This effort included the detailed design and procurement support for a $400 million brownfield through-air-drying (TAD) tissue machine installation and supporting infrastructure. The facility design included all processes necessary...
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.
Front end engineering design and technology trials support for a liquor coproduct contaminant reduction system at an existing 30TPD ag-based pulp mill.
FEL1 Engineering and Owner’s Engineering Services for a 170 TPD Tissue Machine Dry End Replacement project including the Yankee Dryer, Hood, and Air System, as part of a Fleet-wide Rebuild Program.
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.
This effort included detailed engineering on a four project Anaerobic Digestion to biogas program with site locations in Georgia and California. The facilities were located on existing dairy farms of approximately 12,000 cows each...
Front-end engineering and project development services to determine feasibility and order of magnitude costs for a greenfield facility with 150MW Electrolyzers and balance of plant infrastructure.
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.
FEL1 and detailed design to double the capacity of an existing ag-pulp feedstock processing line, including modifications to material handling, hammer mill, pneumatic transport, and conveying systems.
Isomer provided process engineering design and consulting services in support of an OEM’s proprietary pyrolysis skid designed to convert municipal solid waste (MSW) into an enhanced syngas stream for sustainable aviation fuel (SAF) production.
