Isomer provided detailed design for a $6 million battery storage project to enhance grid stability by providing additional capacity during times of peak consumption for the city utility.
Detailed design engineering for replacement of an existing 240V MCC with a new 480V MCC at a specialty chemical facility, including relocation and refeed of wall-mounted loads to the new MCC.
FEL2 front-end engineering design for a first-of-a-kind 1000TPA facility to recover monomers from spent textiles via a proprietary chemical recycling process, including scale-up from an existing lab-scale processes.
Preliminary engineering support of a first-of-its-kind ag-based pulping and thermoforming facility, including heat & material balance development and other key activities.
Detailed design engineering to support the installation of a new rotary strainer for a milling tandem at an operating sugar mill, including a new steel structure and foundation constructed in a heavy brownfield environment.
Preliminary and detailed design engineering to evaluate an existing equipment structure experiencing excessive dynamic loading and responses, determine the root cause, and develop a remediation plan.
Technical due diligence on a CO2 capture asset currently under construction, and a broader evaluation of the company's portfolio of development assets for a financing partner.
Isomer provided detailed design engineering, permitting, and construction support for a $60 million 50 MW-DC solar facility located on 365-acres in Idaho.
This effort included the front-end engineering, detailed design, and construction oversight to convert all machine DC motors and drives to AC power. The PIVs were also replaced with AC motors.
The effort included the front-end engineering and detailed design services for installing a 15 TPD Green Hydrogen Production and Liquefaction Plant on a greenfield site.
