This effort included the basic design (FEL1-2) phase for a greenfield $37 million USD Lithium-Ion Battery recycling facility. The owner operates facilities throughout Asia and Europe and this facility is their first in the United States.
Civil engineering, permit coordination, and construction administration for the removal and replacement of an deteriorated parking lot with a 107,500-sf light industrial building.
Isomer conducted an engineering review of a proposed lithium facility that imports spodumene ore and uses a novel process to produce lithium carbonate, assessing technology, scale-up, site, demand, and finances, with findings and red flags.
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.
Detailed design, procurement, and construction support for a $300 million brownfield, 100% recycled (OCC) linerboard machine installation to produce premium and back ply liner.
FEL3 front-end engineering design for a proprietary bioprocessing facility to utilize specially engineered microorganisms to synthesize bio-based chemicals and produce sustainable commodity products using renewable raw materials, like sugar.
Front-end engineering services for a pelletized bagasse feedstock facility supporting sustainable aviation fuel production at a co-located sugar mill, including bagasse handling, drying, pelletizing, utility upgrades, and carbon capture.
FEL-2 Engineering for the ISBL area of a 12,000 TPA proprietary electrolyte production facility, including all process, piping, and instrumentation & controls design.
Preliminary engineering in support of a developer commercializing a first-of-a-kind process to capture and store CO2 via natural water sources adjacent to industrial point source emitters.
Front-end engineering study for a new low consistency storage tower and pump integrated into an existing 30 TPD ag-based fiber pulping process facility.
