The project included front-end engineering and detailed design for a multi-year facility expansion at a honeycomb scrubber plant to facilitate a six-fold increase in production capacity.
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 project effort included detailed design and construction support for a turnkey, full-scale Ethylene Oxide production facility along the Delaware River.
FEL2 preliminary study and detailed design engineering for a new concrete containment area for chemical railcar loading at an existing production facility.
This effort included the FEED, detailed design, permitting, and construction support for a 6500 BPD Renewable Diesel Plant, utilizing Haldor Topsoe technology.
FEED and Detailed Design Engineering for a new tank farm with 300,000 gallons of total capacity to store a combination of Class I, II, and III flammable and combustible liquids.
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.
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.
Comprehensive site logistics study to evaluate and improve inbound and outbound truck routing for a cement manufacturing facility to relieve heavy onsite traffic congestion.
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.
