electricity generation at the IPP Renewed plant. The plant will also use digital solutions, such as the next generation of total plant simulation developed by Emerson and Mitsubishi, to optimize performance and reliability, enable predictive and artificial intelligence-driven maintenance strategies, automate operational decision making and support commissioning and training.