Isomer completed an engineering review of a proposed facility producing lithium carbonate and rare earth oxides from recycled batteries and magnets, assessing technology, scale-up, site, demand, and finances in a report with findings and red flags.
FEL1 engineering design for a novel critical elements recovery facility funded by ARPA-e to process 1 ktpd of ultramafic tailings, integrating direct air capture of CO2 for carbon sequestration and electrolytic production of sulfuric acid.
FEL3 engineering package for the installation of two new reactors to replace an existing end-of-life reactor vessel at a specialty chemicals facility.
Structural feasibility study to evaluate the potential addition of rooftop solar panels to multiple existing structures at a chemicals manufacturing facility, as well as the potential for adding panels over existing stormwater infrastructure.
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.
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.
Technical advisory services in support of novel co-located phosphoric and sulfuric acid production facilities, including risk analysis and development of an order-of-magnitude capital cost estimating tool.
Preliminary engineering support for a site logistics study at an operating cement manufacturing plant to improve truck circulation and loadout efficiency at finished cement silos.
Detailed design engineering to support the relocation of an existing 6,000-gallon clarifier and 2,000-gallon aeration tank into a new multi-story building extension at an operating sugar mill.
FEL2 through detail design engineering for a velvet manufacturer facility relocation. Scope of work included a site walk down, equipment and facility studies, 3D modeling (including VR walkthrough), heavy civil coordination, and wetlands study.
