This effort included the FEL3 and detailed design for a new reactor structure, associated equipment and supporting insfras turecture at an existing surfactant production facility.
Civil engineering design, permit coordination, and construction administration for the development of a 1.2-acre site for an 3,000-sf Zaxby's quick service restaurant.
Red Flags Analysis report in support of client’s potential investment in a polystyrene recycling company and the planned scale up of their demonstration-level facility to a commercial scale.
FEL-2 design to support upgrades to an existing linerboard paper machine roll handling line, including conveyors, a lowerator, and shipping floor conveyors for loading finished product rolls into railcars.
Front-end engineering services for a pelletized corn stover feedstock facility supporting sustainable aviation fuel production, including material balance development, high-level equipment sizing, and a feasibility-level site layout.
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 ...
Detailed design, procurement, and construction for a $100 million fly ash, bottom ash, and pyrites handling and transport conversion EPC project to meet Coal Combustion Residuals (CCR) environmental regulations.
This project included detailed design and procurement support for the main polysilicon production building, the largest project on the campus of a multi-billion-dollar greenfield manufacturing site...
Detailed Design Engineering for a new electrolysis hydrogen generation system to inject hydrogen and oxygen into existing kiln burner fuel and combustion air lines, respectively.
Detailed design for a maintenance and reliability project on an existing linerboard machine that included the installation of a new dust collection system to address issues with glue and sensor reliability caused by the presence of excess dust.