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.
This effort included the detailed design, permitting, and construction support for the balance of plant (BOP) systems on a 1400 BPD facility converting woody biomass into renewable fuels.
This effort included the FEL2, FEL3 and detailed design for a new glass furnace structure, raw material feed system, and packaging line for a reflective glass bead production facility.
This effort was an independent technical review of a propylene glycol facility design combining existing, proven technologies and new proprietary reactor technology. The plant design converts low-value waste biodiesel crude glycerol ...
This project focused on installation a new 1 million gallon molten sulfur tank in an existing sulfuric acid production facility. The design including supporting piping electrical and structural modifications.
Front end engineering design and technology trials support for a liquor coproduct contaminant reduction system at an existing 30TPD ag-based pulp mill.
FEL1 preliminary engineering design for a first-of-a-kind 1KTPA facility to produce Cathode Active Materials for EV batteries, including scale-up from an existing lab-scale processes.
This effort included the FEED, detailed design, permitting, and construction support for a 6500 BPD Renewable Diesel Plant, utilizing Haldor Topsoe technology.
This effort included the completion of the conceptual design (FEL2) phase for a $5 million USD water sustainability program for an existing Fiber Optics facility with a goal to reduce water consumption at the site by 80%.
